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EURATOM THESAURUS OF INDEXING TERMS

European Atomic Energy Community (EURATOM) Directorate for Dissemination of Information. Center for Information and Documentation (CID). Brussels, December 1966 - 00 pages - FB S00

A compilation of 19,183 indexing terms in the field of nuclear science and technology, with guidelines for their use in a computer-aided documentation center. Part I contains an alphabetic list of 4,666 keywords and 14,618 specific index• ing terms, with references to the keywords to be used in place oí, or in addition to, the specific terms. Part II is a collection of graphs displaying semantic relationships between indexing terms, which was developed by Euratom to facilitate the use oí the Thesaurus and at the same time ensure consistency oí indexing and quer) formulation.

EUR 500.e

EURATOM THESAURUS OF INDEXING TERMS

European Atomic Energy Community (EURATOM) Directorate for Dissemination of Information. Center for Information and Documentation (CID). Brussels, December 1966 - 00 pages - FB 300

A compilation of 19,183 indexing terms in the field of nuclear science and technology, with guidelines for their use in a computer-aided documentation center. Part I contains an alphabetic list of 4,665 keywords and 14,618 specific index ing terms, with references to the keywords to be used in place of, or in addition to, the specific terms. Part 11 is a collection of graphs displaying semantic relationships between indexing terms, which was developed by Euratom to facilitate the use oí the Thesaurus and at the same time ensure consistency of indexing and query formulation.

EUR SOO.e (SECOND EDITION, PART ONE)

EUROPEAN ATOMIC ENERGY COMMUNITY - EURATOM

EURATOM-THESAURUS INDEXING TERMS USED WITHIN EURATOM'S NUCLEAR DOCUMENTATION SYSTEM

1966

Directorate "Dissemination of Information" Center for Information and Documentation - CID CONTENTS

INTRODUCTION III

GUIDELINES V

GENERAL-PURPOSE KEYWORDS IX

DICTIONARY OF INDEX TERMS 1

TERMINOLOGY CHART 91

SUMMARY A compilation of 19,183 indexing terms in the field of nuclear science and technology, with guidelines for their use'in a computer-aided documentation center. . « Part I contains an alphabetic list of 4,665 keywords and 14,518 specific index• ing terms, with references to the keywords to be used in place of, or in addition to, the specific terms. Part II is a collection of graphs displaying semantic relationships between indexing terms, which was developed by Euratom to facilitate the use of the Thesaurus and at the same time ensure consistency of indexing and query formulation. INTRODUCTION

The Euratom-Thesaurus was developed to serve as an authority list for subject control at the Center for Information and Documentation which was created in 1961 to supply scientists of the European Atomic Energy Community and industry in its member countries with documentary information on all aspects of nuclear energy. This includes not only nuclear physics and reactor technology, but also such related topics as radiation protection, isotope technology, fabrication and use of nuclear materials and instruments, radiochemistry, and radiobiology.

The first edition, published in January 1964, was based on existing vocabularies and on experience gained in the conceptual analysis of 40,000 documents. It comprised an alphabetical list of 4470 keywords, a glossary of 2113 non-keyword terms, and 42 arrowgraphs displaying hierarchical and other semantic relationships between the general-purpose keywords.

The present, second edition is based on experience gained in the indexing of 400,000 docu• ments by 70 specialists working in various institutions and countries. Advantage was also taken of the experience acquired by the CID staff in its retrieval operations.

The first edition was based on an indexing tool developed for the exclusive use of the CID. Since its publication, several institutions throughout the world have adopted it as their subject authority.

Consequently, the second edition was devised with a view to compatibility with the vocabu• laries of other organisations in order that it might serve as a basis for international cooperation

The second edition is published in two parts : Part I contains the alphabetical Dictionary which was obtained by merging the keyword list and the glossary of non-keyword terms into a single authority list of 19,183 terms.

The terminology charts were extended to include not only the general-purpose keywords, but also the more important of the non-keyword terms; they are published as Part II (see sample on page 91).

The development of the Thesaurus, the principles underlying the graphic display schemes, and the present operation of the Euratom documentation center, are described in the following publications : — Un répertoire de mots-clés pour la documentation mécanisée dans le domaine de la technique nucléaire. L. Rolling. Bulletin des Bibliothèques de France, N° 1 (1963) pp. 11-25. — The role of graphie display of concept relationships in indexing and retrieval vocabularies. L. Rolling, pp. 295-325 of "Classification Research", Proceedings of the Elsinore Conference, Munksgaard, Copenhagen, 1964.

— Aufgaben und Tätigkeit des kerntechnischen Informationszentrums bei Euratom. C. Vernimb, Atomkernenergie, Vol. 9, No. 1/2 (1964). — A computer-aided information service for nuclear science and technology. L. Rolling, Journal of Documentation, Vol. 22, No. 2 (June 1966) pp. 93-115.

Ill CID Staff in charge of Systems Design and Subject Control

LollN. ROLLING Head, Mechanized Documentation Marcel DETANT Head, Input Operations Carlo VERNIMB Head, Indexing and Retrieval John HEIJNEN Terminology Control Laura CAVARA Biology and Medicine Roland COLBACH Chemistry Marcel MAURICE Metallurgy Winfried DEUTZMANN Mineralogy Dora LUCIONI Physics

Other experts consulted for the preparation of the present edition

Dr. K. PARSEGHIAN Medicine Dr. O.C. ALLKOFER High Energy Physics Dr. K. MELLENTIN High Energy Physics

IV GUIDELINES

The terms of the present Thesaurus were compiled for use in Euratom's computerized documentation center. They can be used in any computer-aided or peek-a-boo card system based on concept coordination. They are not meant to serve as headings for the preparation of conven• tional subject indexes or card files involving pre-coordination of basic concepts.

At Euratom, the Thesaurus actually serves as a reference tool for indexers and for documen- talists in charge of query formulation. Recorded on magnetic disks, it is also used for the automatic control and posting of terms assigned to documents and queries.

The alphabetical term list comprises 4665 keywords (or descriptors) and 14518 non-keyword terms. The keywords are univocal terms being sufficiently general to be of continuing usefulness. They generally represent simple concepts, but they can be either uniterms or composite terms.

Of the 4,665 keywords, 1,199 are "general-purpose" terms, 1,760 represent inorganic com• pounds, 1,635 represent nuclides and 71 represent alloys (cf. page VII). Of the non-keyword terms, 11,030 are "accepted" and 3,488 are "forbidden" terms.

"Accepted" terms include concepts differing slightly from existing keywords, concepts represented by a combination of keywords, and terms of inadequate generic levels. They also include proper names designating theories and methods as well as names of projects, reactors, computer codes, alloys, compounds, minerals and biological species. They should be assigned when pertinent, together with the relevant keywords, but it is left to the judgment of the indexer to decide whether they are applicable to a particular document.

The "forbidden" terms are generally synonyms or abbreviations of keywords or of "ac• cepted" terms. They are preceded by a dash (—) in the alphabetical term list, and must never be assigned.

In the term list, the keywords are not followed by any references, wheras the non-keyword terms are followed by at least one reference. Forbidden terms followed by = are considered to be non-significant.

The references are of two types : — "USE" (or, "USE ... +") references involve compulsory assignment of all the terms referred to in the second column of the Dictionary, — "SEE" (or "SEE ... OR") references involve optional assignment of one or more of the terms proposed for consideration by the documentalist.

Both types of reference correspond to the "USE"-references in the classical thesauri (EJC-Thesaurus, Chemical Engineering Thesaurus, DDC-Thesaurus).

Cross-referencing of the classical thesauri (SEE ALSO, RELATED TERM, BROADER TERM, NARROWER TERM) is replaced in the Euratom-Thesaurus by a display of the semantic relationships between keywords of the various subject fields (part II of the Thesaurus). These display schemes do away with the need for extensive scope notes defining the conceptual coverage of the keywords, since the scope of every keyword is limited by the existence of its neighbours. The reference terms in the second column are either keywords or "accepted" terms; the latter have to be supplemented by their own reference keywords; this must be done by the indexer unless a computer programme is available for the posting operation. As a result of the reference posting, every topic in the documents is represented by keywords, so that exhaustivity of retrieval is warranted by using a limited number of terms, i.e. the keywords, in the query translation. The non-keyword terms must not be used for retrieval unless the object of the query is very specific and an exhaustive answer is not required. The specificity level of the keywords is adapted to the degree of condensation of the infor• mation to be analysed - generally abstracts. Also, the purely nuclear fields will contain a greater variety of specific terms (reactor parts, elementary particles) than the borderline fields (medicine, mathematics). The keywords representing the borderline fields are by no means sufficient for the complete coverage of the literature in these fields; they should only be used to tag the occurrence of these topics in connection with the nuclear information. The figures accompanying the dictionary terms represent their frequency of assignment to the first 360,000 documents incorporated into the Euratom collection (September, 1966). Terms added in the period September-November 1966, as a result of the indexing of the last 45,000 items incorporated, have no frequency data assigned to them yet. These data give an accurate idea of the relative usefulness of the individual terms. They are particularly useful for advance estimation of the number of references retrieved in a search involving a proposed combination of keywords. The use of links (partitioning the analyzed items) is recommended for indexing long abstracts describing widely differing topics or dealing with several alloys, minerals, compounds or nuclear reactions : this is to prevent inaccurate association of the index terms representing their constituents in the retrieval phase. Extended use of links is also advisable if the complete texts of documents are examined, especially in the case of long progress reports or patents involving several claims. The use of role indicators is not recommended : multiple terms are included in the Thesaurus wherever a need exists for distinct characterization of various facets of a topic. Experience with the Euratom-Thesaurus shows that a few weeks' training is enough to achieve consistent indexing. Combined use of the alphabetical list and the graphic display schemes (part II of the Thesaurus) will tend to give better results than the use of any one of these tools by itself. Retrieval generally involves coordination of keywords or groups of keywords, with Boolean logic and weighting methods as possible search strategies. The keyword list has remained virtually unchanged since the first edition of the Thesaurus (November, 1963). A few changes in the spelling of keywords were made, a small number of infrequently used terms were discarded, and the following 24 terms were introduced : ANGULAR MOMENTUM GEV RANGE OPENINGS COMPOUND NUCLEI HAMILTONIAN FUNCTION PHONONS DISMANTLING HYDROIODIC ACID PLASMA DIAGNOSTICS ELASTIC SCATTERING INELASTIC SCATTERING PLASMA WAVES ENTHALPY KEV RANGE RADIOLYSIS ENTROPY LASERS SURVIVAL TIME EV RANGE MEV RANGE TRITIUM COMPOUNDS FECES MOESSBAUER EFFECT VALENCE

VI On the other hand, the number of non-keyword terms increased from 2,113 in 1963 to 14,518 in 1966. The newly-introduced terms were standardized as far as possible with a view to compatibility with existing authority lists, principally the EJC-Thesaurus.

This evolution, and the indexer's requirement for extending control over the non-keyword terminology, were the reasons for the following modifications of the graphic display : — The non-keyword terminology was included in the graphic representation. — The breakdown of the scope was refined to include 60 graphs — 18 more than in the 1963 version. —· The representation of (generally obvious) hierarchical relationships was replaced by quantita• tive indication of semantic similarity. — Numbering, which led to confusion with classification codes, was dropped.

* *

Use of the Thesaurus involves complying with a number of rules pertaining to special subject fields, such as isotope technology, chemistry and metallurgy.

Nuclides

Any combination of an element name and a mass number will be accepted as a keyword.

Any combination of an element name and the word ISOTOPES is also a keyword.

Exception : HYDROGEN 1, HYDROGEN 2, HYDROGEN 3, and HYDROGEN ISOTOPES must not be used. HYDROGEN, DEUTERIUM, and TRITIUM should be used instead.

Chemical compounds :

Any combination of an element name and one of the following words is an accepted keyword:

COMPOUNDS COMPLEXES NITRIDES BORIDES FLUORIDES OXIDES BROMIDES HYDRIDES PHOSPHATES CARBIDES HYDROXIDES SILICATES CARBONATES IODIDES SULFIDES CHLORIDES NITRATES SULFATES

The composition of complex compounds and minerals can be represented by juxtaposition of several keywords representing their constituents. In particular, organic compounds should be described by a combination of keywords representing :

(a) the basic compound; (b) functional groups; (c) substitutes.

Example : Difluorethanal = ETHANE + ALDEHYDES + FLUORINATED HYDROCARBONS

VII Alloys :

Any combination of the name of a metallic element and the word ALLOYS is an accepted keyword.

Alloys can be described by juxtaposition of keywords referring to their essential consti• tuents; non-metals occurring in alloys are designated by the name of the compound formed by the non-metal. Stoichiometric compositions are tagged with the keyword INTERMETALLIC COMPOUNDS.

Example : GALLIUM ANTIMONIDE = GALLIUM ALLOYS + ANTIMONY ALLOYS + INTERMETALLIC COMPOUNDS

Nuclear reactions :

Incoming particles are designated by the keywords ELECTRON BEAMS, NEUTRON BEAMS, PROTON BEAMS, DEUTERON BEAMS, ALPHA BEAMS, ION BEAMS, in order to avoid confusion with target nuclides and reaction products.

Example : N" («, p) Ci* NUCLEAR REACTIONS, NITROGEN 14, NEUTRON BEAMS, PROTONS, CARBON 14.

Restricted use of current homographs a) Distinction between a number of current homographs is made easy by the presence of two or more terms in the Thesaurus. Example : PLASMA is to be used in physics only, BLOOD PLASMA in biology; TUBES is used for shape indication, not in the sense of ELECTRON TUBES. b) The use of a number of terms is restricted to their most usual meaning in the nuclear field :

Examples: FUELS nuclear, not conventional fuel BREEDING conversion of fertile material, not animal raising FATIGUE mechanical, not biological LIFETIME of particles, not organisms POISONING of reactors, not living beings c) Other homographs can be used throughout the nuclear field with different meanings. Few of them are likely to yield false drops, especially if the meanings are widely disparate.

Example : RECOVERY can be used equally well in biology and in metallurgy.

Users of the Thesaurus are invited to send any comments on the choice of keywords and the appropriateness of referencing to

Mr. John HEIJNEN EURATOM - CID

VIII GENERAL-PURPOSE KEYWORDS

Keywords representing inorganic compounds, nuclides and alloys are not included

ABSORPTION BLOOD ABUNDANCE COMPUTERS ELECTRONICS GLANDS BLOOD CELLS CONCRETES ACCELERATORS BLOOD CIRCULATION ELECTRONS GLASS ACCIDENTS CONDENSERS ELECTROPHORESIS BLOOD FORMATION CONFIGURATION GLOBULINS ACETATES BLOOD PLASMA ELECTROPLATING GLOW DISCHARGES ACETIC ACID CONFINEMENT ELECTROSTATIC GENERATORS BLOOD SERUM CONTAMINATION GOLD ACETONE BLOOD VESSELS ELECTROSTATICS GONADS ACETYLENES CONTROL ELEMENT 104 BODY CONTROL ELEMENTS GRAIN BOUNDARIES ACIDITY BOILING ELEMENTARY PARTICLES GRAIN SIZE ACIDS CONTROL SYSTEMS ELEMENTS BONDING CONVECTION GRANITES ACRYLIC ACID BONE MARROW EMBRYOS GRAPHITE ACTINIDES CONVERSION EMISSION BONES COOLANT LOOPS GRAPHITE MODERATOR ACTINIUM BORATES EMULSIONS GRAVITATION ACTIVATED CARBON COOLANTS ENERGY BORIDES COOLING GROUND WATER ACTIVATION BOROHYDRIDES ENERGY LEVELS GROUP THEORY ACTIVATION ANALYSIS COPPER ENRICHMENT BORON CORROSION GUIDANCE ADHESION BOSONS ENTHALPY GUINEA PrGS ADRENAL GLANDS BRAIN CORROSION PROTECTION ENTROPY HAFNIUM ADSORPTION BRAZING COSMIC RADIATION ENVIRONMENT HALF-LIFE AERODYNAMICS BREAKDOWN COUNTER CURRENT ENZYMES HALIDES AEROSOLS BREEDING COUNTERS EPITHERMAL NEUTRONS HALL EFFECT AFRICA BREMSSTRAHLUNG CRACKS EQUATIONS CREEP HALOGBNS AGE BRITTLENESS ERBIUM HAMILTONIAN FUNCTION AGE ESTIMATION BROMIDES CRITICAL ASSEMBLIES EROSION HARDNESS AGRICULTURE BROMINE CRITICALITY ERRORS HEART AIR CROSS SECTIONS ERYTHROCYTES BUBBLE CHAMBERS CRUCIBLES HEAT EXCHANGERS AIRCRAFT BUBBLES ESTERS HEAT RESISTING METALS ALBUMINS CRYOGENICS ETCHING BUCKLING CRYSTAL COUNTERS HEAT TRANSFER ALCOHOLS BUILDING MATERIALS ETHANE HEAT TREATMENTS ALDEHYDES CRYSTALLIZATION ETHANOL BUILDINGS CRYSTALS HEATING ALGAE BURNOUT ETHERS HEAVY WATER ALKALI METALS CURIUM ETHYL RADICALS BURNUP CURRENTS HEAVY WATER COOLANT ALKALINE EARTH METALS BUTADIENE ETHYLENE HEAVY WATER MODERATOR ALKALOIDS CYANATES EURATOM BUTANE CYANIDES HELIUM ALKANES BUTANOL EUROPE HEMOGLOBIN ALKENES CYCLOALKANES EUTECTICA HEPTANE BUTYL PHOSPHATES CYCLOALKENES ALKYL RADICALS BUTYL RADICALS EV RANGE HETEROCYCLICS ALLOTROPY CYCLONE SEPARATORS EVAPORATION HEXANE BUTYLENE CYCLOTRONS ALLOYS BYPASS EXCITATION HIGH TEMPERATURE ALPHA BEAMS CYLINDERS EXCURSIONS HOLMIUM CABLES CYSTEINE ALPHA DECAY CADMIUM EXPANSION HOMOGENEOUS ALPHA DETECTION CYTOLOGY EXPLOSIONS CALCIUM DAREX PROCESS HORMONES ALPHA PARTICLES CALIFORNIUM EXPLOSIVES HOT WORKING ALPHA SPECTROMETERS DECAY EXPONENTIAL PILES CALORIMETERS DECOMPOSITION HUMIDITY ALUMINUM CAMERAS EXTRACTION COLUMNS HYDRAULICS AMER1CIUM DECONTAMINATION EXTRUSION HYDRAZINE CANCER DEFECTS AMIDES CANNING EYES HYDRIDES AMINES DEFORMATION FABRICATION HYDROBROMIC ACID CAPACITORS DEGASSING AMINO ACIDS CAPILLARIES FAILURES HYDROCARBONS AMMONIA CAPTURE DELAYED NEUTRONS FALLOUT HYDROCHLORIC ACID AMMONIUM COMPOUNDS CARBAMATES DENSITY FAST FISSION FACTOR HYDROFLUORIC ACID AMPLIFIERS CARBIDES DEPOSITS FAST NEUTRONS HYDROGEN DESIGN ANALOG SYSTEMS CARBOHYDRATES FATIGUE HYDROGEN PEROXIDES ANALYSIS CARBON DETECTION FECES DETERGENTS HYDROGENATION ANEMIA FERMENTATION HYDROIODIC ACID CARBON DIOXIDE DETERMINATION FERMI AGE ANESTHESIA CARBON MONOXIDE HYDROLOGY ANGULAR DISTRIBUTION DEUTERIUM FERMIONS HYDROLYSIS CARBON STEELS DEUTERIUM COMPOUNDS ANGULAR MOMENTUM CARBON TETRACHLORIDE FERMIUM HYDROXIDES ANIMAL CELLS DEUTERIUM BEAMS FERROMAGNETIC MATERIALS HYPERFINE STRUCTURE CARBONATES DEUTERONS ANIMALS CARBONYLS FERTILE MATERIALS HYPERFRAGMENTS ANJONS DIAGNOSIS FERTILIZERS HYPERONS CARCINOGENESIS DIAGRAMS ANISOTROPY CAST IRON FETUSES HYSTERESIS ANNEALING. DIAMONDS FIBERS IAEA CASTING DIELECTRICS ANNIHILATION CATALYSIS FIELD THEORY ICE ANODES DIES FILMS IGNEOUS ROCKS CATHODES DIET. ANTHRACENE CATIONS FILTERS IMAGES ANTIBIOTICS DIFFERENTIAL EQUATIONS FINS IMMUNITY CATTLE DIFFRACTION ANTIBODIES CELLULOSE FISH ' IMPACT SHOCK ANTIGENS DIFFUSION FISSION IMPREGNATION CEMENTS DIFFUSION LENGTH ANTIHYPERONS CENTRAL AMERICA FISSION CHAMBERS IMPURITIES ANTIMESONS DIGITAL SYSTEMS FISSION PRODUITS IN PILE LOOPS CENTRIFUGATION DI POLES ANTIMONY CERAMICS FISSIONABLE MATERIALS INDIUM ANTINEUTRINOS DISEASES FLOTATION INDUCTION CEREALS DISMANTLING ANTINEUTRONS CERIUM FLOWMETERS INELASTIC SCATTERING ANTINUCLEONS DISPERSIONS FLUID FLOW CERMETS •DISTILLATION INERT GASES ANTIPROTONS CESIUM FLUIDIZATION INFECTIONS DISTRIBUTION FLUIDS ARCTIC REGIONS CHARGED PARTICLES INFRARED RADIATION ARGON DOCUMENTATION FLUORESCENCE CHELATES DOGS INJECTION AROMATICA ■ CHEMICAL ANALYSIS FLUORIDES INSECTS ARSENIC DOSEMETERS FLUORINATION INSPECTION- CHEMICAL RADIATION DETECTORS DRUGS ARYL RADICALS CHEMICAL REACTIONS FLUORINE INSTRUMENTS ASBESTOS DUCTILITY FOAMS INTERACTIONS CHEMICALS DUSTS ASIA FOILS INTERMETALLIC COMPOUNDS CHERENKOV COUNTERS DYES FOOD ASTATINE CHERENKOV RADIATION INTERNAL CONVERSION ASTROPHYSICS DYSPROSIUM FORGING CHLORIDES EARTH INTESTINE ATMOSPHERE FORMIC ACID IODIDES CHLORINATION ECONOMICS FRANGI UM ATOMIC MODELS CHLORINE IODINE ATOMS EDDY CURRENTS FHEE RADICALS CHLOROPHYLL EDTA ION BEAMS AURORAE CHOLESTEROL FREQUENCY ION EXCHANGE AUSTEN1TE EFFICIENCY FRICTION CHROMATOGRAPHY EGGS ION EXCHANGE MATERIALS AUSTRALIA CHROMIUM FRUIT ION SOURCES BACKGROUND EINSTEINIUM FUEL CANS CHROMIUM STEELS ELASTIC SCATTERING IONIZATION BACTERIA FUEL ELEMENTS IONIZATION CHAMBERS CHROMOSOMES ELASTICITY FUEL SLURRIES BACTERIOPHAGES CIRCUITS IONOSPHERE BALLOONS ELASTOMERS FUEL SOLUTIONS CITRIC ACID ELECTRIC ARCS IONS BARIUM FUEL SUSPENSIONS IRIDIUM CLAY'S ELECTRIC CHARGES FUELS BARRIERS CLEANING IRON BATTERIES ELECTRIC CONDUCTIVITY FUNGI CLOSURES ELECTRIC DISCHARGES IRRADIATION BEAMS FURNACES ISOMERS CLOTHING ELECTRIC FIELDS FUSED SALT FUEL BEARINGS CLOUD CHAMBERS ISOTOPE EFFECTS BEHAVIOR ELECTRIC METERS FUSED SALTS COAGULATION ELECTRIC MOMENTS ISOTOPE SEPARATION BENZENE COAL GADOLINIUM ISOTOPES BENZOIC ACID ELECTRIC POTENTIAL GAGES COATING ELECTRICITY ISOTOPIC EXCHANGE BER KELI UM COBALT GALLIUM JACKETS BERYLLIUM ELECTROCHEMISTRY GAMMA DETECTION COCKCKOFT-WALTON ACCELERATORS ELECTRODEPOSITION JETS BERYLLIUM MODERATOR GAMMA RADIATION JOINTS COILS ELECTRODES GAMMA SOURCES BETA DECAY COINCIDENCE METHODS ELECTRODYNAMICS KAONS BETA DETECTION GAMMA SPECTROMETERS KETONES COLD WORKING ELECTROLYSIS GAS COOLANT BETA PARTICLES COLLISIONS ELECTROLYTES KEV RANGE BETA SPECTROMETERS GAS FLOW KIDNEYS COLLOIDS ELECTROLYTIC CELLS GAS FUEL BETATRONS COLOR ELECTROMAGNETIC FIELDS KRYPTON BIBLIOGRAPHY GASES LABELLED COMPOUNDS COMBUSTION ELECTROMAGNETIC PUMPS GEIGER-MUELLEIt COUNTERS BINDING ENERGY COMMUNICATIONS ELECTROMAGNETIC WAVES LABORATORY' EQUIPMENT BIOCHEMISTRY GENERATORS LAMBDA PARTICLES COMPACTING ELECTROMAGNETISM GENETICS BIOLOGY COMPLEXES ELECTROMETERS LANTHANUM BIRDS GEOCHEMISTRY LASERS COMPOUND NUCLEI ELECTRON BEAMS GEOLOGY BISMUTH COMPOUNDS ELECTRON MICROSCOPY LATTICES BITUMENS COMPRESSORS ELECTRON TUBES GEOPHYSICS , LAWRENCI UM BLANKETS COMPTON EFFECT ELECTRONIC EQUIPMENT GERMANIUM LAYERS GEV RANGE LEACHING

IX LE Λ D NEUTRON FLUX POLYESTERS RUTHENIUM TENSILE PROPERTIES LEAK DETECTONS NEUTRON SOURCES POLYETHYLENES SAFETY TERBIUM LEAKS NEUTRON SPECTROMETERS POLYMERIZATION SALICYLIC ACID TESTING LECTURES NEUTRONS POLYMERS SALTS TEXTILES LENSES NICKEL POLY PHENYLS SAMARIUM THALLIUM LEPTONS NIOBIUM POLYSTYRENE SAMPLING THERMAL CONDUCTIVITY LETHAL DOSE NITRATES POLYVINYLS SAND THERMAL DIFFUSION LEUCOCYTES NITRIC ACID POPULATIONS SATELLITES THERMAL FISSION FACTOR LEUKEMIA NITRIDES POROSITY SCALERS LEVELS THERMAL INSULATION NITROGEN POSITRONS SCANDIUM THERMAL NEUTRONS LIFETIME NOBELIUM POTASSIUM LIGHT SCATTERING THERMAL RADIATION NORTH AMERICA POTATOES SCINTILLATION COUNTERS THERMAL STRESSES LINEA« ACCELERATORS NOZZLES POWDER METALLURGY SCINTILLATIONS THERMAL UTILIZATION LIPIDS NUCLEAR EMULSIONS POWDERS SEA THERMIONICS LIQUEFYING NUCLEAR EXPLOSIONS POWER SEALS THERMOCOUPLES LIQUID FLOW NUCLEAR MAGNETIC RESONANCE POWER PLANTS SEEDS THERMODYNAMICS LIQUID METAL COOLANT NUCLEAR MODELS PRASEODYMIUM SEISMOLOGY THERMOELECTRIC CELLS LIQUID METAL FUEL NUCLEAR REACTIONS PRECIPITATION SELENIDES THERMOELECTRICITY LIQUID METALS NUCLEAR THEORY PREGNANCY SELENIUM THERMOMETERS LIQUIDS NUCLEATE BOILING- PREPARATION SEMICONDUCTORS THERMONUCLEAR DEVICES LITHIUM NUCLEI PRESERVATION SENSITIVITY THERMONUCLEAR REACTIONS LIVER NUCLEIC ACIDS PRESSURE SEPARATION PROCESSES THICKNESS LOADING- NUCLEONS PRESSURE VESSELS SERVOMECHANISMS THORIUM LOSSES NUMERICALS PRODUCTION SEX THORIUM ORES LOW TEMPERATURE OCTANE PROGRAMMING SHEETS THULIUM LUBRICATION ODOR PROMETHIUM SHELLS THYMUS LUMINESCENCE OILS PROMPT NEUTRONS SHELTERS THYROID LUNGS OPENINGS PROPANE SHIELDING TIME LUTETIUM OPERATION PROPANOL SHIELDING MATERIALS TIN LYMPH SYSTEM OPTICAL SYSTEMS PROPIONIC ACID SHIPS TISSUES LYMPHOCYTES ORBITS PROPORTIONAL COUNTERS SHOCK WAVES TITANIUM MACHINE PARTS ORE PROCESSING PROPULSION SHUTDOWN TOLUENE MACHINING ORES PROPYL RADICALS SIGMA PARTICLES TOOLS MAGNESIUM ORGANIC ACIDS PROPYLENE SIGNALS TORUS MAGNETIC FIELDS ORGANIC BROMINE COMPOUNDS PROSPECTING MAGNETIC MATERIALS PROTACTINIUM SI LANES TOXICITY ORGANIC CHLORINE COMPOUNDS SILICATES TRACE AMOUNTS MAGNETIC MIRRORS ORGANIC COMPOUNDS PROTEINS MAGNETIC MOMENTS PROTON BEAMS SILICI DES TRACER TECHNIQUES ORGANIC COOLANT SILICON TRANSDUCERS MAGNETIC RESONANCE ORGANIC FLUORINE COMPOUNDS PROTONS MAGNETISM SILICONES TRANSFER FUNCTIONS ORGANIC HALOGEN COMPOUNDS PULSE ANALYZERS SI LVER TRANSFORMERS MAGNETOHYDRODYN'AMICS ORGANIC IODINE COMPOUNDS PULSE GENERATORS SINTERED MATERIALS TRANSIENTS MAGNETOMETERS ORGANIC MODERATOR PULSES SINTERING TRANSISTORS MAGNETS ORGANIC NITROGEN COMPOUNDS PUMPS SKIN TRANSITION METALS MAINTENANCE ORGANIC PHOSPHORUS COMPOUNDS PUREX PROCESS SLAGS TRANSPLANTS MALFORMATIONS ORGANIC SULFUR COMPOUNDS PYRIDINES SLOWDOWN TRANSPORT MAN ORGANOMETÁLICOS PYROLYSIS SLURRIES TRANSPORT THEORY -MANGANESE OSCILLATIONS QUANTUM MECHANICS SODIUM TRAPS MANOMETERS OSCILLOGRAPHS QUARTZ SOILS TRITIUM MANY BODY PROBLEM OSMIUM QUIÑONES SOLDERING TRITIUM COMPOUNDS MARTENS1TE OXALATES RABBITS SOLID SOLUTIONS TRITONS MASERS OXALIC ACID RADAR SOLIDIFICATION TUBES MASS OXIDATION RADIATION BELTS SOLIDS TUMORS MASS SPECTROMETERS OXIDES RADIATION CHEMISTRY SOLUBILITY OXYGEN TUNGSTEN MATERIALS TESTING RADIATION DETECTORS SOLUTIONS TURBINES MATHEMATICS OZONE RADIATION DOSES PACKAGING SOLVENT EXTRACTION TURBULENCE MATRICES RADIATION EFFECTS SOLVENTS ULTRASONICS MEASUREMENT PAIR PRODUCTION RADIATION INJURIES PALLADIUM SOUND ULTRAVIOLET RADIATION MEAT RADIATION PROTECTION SOUTH AMERICA UNDERGROUND EXPLOSIONS MECHANICAL PROPERTIES PAPER RADIATION SICKNESS PARAFFIN SPACE UNITED NATIONS MECHANICAL STRUCTURES RADIATION SOURCES SPACE FLIGHT URANATES MECHANICS PARASITES RADIATIONS PARITY SPACE VEHICLES URANINITES MEDICINE RADIO WAVES SPACERS URANIUM MELTING PARTICLE MODELS RADIOACTIVITY SPARK CHAMBERS URANIUM DIOXIDE MEMBRANES PARTICLE SOURCES RADIOAUTOGRAPHY SPECIFIC HEAT URANIUM HEXAFLUORIDE MELTING POINTS PARTICLE TRACKS RADIOCHEMISTRY SPECTRA URANIUM MINERALS MENDELEVIUM PAYLOAD RADIOGRAPHY SPECTRAL SHIFT URANIUM ORES MERCURY PELLETS RADIOISOTOPES SPECTROMETERS URANIUM S1LIC1DES MESONS PENTANE RADIOLYSIS SPECTROSCOPY URANIUM TETRAFLUORIDE METABOLISM PERCHLORIC ACID RADIOSENSITIVITY SPHERES URANIUM TRIOX1DE METALLOGRAPHY PERFORMANCE RADIOTHERAPY SPIN METALLURGY RADIUM URANYL COMPOUNDS PERSONNEL SPLEEN URANYL NITRATES METALS PERTURBATION THEORY RADON SPUTTERING METASTASES RAIN UREA PESTICIDES STABILITY URINE METEORITES PETROLEUM METEOROLOGY RARE EARTHS STAINLESS STEELS USES PHASE DIAGRAMS RARE GASES STANDARDS U308 METHACRYLIC ACID PHENOLS METHANE RATE METERS STARS VACUUM METHANOL PHENYL RADICALS RATS STARTUP VALENCE METHYL RADICALS ΡHONONS RE-ENTRY STATISTICS VALVES MEV RANGE PHOSPHATES REACTION KINETICS STEAM VAN DE GRAAFF ACCELERATOR MICA PHOSPHIDES REACTIVITY STEELS VANADIUM MICE PHOSPHINES REACTOR CORE STELLARATORS VAPORS PHOSPHORIC ACID REACTOR OSCILLATORS STERILIZATION VARIATIONS MICROORGANISMS PHOSPHORS REACTOR SAFETY STEROIDS VECTORS MICROSCOPY PHOSPHORUS REACTORS STILBENE VEGETABLES MICROWAVES PHOTOCHEMISTRY RECOILS STOMACH VELOCITY MILK PHOTOELECTRIC CELLS RECORDING SYSTEMS STORAGE VESSELS MINERAL ACIDS PHOTOELECTRIC EFFECT RECOVERY STRANGE PARTICLES VIBRATIONS MINERALS PHOTOFISSION RECRYSTALLIZATION STRATOSPHERE VINYL RADICALS MINING PHOTOGRAPHIC FILM REDUCTION STRESSES VIRUSES MITOSIS PHOTOGRAPHIC FILM DETECTORS REFINING STRONTIUM VISCOSITY MIXING PHOTOGRAPHY REFLECTION STYRENE VITAMINS MOCKUP PHOTOLYSIS REFLECTORS SUBMARINES VOLATILITY MODERATORS PHOTOMETRY REFRACTION PHOTOMULT1PL1ERS SUCCINIC ACID VOLUME MODULATION REFRACTORIES SUGARS WASTE DISPOSAL MOESSBAUER EFFECT I'HOTONEUTRONS REGENERATION PHOTONS SULFATES WASTE PROCESSING MOLECULES RELATIVITY THEORY SULFIDES MOLYBDENUM WASTE SOLUTIONS PHOTOPRODUCTION RELAYS SULFONAMIDES WATER MOMENTUM PHOTOSYNTHESIS REMOTE CONTROL MONAZITES SULFONIC ACIDS WATER COOLANT PHTHAL1C ACID REMOTE HANDLING SULFUR WATER MODERATOR MONITORING PHYSIOLOGY REPROCESSING MONKEYS SULFURIC ACID WEAR PIEZOELECTRICITY REPRODUCTION- SUN WEIGHT MONOCHROMATORS PIGMENTS RESEARCH REACTORS MONOCRYSTALS SUPERCONDUCTIVITY WELDING PINCH RESIDUES SUPERHEATING WELDS MONTE CARLO METHOD PIONS RESINS MOON SURFACE TENSION WELL LOGGING PIPES RESISTORS SURFACES WIND MOTION PLANETS RESOLUTION MOTORS SURGERY WINDOWS PLANT CELLS RESONANCE SURVIVAL TIME WIRES MULTIPLICATION FACTORS PLASMA RESONANCE ESCAPE PROBABILITY SUSCEPTIBILITY WOOD MUONS PLASMA DIAGNOSTICS RESONANCE NEUTRONS SUSPENSIONS X RADIATION- MUSCLES PLASMA WAVES RHENIUM SWITCHES XENON MUTATIONS PLASTICS RHODIUM SYNCHROTRONS XI PARTICLES NAPHTHALENE PLATES RIBONUCLEIC ACID TABLES XYLENE NATURAL URANIUM FUEL PLATING ROCKETS TANTALUM YEASTS NEODYMIUM PLATINUM ROCKS TARGETS YTTERBIUM NEON PLUTONIUM RODS TECHNETIUM YTTRIUM NEPTUNIUM PNEUMATICS ROLLING TELEVISION /.INC NERVOUS SYSTEM POISONING ROOTS TELLURIDES ZIRCALOY NEUTRINOS POLARIZATION ROTATION TELLURIUM ZIRCONIUM NEUTRON BEAMS POLAROGRAPHY RUBBER TEMPERATURE ZONES NEUTRON DETECTION POLONIUM RUBIDIUM TEMPERING

X DICTIONARI OF INDEX TERMS

3* A RESONANCES SEE Al KtSUNANCES (»2d ACIUITY Oft A2 ­vESONANCES ) AC I DUS I b USE ACIDITY JR MESONS ♦ DISEASES OK RESONANCE 3b<. ACIDS ­A­C­ELPHR ELPHR USE 9 ACNE USE DISEASES ­A­C­FCBHR USfc FCBWR ♦ SK IN ­A­C­NCBrfR USE NCöwR ­ACOUSTICS USE SOUND ­A­C­SPWR USE SPWR 27 ACR10IN6 USE PYRIDINES A­57 USfc RESEARCH REACTORS 31 ACKIDINE URANoE USE UYES AA­4­C0DE USE PROGRAMMING 21 ACRIFLAVINE USE ACRIDINE ­AACHEN TECHNICAL COLLEGE R. USE AICR ♦ DRUGS 2 AAROVARK­COOE USfc PROGRAMMING ♦ FLAVINS ­AARR USE CP­6 USE ACRYL IC ACID 2 ABACUS­CODE USE PROGRAMMING ♦ ALDEHYDES 22 ABC RESONANCES USE MESONS 21 ACRUMEGALY USE DISEASES RESONANCE 1J ACRYLAMIDC USE ACRYL IC ACIO 27 ABDOMEN SE»E INTESTINE ♦ AMIDES 5 ABEL EUUATION USE GRAVITATION ­ACKYLATES USE ACRYLIC ACIO ♦ INTEGRAL EQUATIONS B5*. ACRYLIC ACIO MOTION USE ACHYLIC AC ID ABEL INTEGRAL EQUATIUN US*E INTEGRAL EQUATIONS ­ACRYLIC POLYMERS » POLYMERS ABELIAN GROUP USE GROUP THEORY USE ACRYLIC ACID ABERNATHYITE USE ARSENIC OXIDES ­ACRYLUNITRILES ♦ NITRILES POTASSIUM OXIDES USE HORMONES * URANIUM MINeRALS 153 ACTH USE MUSCLFS ♦* URANIUM OXIDES <. ACTIN t PKUTFÎNS 29 ABLATIUNS SEE SPACe VeHICLES ACTINIOfcS □ R SURGERY ACTINIUM OH THERMAL CONDUCTIVITY ­ACTINIUM A USE POLONIUM 21'> ABNORMALITIES SEE MALFORMATIUNS ­ACTINIUM tl USE LEAD 211 ­ABRAGAH MODEL USE AÖRAGAM­POUNU THEORY ACTINIUM BQRIDES ABRAGAM­POUNO THEORY USE ANGULAR DISTKIBUT1UN ACTINIUM BROMlDcS t ELECTRIC FIELDS ­ACTINIUH C USE BISMUTH 211 ♦ GAMMA RADIAT1ÛN ­ACTINIUM C/ USE POLONIUM 211 + INTERACTIONS ­ACTINIUM C// USE THALLIUM 20 7 t­ NUCLEI ACTINIUM CARBIDES SPIN ACTINIUM CARBONATES ABRAGAH­PRYCE THEORY US*E HYPfcRFINE STRUCTURE ACTINIUM CHLURIJES MAGNETIC RESONANCE ACTINIUM COMPLEXtS +* PARAHAGNETISM ACTINIUM COMPOUNDS *■ QUANTUM MECHANICS ­ACT INIUM 0 USE LEAD 207 ­ABRAHAM LINCOLN SUBMARINE USE S5W SERIES ACTINIUM FLUORIDES ­ABRASION USE WEAR ACTINIUM HYOrtlUtS β ABRASIVES USE POWDERS ACTINIUM HYDRUXIOfcS ♦ WEAR ACTINIUM IODIDES IO ABRIKOSOV THEORY USE MAGNETIC MATERIALS ACTINIUM ISOTOPES + SUPERCONDUCTIVITY ­ACTINIUM K USE FRANCIUM 223 3 ABS use ALKYL RADICALS ACTINIUM NI TRATES BEN2ENE ACTINIUM NIlRIUbS *■ SULFONIC ACIOS ACTINIUM OXIDES 24 ABSCESSES use DISEASES ACTINIUM PHOSPHATES *■ INFECTIONS ACTINIUM SILICATES TISSUES ACTINIUM SULFATES 4 AÖSCOPAL EFFECT SE*E RADIOTUXINS ACTINIUM SULFIDES II ABSOLUTE ZERO TEMPERATURE USE LOW TEMPERATURE ­ACTINIUM X USE RADIUM 22J 23.15B ABSORPTION ACTINIUM 221 2 ABSORPTION HEAT USE ABSORPTION ACTINIUM 227 ♦ THERMODYNAMICS ACTINIUM 223 I ABSYNTH-CODE USE PROGRAMMING ACTINIUM Ζ7Ί, ABUKUHALITE USE CALCIUM PHDSPHATES ACTINIUM 22r> ♦ MINERALS 11 ACTINIUM ¿2ή ♦ RARE EARTHS 12Ü ACTINIUM 227 + THURDJM PHOSPHATES ACTINIUM 228 29, LU ABUNDANCE ACTINIUM 229 ­AC USE CRBR­CX ACTINIUM 230 ACANTHITE USE SILVER SULFIDES ACTINIUM 231 ACCEL­COOE USE PROGRAMMING AC Τ I NUL I IE USE CALC IUM SR ICATL S 284 ACCELERATION SEE ACCELERATORS * IPDN SU KATI S OR VELOCITY » MAGNI S IUM SII ICA It S 4.252 ACCELERATORS » MINI HALS ACCEPTORS SEC IMPURITIES ACTINUMYCES USE BACI FR IA OR REACTION K INETICS ACTINOMYCIN USE ANTIBIOTICS OR SEMICONDUCTORS ­ACT1NUN USE RAIJAN 21·) 2,928 ACCIDENTS ­ALTI NUUKANI UM U'jt URANIUM 23Ί ACCUMULATIUNS see DtPOSITS ­ACT1UN PHINCJPLfc USI HAMILTONIAN FUNCTION ÜR ENRICHMENT «tSU· ACTIVATED CAKBUN OR PRECIPITATION ,7i,l ACT I VATIIJN ACCUMULATORS SEE BATTERIES ,463 ACTIVATIUN ANALYSIS OK ELECTROLYTIC CELLS 435 ACTIVATION ENERGY SI f EXCITAT UIN SEE EFFICieNCY OR REACT ION K INET ICS OR ERRORS (IK THERMODYNAMICS ACEC SEfc REACTORS ACTIVATION HÜAT USE THERMODYNAMICS ACENAPHTHENE use ETHYLENE ACÎIVE­CODE USE PROGRAMM ING ♦ NAPHTHALENE ACUPUNCTURE MEDICINE DSL· 2 ACES USE ELEMENTARY PARTICLES THERAPY USE ETHANE ACYL RADICALS U*M ORGANIC ACIDS 5 ACETAL 4­ ETHOXY RADICALS ACYLATIUN USI ACYL RADICALS USE ACETIC ACID ♦ CHEMICAL REACTIONS 29 ACETALOEHYDE ♦ ALDEHYDES ADAIK ANALYSIS USL ANGULAR DISTRIBUTION USE ACETIC ACID OhCAY Il ACETAMIDE AMIDES * DETERMINATION * *♦ HYPERONS 1.682 ACEIATES SPIN 2,653 ACETIC ACID USE ACETATES AUALS­COUE US*E PROGRAMMING 5 ACETOACETATES USE ACETIC ACID ­ADAPTED SW. POOL TANK AUSTRIA USE ASTRA 6 ACETOACET1C ACIO USE BACTER ΙΑ ­ADDITIONS SEE ADDITIVES 3 ACETOBACTER USE ACETYL RADICALS 704 ADO!TIVES SEE CHEMICALS 7 ACETOLYSIS ♦ DECOMPOSITION UK ELEMENTS 1,551 ACETONE 376 ADENINE SEE PURINES 34 ACETOPHENONES USE KETUNES UK VITAMIN B­4 ♦ METHYL RADICALS 52 ADENOCARCINOMAS USE CANCER *■ PHENYL RADICALS 3 ADENOFIBROMAS USE TUMURS 1 ACETOXY RADICALS USE ACET IC ACID 5 AOfcNOIOS SEE LYMPH SYSTEM ♦ ALKOXY RADICALS OR NASOPHARYNX 416 ACETYL RADICALS USE ACETIC ACID 51 AUENOMAS USE TUMORS USE ACETUNE 478 ADENOSINE USL ADENINE 92 ACETYLACETONE *- ACETYL RADICALS t NUCLEOSIDES USE ACETIC ACID ­ADfcNOSINE DIPHOSPHATE USE ADP 18 ACETYLATION + CHEMICAL REACTIONS ­AUENJSINE TRIPHUSPHATASfSfc USE ATP­ASE USE ACETYL RADICALS ­AOENUSINE TRIPHOSPHATE USE ATP 55 ACETYLCHOLINE ♦ CHOLINE 34 ADENYLIC ACID USE ADENOSINE USE ENZYMES ♦ NUCLEOTIDES 10 ACETYLCHOLINESTERASE ♦ ESTERASES ORGANIC PHOSPHORUS COMPOUNDS 696 ACETYLENES ­ADERMINE US»E VITAMIN B­6 -ACETYLIDES USE ACETYLENES VI IAM1NS AOFR » REACTURS 3 ACHESON GRAPHITE USE GRAPHITE USL· 29 ACHONDRITES USè METEORITES -ADHERENCE USfc AOHESION 2 ACID CHROME BLUE Τ USE OYES ADHESION 5 ACIO ORANGE USE DYES ADHESIVES USE ADHESION -ACID PHOSPHATASE USE ENZYMES ADIABATIC APPROXIMATION SEE QUANTUM MECHANICS ♦ PHOSPHATASES DR STARS ADIABATIC DEMAGNET UAI lUN USE CRYOGENICS 6 AIREK-CODE USE PROGRAMMING ♦ MAGNETIC FIELDS 24 AIRGLOW USE AURORAE ADIABATIC INVARIANCE USE INVARIANCE PRINCIPLE 1 AIRUS-CODE USE PROGRAMMING + QUANTUH MECHANICS AIRWICK-COOE USE PROGRAMMING ADIABATIC PROCESSES USE THERMODYNAMICS -AIRY DIFFERENTIAL EQUATION USE AIRY FUNCTIONS ADIPIC ACID USE ORGANIC ACIDS 4 AIRY FUNCTIONS USE DIFFERENTIAL EQUATIONS ADIPOSE TISSUE USE TISSUES «· DIFFRACTION ADONIS-COOE USE PROGRAMMING *■ SURFACES AOP USE ADENOSINE -AKRON UNIVERSITY AGN-201 REAC. USE AGN SERIES » ENZYMES -AKV USE SIHPEVARP ♦ NUCLEOTIDES 10 ALABAMA USE USA ' ♦ ORGANIC PHOSPHORUS COMPOUNDS ALABANDITE USE MANGANESE SULFIDES -ADRENAL CORTEX USE ADRENAL GLANDS -ALADIN REACTOR GENEVA USE AGN SERIES 914 ADRENAL GLANOS 194 ALANINE USE AMINO ACIDS 4 ADRENALECTOMY USE ADRENAL GLANDS 8 ALANINE-ALPHA USE ALANINE + SURGERY + ISOMERS 207 ADRENALINE USE HüRHÖN E S ALANINE-L USE ALANINE-ALPHA 6 AORENOCHROME USE DRUGS * AMINO ACIDS -ADRENOCORTICOTROPIC HORMONE USE ACTH *■ ISOMERS 2 ADSORBENTS SEE ACTIVATED CARBON Θ1 ALARH SYSTEMS SEE MONITORING OR AOSORPTION 160 ALASKA USE USA 6,279 ADSORPTION 258 ALBEDO USE REFLECTION 47 ADSORPTION HEAT USE THERMODYNAMICS -ALBERCHE REACTOR USE DON 20 ADSORPTION ISOTHERMS USE ADSORPTION 23 ALEUTE USE ALUMINUM SILICATES 8 AOU USE AMMONIUM COMPOUNDS + FELDSPARS * URANATES «- SODIUM SILICATES -ADV. REACTIVITY MEAS. FAC. 1 USE ARHF-1 SEE ALBUMINS -ADV. REACTIVITY MEAS. FAC. 2 USE ARMF-2 OR EGGS -ADV. TEST REAC. CRITICAL FAC. USE ATRC OR PROTEINS -ADVANCED ENGINEERING TEST REAC USE AETR 961 ALBUMINS -ADVANCED EPITHERMAL THORIUM R. USE AETR-TH 3 ALBUMINURIA USE ALBUMINS -ADVANCED GAS-COOLED REACTOR USE AGR * DISEASES -ADVANCED ORGANIC MODERATED R. USE AOMR * KIDNEYS -ADVANCEO PRESS. TUBE R. ITALY USE APTR * URINE -ADVANCED SODIUM GRAPHITE R. USE ASGR -ADVANCED TEST REACTOR USE ATR 1 ALCI­CODE USE PROGRAMMING 10 AE-6 USE EXPONENTIAL PILES ­ALCO PRODUCTS PUR USE PWR-ALCO PRODUCTS 13 AEDES USE INSECTS ALCÜHOLATES USE ALCOHOLS + MOSQUITOES 3,981 ALCOHOLS -AEG PR USE PR 10 1 ALOANITE USE LEAD OXIDES -AEG PRUEFREAKTOR USE PR 10 *■ THORIANITE -AEG SCHIFFSREAKTOR USfc: BWSR *■ URANIUM MINERALS -AEG 5UPERHEATE0 STEAM REACTOR USE AEGSSR + URANIUM OXIDES -AEG TESTING REACTOR USE PR 10 ALDEHYDES 4 AEGIRINE USE HORNBLENDE ALDER-WINTER THEORY USE ANGULAR DISTRIBUTION 2 AEGSSR USE REACTORS + COULOMB EXCITATION AERE USE UKAEA * GAMMA RADIATION + UNITED KINGDOM * NUCLEI AEREAL-1 USE ALUMINUM ALLOYS ALDOLASE USE ENZYMES AEREAL-4 USE ALUMINUM ALLOYS ALDOSTERONE USE CORTICOSTEROIDS 6 AERIAL SURVEYING USE AIRCRAFT + HORHONES + PROSPECTING + STEROIDS 12 AEROBACTER USE BACTERIA ALECTO USE RESEARCH REACTORS 663 AEROOYNAHICS -ALEXANDRITE USE CHRYSOBERYL -AEROJET GEN. NUCL. AGN-20 USE AGN SERIES ALFALFA SEE AGRICULTURE 2 AERONAUTICS USE AIRCRAFT OR PLANTS 2.013 AEROSOLS -ALFENAL USE ALFENOL -AEROSPACE SYSTEM TEST R. USE ASTR ALFENUL USE ALUMINUM ALLOYS -AES-1 USE APS-1 *■ IRON ALLOYS 6 AESCHYNITE USE MINERALS -ALFREU 410 USE GRAPHITE + NIOBIUM OXIDES + SILICON CARBIDES *- RARE EARTHS ALFVEN NUMBER USE ALFVEN SPEED ♦ TANTALUM OXIDES + FLUID FLOW «- THORIUM OXIDES ALFVEN SPEED USE ALFVEN HAVES + TITANIUM OXIDES + VELOCITY USE ORGANIC NITROGEN COMPOUNDS -ALFVEN VELOCITY 'USE ALFVEN SPEED «■ ORGANIC SULFUR COMPOUNDS ALFVEN HAVES USE HAGNETOHYORODYNAHICS 27 AETR USE RESEARCH REACTORS *- PLASMA WAVES AETR-TH USE REACTORS ­ALFVEN­MACH NUMBER USE ALFVEN NUMBER 15 AFFINITY USE CHEMICAL REACTIONS 757 ALGAE 10 AFNETF USE RESEARCH REACTORS ALGERIA USE AFRICA -AFNETR USE AFNCTF ia ALGINIC ACIO USE COLLOIDS 6 AFRE USE REACTORS + ORGANIC ACIDS 24 AFRICA 26 ALGOL USE PROGRAMMING -AFRRI USE TRIGA SERIES 31 ALICE USE MAGNETIC MIRRORS 11 AFSR USE RESEARCH REACTORS + PLASMA 85 AFTERGLOW USE LUMINESCENCE 89 ALIZARIN SEE DYES 44 AGAR USE COLLOIDS 3 ALIZE USE CRITICAL ASSEMBLIES -AGCR USE AGR 2.10Ú ALKALI METALS -AGCRS USE ML-1 614 ALKALINE EARTH METALS -AGCRS PROTOTYPE USE GCRE-1 ­ALKALINE PHOSPHATASE USE ENZYMES 5.511 AGE + PHOSPHATASES 1.168 AGE ESTIMATION 5 ALKALIS SEE HYDROXIDES -AGESTA-R3 USE R3-ADAH 859 ALKALOIDS 3 AGFA EMULSIONS USE NUCLEAR EMULSIONS 513 ALKANES 11 AGGLUTINATION USE AGGLUTININS ι .noa ALKENES * IMMUNITY ­ALKOXIDES USE ALKOXY RADICALS 38 AGGLUTININS USE ANTIBODIES 88 ALKOXY RADICALS USE ALKYL RADICALS AGILENE HT USE POLYETHYLENES + ORGANIC OXYGEN COMPOUNDS 112 AGING SEE HEAT TREATMENTS 2*421 ALKYL RAOICALS -AG IΡ BOLOGNA REACTOR USE RB-1 ­ALKYLflENZENESULFONATE USE ABS -AG1P BOLOGNA 2 REACTOR USE RB-2 ­ALLANITE USE ORTHITE AGI Ρ NUCLEARE USE ITALY 13 ALLANTOIN USE HETEROCYCLICS -AG I Ρ NUCLEARE 1 USE RB-1 ♦ ORGANIC NITROGEN COMPOUNDS -AGI Ρ NUCLEARE 2 USE RB-2 + ORGANIC OXYGEN COMPOUNDS AGN SERIES USE RESEARCH REACTORS ALLEGHENY SEE STAINLESS STEELS AGN-SIGMA-CODE USE PROGRAMMING ALLEGHENY RIVER USE PENNSYLVANIA -AGN-201 RESEARCH REACTURS USE AGN SERIES + RIVERS -AGN-211 RESEARCH REACTORS USE AGN SERIES ALLERGY USE IMMUNITY 11 AGOT GRAPHITE USE GRAPHITE -ALLIS-CHALHERS ELK RIVER USE ERR 113 AGR USE REACTORS -ALLIS-CHALMERS ELPHR USE ELPHR AGR-500 USE EXPONENTIAL PILES -ALLIS-CHALMERS FCBWR USE FCBWR -AGRIC.-MECH. COLCOL L OF TEXAS R. USE AGN SERIES -ALLIS-CHALMERS NCÖWR USE NCBHR 858 AGRICULTURE -ALLIS-CHALMERS SPWR USE SPWR 57 AGS USE SYNCHROTRONS ALLIUM SEE ONIONS 2 AHBR USE REACTORS OR PLANTS 1 AHRR USE REACTORS OR VEGETABLES AI-MEHO-CODE USE BIBLIOGRAPHY ALLOMYCES USE FUNGI *■ PROGRAMMING 3,849 ALLOTROPY AIM-CODE USE PROGRAMMING 27 ALLOXAN USE ORGANIC NITROGEN COMPOUNDS AIPMAN-COOE USE PROGRAMMING *■ ORGANIC OXYGEN COMPOUNDS 1.021 AIR ♦ PYR1MIUINES 13 AIR CONDITIONING USE AIR ALLOY CLUSTERS USE ALLOYS + CONTROL SYSTEMS -ALLOY STEELS SEE CHROMIUH STEELS + HUMIDITY OR STAINLESS STEELS * TEMPERATURE OR STEELS -AIR FORCE NUCL. ENG. TEST. FA. USE AFNETF AIRCRAFT -AIRCRAFT REACTOR EXPERIMENT USE ARE -AIRCRAFT RESEARCH R. USE ARE -AIRCRAFT SHIELD TEST REACTOR USE ASTR 21 ALLOY-A-286 USE CHROMIUM ALLOYS 50 ALUM USE ALUMINUM SULFATES ♦ HEAT RESISTING HETALS ♦ POTASSIUM SULFATES ♦ IRON ALLOYS 81 ALUMEL USE ALUMINUM ALLOYS «- MCLYBDENUM ALLOYS ♦ MANGANESE ALLOYS *■ NICKEL ALLOYS ♦ NICKEL ALLOYS ♦ TITANIUM ALLOYS ♦ SILICIDES ALLOY-CK-20 USE CHROMIUM ALLOYS ­ALUMINA USE ALUMINUM OXIDES + NICKEL ALLOYS ­ALUM]NATES USE ALUMINUM OXIDES 3 ALLOY-0-979 USE ALUMINUM ALLOYS 2 ALUMINIDES USE ALUMINUM ALLOYS ♦ CHROMIUM ALLOYS ♦ INTERMETALLIC COMPOUNDS ♦ HEAT RESISTING METALS 24 ALUHINUN SEE OYES ♦ IRON ALLOYS 85 ALUMINUM ♦ MOLYBDENUM ALLOYS I ALUMINUM ALLOY­M­257 USL ALUMINUM ALLOYS ♦ NICKEL ALLOYS ALUMINUM ALLUY­M­3H8 USE ALUMINUM ALLUYS ♦ TITANIUM ALLOYS ALUMINUM ALLUY­X­8Ü01 USL ALUMINUM ALLOYS ♦ TUNGSTEN ALLOYS 17 ALUMINUM ALLOY­1100 USE ALUMINUM ALLOYS -ALLOY-EK USE MAGNESIUM ALLOY­EK ­ALUMINUM ALLUY­14S USE ALUMINUM ALLOY­2014 -ALLOY-EZ USE MAGNESIUM ALLOY­EZ ­ALUMINUM ALLUY­2S USE ALUMINUM ALLOY­1100 -ALLOY-F-48 USE NIOBIUM ALLOY­F­48 12 ALUMINUM ALLOY­2014 USE ALUMINUM ALLUYS -ALLOY-F-50 USE NIOBIUM ALLOY­F­50 44 ALUMINUM ALLÜY­2024 USE ALUMINUM ALLOYS ALLOY-GE USE ALLOYS 1 ALUMINUM ALLOY­2Û27 USE ALUMINUM ALLUYS ♦ BRAZING ALUNINUH ALLUY­2117 USE­ ALUMINUM ALLOYS ALLOY-HS-21 USE STELLITE ­ALUMINUM ALL0Y­24S USE ALUMINUM ALLOY­2024 ALLOY-HS-25 USE STELLITE ALUMINUM ALLOYS ALLOY-HS-31 USE STELLITE 1 ALUMINUM ALLUY­261 US*E ALUMINUM ALLOYS ALLOY-L-605 USE CHROMIUM ALLOYS ♦ IRON ALLOYS t COBALT ALLOYS ALUMINUM ALLOY­ BOOS USE ALUMINUM ALLOYS ♦ HEAT RESISTING METALS ALUMINUM ALLUY 356 use ALUMINUM ALLOYS ♦ IRON ALLOYS ALUMINUM ALLOY­ 5052 USE ALUMINUM ALLOYS «· MANGANESE ALLOYS ALUMINUM ALLOY­ 5J57 use ALUMINUM ALLOYS ♦ NICKEL ALLOYS ALJMINUH ALLOY­ 5003 USE ALUMINUM ALLUYS + TUNGSTEN ALLOYS ALUMINUM ALLOY­ 5086 USE ALUMINUM ALLOYS 10 ALLOY-H-252 USE ALUMINUM ALLOYS ALUMINUM ALLOY­ 5154 USE ALUMINUM ALLOYS + CHROMIUM ALLOYS ALUMINUM ALLOY­ Μ) M USE ALUMINUM ALLOYS *- COBALT ALLOYS ALUMINUM ALLUY­ (.063 USE ALUMINUM ALLOYS ♦ HEAT RESISTING METALS ­ALUMINUM ALLOY­ MS ust ALUMINUM ALLOY­6061 ♦ IRON ALLOYS t ALUMINUM ALLOYS *­ MOLYBOENUM ALLOYS ALUMINUM ALLOY­7075 USE ALUMINUM ALLOYS + NICKEL ALLOYS ­ALUMINUM ALLUY­75S USE ALUMINUM ALLOY­7075 *■ TITANIUM ALLOYS ♦ ALUMINUH ALLOYS -ALLOY-H-257 USE ALUMINUM ALLOY­M­257 b,566 ALUMINUM ALLOYS 14 ALLOY-N-155 USE CHROMIUM ALLOYS 36 ALUM!NUM BORIDES + COBALT ALLOYS 43 ALUMINUM 8R0MI0ES *■ HEAT RESISTING METALS 36 ALUMINUM CARBIDES ♦ IRON ALLOYS 1 ALUMINUM CARBONATES + MANGANESE ALLOYS 322 ALUMINUM CHLORIDES ♦ MOLYBDENUM ALLOYS II i ALUMINUM COMPLEXES ♦ NICKEL ALLOYS 50? ALUMINUM COMPOUNDS +■ NIOBIUM ALLOYS 1H1 ALUMINUM FLUORIDES *■ TUNGSTEN ALLOYS 117 ALUMINUM HYDRIDES ALLOY-S-590 USE CHROMIUM ALLOYS I 10 ALUMINUM HYOROXIDES ♦■ COBALT ALLOYS 2 5 ALUMI NUM IODIDES + HEAT RESISTING METALS ALUMINUM ISOTOPES + IRON ALLOYS it· 3·> ALUMI NUM NI TRATES ♦ MANGANESE ALLOYS 6 0 ALUMINUM NITRIUES *■ MOLYBDENUM ALLOYS 3,218 ALUMINUM OXIDES t- NICKEL ALLOYS 75 ALUMI NUM PHOSPHATES ♦ NIOBIUM ALLOYS I ,936 ALUMINUM SILICATES *■ TUNGSTEN ALLUYS 175 ALUMINUM SULFATES 12 ALLOY­S­816 USE CHROMIUM ALLOYS 5 ALUMINUM SULFIÕES ♦ COBALT ALLOYS i ALUMINUM ,' 3 + HEAT RESISTING METALS IH ALUMINUM 24 ♦ IRON ALLOYS 67 ALUMINUM *■ MANGANESE ALLUYS 154 ALUMI NUM ;·>26 + MOLYBDENUM ALLOYS 'íOl ALUMINUM ?Ί ♦ NICKEL ALLOYS lii·» ALUMI NUM ¿a ♦ NIOBIUM ALLOYS 1 ι ALUMI NUM 29 ♦ TUNGSTEN ALLUYS ALUMINUM »0 ALLOY­TZH USE MOLYBDENUM ALLOYS 13*> ΛLUNDUM USI ALUMINUM OX 1 DIS ♦ TITANIUM ALLOYS ALVAR USE PJLYVINYLS + ZIRCONIUM ALLUYS lì ALVEOLI SEE HON F S ALLQY­V­36 USE CHROMIUM ALLUYS OR GLANDS + COBALT ALLUYS DR LUNGS + HEAT RESIST ING METAOS II" TEETH ♦ IRON ALLOYS Ι ALVI TL· USE HAFNIUM UAI DL S ♦ MANGANESE ALLOYS HARE EARTHS ♦ MOLYBDENUM ALLOYS • THORIUM CUMPIJUNJS ♦ NICKEL ALLOYS « /I HC UN ♦ NIOBIUM ALLOYS :>•i ι MEKCUHY ALLOYS ♦ TUNGSTEN ALLOYS Ull MERCURY CUMPOUNUS ­ALLOY­WF­11 USE ALLOY­L­605 UK MINTHAL S ­ALLOY­X­40 USE ALLÜY­HS­31 OH SILVER COMPOUNDS 3.340 ALLOYS 4 AMb ER USE HLSINS 95 ALLYL RADICALS USE ALKENES 180 AMHEKLlTE SEE [UN EXCHANGE MAI ERIALS f FREE RADICALS OR RESINS ALMANDITE USE GARNETS AMHLYbONITE USE LITHIUM PHOSPHATES *■ IRON SILICATES MINERALS IO ALNICO ALLOYS USE ALUMINUM ALLOYS AMBLYSTUMA US*E ANIMALS *■ COBALT ALLOYS AMtlKUSIA LAKE USI LAKES t IRON ALLOYS t NEW MEXICO NICKEL ALLOYS ♦ USA 4 ALOE SE*E DRUGS AMENURKHEA USI; DISEASES UR PLANTS t SEX 8 ALOPECIA USE HAIR AMEKICIUM ALOUETTE SEE SATELLITES AMEKICIUM ALLOYS ALÜYCO USE STAINLESS STEELS AMERICIUM BORI OL·S -ALPERT METHOD USE BAYARD­ALPERT GAGE AMEKICIUM rlKL'MIUES 1.480 ALPHA BEAMS AMEKICIUM CARBIDES 1.404 ALPHA DECAY AMEKICIUM CAKIÌUNAIEJ 948 ALPHA DETECTION AMERICIUM CHLORIDES 3 ALPHA DEVICE USE THERMUNUCLtAR DEVICES AMERICIUM COMPLEXES 8.138 ALPHA PARTICLES AMEKICIUM COMPOUNDS 79 ALPHA SOURCES USE ALPHA PARTICLES ΛΜΕΗICI UM FLUORIOtS *■ PARTICLE SOURCES AMEKICIUM HYDRIDt S AMEKICIUM HYDROXIDES ALPHA­COOE USE PROGRAMMING AMERICIUM IODIDES ALPHA­URANOPILITE USE URANIUH MINERALS AMEKICIUM ISUTUPtS f URANIUM SULFATES AMERICIUM NITRATES ALPHANITROSOBETANAPHTHOL USE AN BN AMERICIUM NITRIDES ALPR USE REACTORS AMERICIUM OXIOES AMERICIUM ALPS USE EUROPE PHOSPHATES AMFRICIUM MOUNTAINS Sil ICATFS AMERICIUM ALRR US»E REACTORS SULFATES OMERICI UM ALTAC­COOE USE PROGRAMMING SULFIDES AMERICIUM ALTERNATING CURRENT USE CURRENTS 237 AMERICIUM ALTHAEA­CODE USE PROGRAMMING 23(3 AMERICIUM ALTITUDE USE LEVELS 239 AMERICIUM ALUOUR USE ALUMINUM ALLOYS 24') AMERICIUM ♦ COPPER ALLOYS 241 AMERICIUM MAGNESIUM ALLOYS 242 AMEKICIUM * 2 41 11 AMERICIUM 244 2 721 ANGULAR MOMENTUM 5 AMERICIUM 245 17 ANHYDRIDES USE OXIDES 11 AMERICIUM 246 6 ANHYDRITE USE CALCIUM SULFATES 11 AMES LABORATORY USE IOWA 38 ANILINE USE AHINES f USAEC ♦ PHENYL RAOICALS ­AMES LABORATORY RESEARCH REAC. USE AL RR 5 903 ANIMAL CELLS 19 AMES PROCESS USE MAGNESIUM 8 611 ANIMALS ♦ REDUCTION 2 326 ANIONS ­AMES UTR­10 USE UTR­IO­IOWA 36 ANISÓLE USE ETHERS 26 AMEX PROCESS USE AMINES 3 551 ANISUTROPY ♦ SOLVENT EXTRACTION ANISYL RADICALS USE METHOXY RAOICALS ­AMF PRESSURE TUBE REACTOR USE PTR­AMF *■ PHENYL RADICALS AHF­POOL­I USE RESEARCH REACTORS ­ANKYLOSING SPONDYLITIS USE SPONDYLITIS AMF­POOL­N USE RESEARCH REACTORS ­ANL USE ARGONNE NATIONAL LABORATORY AMF­TANK USE REACTORS 26 ANNA USE REACTORS 1.307 AMIOES 4 067 ANNEALING 41 AMIDINES USE ORGANIC NITROGEN C 12 ANNELIDS USE ANIMALS 15 AMIDOL USE AMINES ANNEROOITE USE NIOBIUM OXIDES CHEMICALS * RARE EARTHS * PHENOLS + URANIUM MINERALS 5 AMINATION US»E AMINES 1 381 ANNIHILATION ♦ CHEMICAL REACTIONS 49 ANNULAR SPACE USE OPENINGS 6,519 AMINES *■ RINGS 6.634 AMINO ACIDS 1 806 ANODES 2 AMINO COMPOUNDS SEE AMIDES 23 ANO01ZATÎQN SEE ANODES OR AMINES 10 ANOPHELES USE INSECTS OR AMINO ACIDS * MOSQUITOES AMINOAOIPIC ACID USE AMINU ACIDS 7 ANOREXIA USE OISEASES AM1NÜBUTYRIC ACID USE AMINO ACIDS 5 ANORTHITE USE ALUMINUM SILICATES -AMIN0ETHYL1SOTHI0UR0N1UM USE AET * CALCIUM SILICATES AHINOFFITE USE ALUMINUM SILICATES * FELDSPARS BERYLLIUM SILICATES 22 ANUXIA USE ABUNDANCE . CALCIUM SILICATES * OXYGEN *+ MINERALS 77 ANTARCTICA USE ARCTIC REGIONS AHINOPTERIN USE AMINO ACIDS 206 ANTENNAS USE ELECTRONIC EQUIPMENT f ANTIMITOTIC DRUGS 5 ANTHERS USE PLANTS AMMINES USE AMMONIA + POLLEN ♦ COMPLEXES 701 ANTHRACENE 1.955 AMMONIA 2 ANTHRACITE USE COAL 3.302 AMMONIUM COMPOUNDS 35 ANTHRANILIC ACID USE AMINES -AMMONIUM DIURANATE USE AOU + CARBOXYLIC ACIDS AMHONOLYSIS USE AMMONIA + PHENYL RAOICALS OECOHPOSITION 30 ANTHRAQUINONE USE QUIÑONES AMMONOOSUC VOLCANICS US*E VOLCANICS ANTHRAQUINOW USE ANTHRACENE AMNION USE FETUSES ΑΝΤΙ­C RESONANCES USE ANTIHESONS + MEMBRANES * MESONS AMNION CELLS USE ANIMAL CELLS *■ RESONANCE AMOEBA USE MICROORGANISMS ANTI­K*RESONANCES USE MESONS ♦ PROTOZOA * RESONANCE AMORPHOUS STATE SEE CRYSTALLIZATION ANTI­N*RESONANCES USE ANTINUCLEUNS AMP PROCESS USE ACIDITY *­ RESONANCE + AHMONIUM COMPOUNDS ANTI­XI*RESCNANCES USE ANTIHYPERONS ♦ MOLYBDENUH PHOSPHATES «■ RESONANCE SEPARATION PROCESSES ANTI­Y»RESONANCES SEE ANTI­Y1*RES0NANCES 2 AHPANGABEITE US*E NIOBIUM OXIDES OR ANTIHYPERONS RARE EARTHS OR ANTINUCLEONS ♦» TANTAL UH OXIDES OR HYPERONS THORIUM COMPOUNDS OR RESONANCE * TITANIUM OXIOES ANTI­Y1*RES0NANCES USE ANTIHYPERONS +* URANIUM MINERALS * HYPERUNS -AMPEROMETRY USE VOLTAMETRY * RESONANCE AMPHIBIANS USE ANIMALS 1,508 ANTIBIOTICS AMPHIBOLES USE MINERALS 9b9 ANTIBODIES SILICATES ANTICATHGDES USE CATHODES AMPLIFIERS * ANTICOINCIDENCE SEE COINCIDENCE METHODS AMPLITUDE SEE ELECTROMAGNETIC WAVES ­ANTICORRUSION USE CORROSION PROTECTION OR MICROWAVES ANTIDIURETIC HORMONE USE HUKMÛNES OR MODULATION ANTIFEIN USE DRUGS OR OSCILLATIONS ♦ RADIATION PROTECTION OR RADAR ANTIFERKOELECTKICITY USE FERROELECTRIC MATERIALS OR RADIO WAVES 535 ANTIFEftftOHAGNETIC MATERIALS USE FERROMAGNETIC MATERIALS OR VIBRATIONS 512 ANTIFERROMAGNETISM USE ANTIFERROMAGNETIC MATERIALS 76 AMSCO SEE KEROSENE t>98 ANTIGENS 97 AMYL RADICALS USE ALKYL RAOICALS ANTIHISTAMINES USE DRUGS 29 AMYLASE USE ENZYMES ANTIHYPERUNS 1 AMYTAL USE BARBITURIC ACID ANTIKAONS USE ANTIHESONS 6 ANALGESICS USE DRUGS ♦ KAONS 2.136 ANALOG SYSTEMS ANTIKAONS­NEUTKAL USE ANTIKAONS 13 ANALOG-TO-OIGITAL CONVERTERS USE ANALOG SYSTEMS ♦■ KAONS * DIGITAL SYSTEMS ANTIKAPPA RESONANCES USE MESONS + TRANSDUCERS *■ RESONANCE 42,845 ANALYSIS 1 ANTILAHBDA PARTICLES USE ANTIHYPERONS 177 ANALYTIC FUNCTIONS USE MATHEMATICS ♦ LAMBDA PARTICLES . -ANALYTICITY SEE ANALYSIS 20 ANTIMATTER USE ANTIPARTICLES OR ANALYTIC FUNCTIONS t ATOMS OR CHEMICAL ANALYSIS 388 ANTIMESONS 6 ANAPHASE USE MITOSIS 50 ANTIMITOTIC DRUGS USE DRUGS ANASIH-CODE USE PROGRAMMING 829 ANTIMONY 14 AMATASE USE MINERALS 379 ANTIMONY ALLOYS ♦ TITANIUM OXIDES ANTIMONY BORIDES 30 ANBN USE NAPHTHOL 5 ANTIMONY BROMIDES + NITROSO RADICALS ANTIMONY CARBIDES 2 ANDERSONITE USE URANIUM CARBONATES ANTIMONY CARBONATES ♦ URANIUM MINERALS 61 ANTIMONY CHLORIDES 1 ANOESINE USE ALUMINUM SILICATES 10 ANTIMONY COMPLEXES *■ CALCIUM SILICATES 185 ANTIMONY COMPOUNDS + FELDSPARS 59 ANTIMONY FLUORIDES *- SODIUM SILICATES 32 ANTIMONY HYDRIDES ANDESITE USE IGNEOUS ROCKS 1 ANTIMDNY HYDROXIDES ANORADITE USE CALCIUM SILICATES 3 ANTIMONY IODIDES ι- GARNETS 42 ANTIMONY ISOTOPES * IRON SILICATES 1 ANTIMONY NITRATES -ANDREW JACKSON SUBMARINE USE S5W SERIES 1 ANTIMONY NITRIDES 41 ANDROGENS USE HORMONES 67 ANTIHONY OXIOES *· STEROIDS 4 ANTIMONY PHOSPHATES 607 ANEMIA ANTIMONY SILICATES 336 ANESTHESIA ANTIMONY SULFATES 3 ANESTHETICS USE ANESTHESIA 40 ANTIMONY SULFIDES ♦ DRUGS 1 ANTIMONY 112 -ANEURIN USE VITAHIN B-l 5 ANTIMONY 113 15 ANGINA PECTORIS USE OISEASES ANTIMONY 114 -ANGIOGRAPHY USE BLOOD VESSELS 11 ANTIMONY 115 *■ RADIOGRAPHY 10 ANTIMONY 116 13 ANGIOMAS USE BLOOD VESSELS 10 ANTIMONY 117 *■ TUMORS 15 ANTIMONY 118 1 ANGLESITE USE LEAD SULFATES 15 ANTIMONY 119 ♦ MINERALS 23 ANTIMONY 120 1 ANGOLA USE AFRICA 100 ANTIMONY 121 ANGOPT-CODE USE PROGRAMMING 84 ANTIMONY 122 123 ANGULAR CORRELATION USE ANGULAR DISTRIBUTION 73 ANTIMONY 123 15,101 ANGULAR DISTRIBUTION 270 ANTIMONY 124 ANTIMONY 125 L ARbUN BURIDES ANTIMONY 126 ARGUN BROMIOES ANTIMONY 127 AKGON CARBIDES ANTIMONY 12B ARGUN CARUUNATES ANTIMONY 129 ARGON CHLUH1DES ANTIMONY 130 1 ARGON COMPLEXES ANTIMONY 131 23 ARGON COMPOUNDS ANTIMONY 132 1 AKGON FLUORIDES ANTIMONY 133 2 ARGON HYDRIDES ANTIHONY 134 ARGON HYDROXIUES ANTIMONY 135 ARGON IODIDES ANTINEUTRINOS 84 AKGON ISOTOPES ANTINEUTRONS ARoON NITRATES ANTINUCLEONS ARGON NITRIUES ANTIOMEG/ ­MINUS USE ANTIHYPERONS ARGON OXIOES ♦ HYPERONS AKGON PHOSPHATES ♦ OMEGA PARTICLES ARGON SILICATES ANTIOXIDANTS USE OXIDATION AKGON SULFATES ANTIPARTICLES SEE ANTIHYPERONS* ARGON SULFIDES OR ANTIMESONS ti ARGUN 33 OR ANT1NE0TR1N0S 2 ARGON 34 OR ANTINEUTRONS 20 ARGUN 35 OR ANTINUCLEONS 136 ARGON 36 OR ANTIPROTONS 147 ARGON 37 OR POSITRONS 112 ARGON 38 653 ANTIPROTONS 71 ARGUN 39 25 ANTIPYRINE USE DRUGS 2B3 ARGON 40 + PYRAZOLES 160 ARGON 41 10 AKGON 42 8 ANTISERA USE ANTIBODIES 9 ARGONAUT GARCHING ANTISIGMA PARTICLES USE ANTIHYPFRONS USI RESEARCH REACTUK S ARGUNAUT GHENT RESEARCH »■ SIGMA PARTICLES USL KEACTOKS ARGONAUT GRAZ ANTI SIGMA­MINUS USE SIGMA PARTICLES USE RESEARCH REACTOHS 1 ARGONAUT KARLSRUHE ANTI SIGMA­NEUTRAL USE SIGMA PARTICLES USE RESEARCH REACTORS ­ARGONAUT LEMONT ANTISIGMA­PLUS USE SIGMA PARTICLES USE CP­1 ι ARGONAUT LONDON 4 ANTITHYROID DRUGS USE ORUGS USE RESEARCH REACTORS ­ARGONAUT REACTOR BARCELONA *■ MEDICINE USE ARGOS ­ARGONAUT REACTOR BILBAO *■ THYROID USE AR Iti ­ARGONAUT REACTOR E1NÜHÜVEN ANTITOXINS USE ANT I BODIES USE ATHENE ANTIXI PARTICLES USE ANTIHYPERONS ARGONAUT TYPE USE H F S E AK C ΗREACTO R S

«■ XI PARTICLES ­ARGUNNL­ ADVANCEO RESEARCH H. USE CP­í. ANTIXI­NEUTRAL USE XI PARTICLES ­ARGUNNE FAST REACTOR EXP. USE AFRI. ANTI XI­PLUS USE XI PARTICLES ­ARGQNNE FAST SOORCE REACTOR USE AI SR ANTLERS SEE ANIMALS ­ARGONNE LÜH POWER RtACTUR USE ALPR ANTOZONITE USE CALCIUM FLUORIDES ­ARGONNE LOH POHER RESEARCH K. USL JUGGERNAUT ♦ DECOMPOSITION ­ARGONNE NAT. LAB. AGN­2UI R. USE AGN SERIES MINERALS 347 ARGONNE NATIONAL LABORATORY USE ILLINOIS *♦ RADIATION EFFECTS USAEC SEE INTESTINE ­ARGONNE RESEARCH REALTOR USE CP­5 OR RECTUM ­AHÜONNE SYNCHROTRON USE ¿GS ACCELERATOR 1 AOMR USE REACTORS ­ARGONNE THERMAL SOUKCE REACTUK USE ATS" 35 AORTA USE BLOOD VESSELS 9 ARGOS USI RESEARCH REACTORS 103 APATITES USE CALCIUM PHOSPHATES 1 ARGOSY­CODE USt PROGRAMMING

«■ MINERALS ARGUS­LODE USI. PROGRAMM ING -APBR USE FOB ARIEL SATELLITES USE SATELLITFS 28 APDA USE REACTORS I'M, ARIZONA USI. USA 29 APERTURE USE OPENINGS [2 ARKANSAS USL USA -APLASIA SEE BONE MARROU ARKUSE USI SF.OIHbNT! OR DISEASES 80 ARMCO IRON USI I H UN OR RADIATION INJURIES ­ARMED rUKCES RADIOLOGY 1NSI. K USL TRIGA SIHIES 13 APLASTIC ANEMIA USE ANEMIA TJ AKMF­1 USE CH Ι T ICAL ASSl­MHL IIS 6 APLITES USE IGNEOUS RUCKS 14 ARMF­2 USI kl SI. ARC H Κ Γ ACUIR S 5 APPALACHIAN MOUNTAINS USE MOUNTAINS ­AKMUUR UUST FUELED RtALIUK USE Λ OF K ♦ USA ­ARMOUR RESEARCH REACIUK USI AKI' 32 APPEARANCE POTENTIAL USE ELECTRON BEAMS ­ARMY GAS­CUULEU H. SYST. USI Ml ­ I f ENERGY ­ARMY GAS­CUOLEU R. SYSI. PHUT. USI GCKL­I 24 APPENDIX USE INTESTINE ­ARMY PACKAGE POWER KLALIUK S USI APPR­S 41 APPLES USE FRUIT ­ARMY PACKAGE PUHfcR REACIUK 1 USI SM­I ­APPLICATIONS SEE USES ­ARMY PACKAGE POWER REACTUK 1Λ USE SM­ 1Λ 83 APPLICATORS USE RADIOTHERAPY 3 AKMY PERSONNEL USI PERSDNNU APPR­S USE CRITICAL ASSEMBLIES ­ARNHEM SUUCHIT. SUSPENS 1 UN K. USI SUSPOP ­APPR­1 USE SM­1 ­ARNHEM SUSPENSION IESI ·<. USI K S 11' ­APPR­1A USE SM­1A ARUMA­CUDE USI PRUi.RAMM JNli ­APR USE ARR ­AROMATIC HYDROCARBONS USI AHUMA f IC5 2 APS­1 USE REACTUR5 ,420 ΑΚΟΜΛΤICS 23 APSARA USE RESEARCH REACTORS 5 ARR USI KLSEARCH REACTOR S APT­COUE USE PROGRAMMING ARRHtNlI E USI BERYLLIU* OXIDES I APTR USE RESEARCH REACTORS MINERAL S 36 AQUA REGIA USE HYDROCHLORIC ACID RARE (ARtHS ♦ NITRIC ACID SIL ICON M« I NI S ­AQUAMARINE USE BERYL 1 ANT ALUM OXIDES ­AQUEOUS USE HATER lINTONI UH OXIDES 6 AQUEOUS HUMOR USE EYES ­ARKHENIUS ACTIVAI ION ENERGY USI ARKHENIUS LÜUAIION ♦ FLUIDS ­AHKHENIUS CUNSTANI USE AHKHENIUS EQUATION 14 AQUILON USE RESEARCH REACTORS ARKHENIUS EQUATION USE ACTIVATION ENERGY AR RESINS USE PCLYESTERS DEALT ION Κ INE TIC b 1 ARABIA USE ASIA TEMPERATURF 16 ARABIDOPSIS USE PLANTS ­AHHHLNIUS FACTOR USL· ARRHENIUS EQUATION 26 ARABINOSE USE SUGARS ­ARKHENIUS FORMULA USE ARRHfNIUS EQUATION 16 ARACHIDONIC ACID USE ORGANIC ACIDS ­ARKHENIUS PARAMETERS USE ARRHENIUS EQUATION 23 ARAGONITE USE CALCIUM CARBONATES ­AHUHeNIUS PLOT USL· ARRHFNIUS EQUATION MINERALS AKKUWRUUT SEE FOUO 14 ARALUITE US*E RESINS PLANTS 21 ARBACIA USE SEA URCHINS ROOTS 5 ARBI USE RESEARCH REACTUKS STARCH I ARBUS­MELEKESS USE RESEARCH REACTORS ARS­1 USE RESEARCH REACTUKS ARC­CODE USE PROGRAMMING ARSAN1LIL ACID USE AMINES ARCANITE USE PUTASSIUM SULFATES ARSiJNIC ACID 1 ARCHAEOLOGY SEE AGE ESTIMATION ­AHSENAHIUE USE T DC ARCHIMEDES PRINCIPLE USE FLUIDS ­ARSENATES USE ARSENIC OXIDES PRESSURE ARSENAZO USE HYDROXIDES ♦* HE IGHT NAPHTHALENE ARCO PROCESS USE CHEMICAL REACTIONS ORGANIC NITRUGEN COMPOUNDS ♦ FUELS ORGANIC SULFUR COMPOUNOS URANIUM ALLOYS PHENYL RADICALS ARCTIC REGIONS * ARSENIC -ARDENNE POWER PLANT USE CHÜOZ ARSENIC BORIOES ARE USE REACTORS ARSENIC BROMIDES ARES-CODE USE PROGRAMMING ARSENIC CARBIDES -ARF USE ARR ARSENIC CARBONATES -ARFR USE ARK AKSEN1C CHLOKIDES ARGENTINA USE SOUTH AMERICA ARSENIC COMPLEXES -ARGENTINE REACTOR 0 USE RA­0 ARSENIC COMPOUNDS -ARGENTINE REACTOR 1 USE KA­1 ARSENIC FLUORIDES -ARGENTINE REACTOR 2 USE RA­2 ARSENIC HYDRIDES -ARGENTINE REACTOR 3 USE RA­3 ARSENIC HYDROXIDES -ARGENTINE REACTOR 4 USE RA­4 ARSENIC I 00I DE S ARGENT ITE USE MINERALS ARSENIC ISOTOPES SILVER SULFIDES ARSENIC NITRATES 7 ARGINASE us*e ENZYMES ARSENIC NITRIDES 76 ARGININE use AMINO ACIDS ARSENIC OXIDES 4,598 ARGON ARSENIC PHOSPHATES ARSENIC SILICATES ASTROCYTOMAS USE BRAIN ARSENIC SULFATES * NERVOUS SYSTEM 35 ARSENIC SULFIDES ♦ TUMORS ARSENIC 68 ASTRÚLOY USE ALUMINUM ALLOYS 1 ARSENIC 69 ♦ CHROMIUM ALLOYS 10 ARSENIC 70 * HEAT RESISTING METALS 12 ARSENIC 71 «■ NICKEL ALLOYS 25 ARSENIC 72 + TITANIUM ALLOYS 19 ARSENIC 73 ASTRON USE THERMONUCLEAR DEVICES 95 ARSENIC 74 -ASTRONAUTICS USE SPACE FLIGHT 138 ARSENIC 75 ASTROPHYLLITE USE CALCIUM SILICATES 172 ARSENIC 76 + IRON SILICATES 37 ARSENIC 77 + MINERALS 11 ARSENIC 78 *■ TITANIUM SILICATES 2 ARSENIC 79 ♦· ZIRCONIUM SILICATES 1 ARSENIC 80 ASTROPHYSICS 3 ARSENIC 81 ASYMMETRY SEE ANISOTROPY ARSENIC 82 OR ASYMMETRY COEFFICIENTS ARSENIC 83 OR CONFIGURATION ARSENIC 84 OR HATHEMATICS 1 ARSENIC 85 OR PARITY ARSENIC 87 2 ASYMMETRY COEFFICIENTS SEE ANGULAR DISTRIBUTION 58 ARSENIDES USE ARSENIC COMPOUNDS 1 ATCR USE RESEARCH REACTORS ­ARSENITES USE ARSENIC OXIDES 4 ATHABASCA LAKE USE CANADA 39 ARSONIC ACID USE ARSENIC COMPOUNDS + LAKES ART­COOE USE PROGRAMMING MINING ­ARTEMIA USE CRUSTACEANS 2 ATHENA­CODE OS*E PROGRAMMING ­ARTERIES USE BLOOO VESSELS ATHENE OSE RESEARCH REACTORS 13 ARTERIOSCLEROSIS USE BLOOD VESSELS ­ATHEROMATOSIS SEE ARTERIOSCLEROSIS + DISEASES ­ATHEROSCLEROSIS USE ARTERIOSCLEROSIS ­ARTERITIS USE BLOOD VESSELS ATINITE USE IRON ALLOYS + DISEASES ♦ NICKEL ALLOYS 33 ARTHRITIS USE DISEASES ATLAC USE POLYESTERS 13 ARTHROPODS USE ANIMALS 114 ATLANTIC OCEAN U5E SEA 7 ARTIFICIAL KIDNEY SEE MEDICINE 8 ATLAS SEE CRITICAL ASSEMBLIES OR SURGERY 5,688 ATMOSPHERE 5 ARTIFICIAL RADIATION BELT USE RADIATION BELTS 29 ATOMIC BEAMS USE ATOMS 364 ARYL RAOICALS t BEAMS 102 ASBESTOS 2 ATOMIC CLUCKS USE INSTRUMENTS 21 ASCARIS USE NEMATODES -ATOMIC CLOUDS USE AEROSOLS *■ PARASITES + FALLOUT 9 ASCHARITE USE BORATES -ATOMIC ENERGY SEE BINDING ENERGY + MAGNESIUM COMPOUNDS OR POWER 105 ASCITES USE FLUIDS -ATOMIC EXPLOSIUNS USE NUCLEAR EXPLOSIONS 4 ASCITES CELLS USE ANIMAL CELLS 3 ATOMIC HEAT USE ATOMS + TUMORS + SPECIFIC HEAT ­ASCITES TUMOR USE EHRLICH ASCITES -ATOMIC ICEBREAKER LENIN USE LENIN ASCOLOY USE CHROMIUM ALLOYS 4,498 ATOMIC MODELS * IRON ALLOYS 121 ATOMIC NUMBER USE ATOMS ­ASCORBIC ACID USE VITAMIN C -ATOMIC POWER OEVEL. ASSOCIATES USE APDA 6 ASGR USE RESEARCH REACTORS -ATOMIC SHELLS USE ATOMIC MODELS ­ASHES USE COMBUST ION f ORBITS * RESIDUES -ATOMIC STRUCTURES USE ATOMIC MODELS 17 ASIA 4 ATOMIC VOLUME USE ATOMS 13 ASME­CODE USE PROGRAMMING *■ DENSITY 1 ASMOH­CODE USE PROGRAMMING + WEIGHT 24 ASPARAGINE USE AMINO ACIDS -ATUMIC WEAPONS USE NUCLEAR EXPLOSIONS 4 ASPARAGUS SEE FOOD »■ NUCLEAR WEAPONS OR PLANTS -ATOMIC WEAPONS RESEARCH ESTAÜ. USE AWRER ÜR VEGETABLES ATOMIZATION SEE AEROSOLS 102 ASPARTIC ACID USE AMINO ACIDS OR DISPERSIONS 40 ASPERGILLUS USE FUNGI OR SPUTTERING ­ASPHALT USE BITUMENS ­ATOMKRAFTWERK 1 USE RHEINSBERG 2 ASPHALTITE USE BITUMENS 1,691 ATOMS 3 ASSAULT­ CODE USE PROGRAMMING 275 ATP USE AOENOSENE ­ASSAYING USE CHEMICAL ANALYSIS + NUCLEOTIDES ASSIGN­COOE USE PROGRAMMING +■ ORGANIC PHOSPHORUS 2 ASTASIA LONGA USE MICROORGANISMS 42 ATP­ASE OSE ENZYMES 71 ASTATINE ♦ PHOSPHATASES ASTATINE BORIDES 94 ATR USE RESEARCH REACTORS ASTATINE BROHIDES ­ATR CRITICAL EXPERIMENT USE BW­CA­1 ASTATINE CARBIDES 7 ATRC USE REACTORS ASTATINE CARBONATES ­ATRCÉ USE BW­CA­1 ASTATINE CHLORIDES ­ATROPHY SEE DISEASES ASTATINE COMPLEXES OR RADIATION INJURIES ASTATINE COHPOUNOS OR TISSUES ASTATINE FLUORIDES 56 ATROPINE USE ALKALOIDS ASTATINE HYDRIDES 3 ATSR USE RESEARCH REACTORS ASTATINE HYDROXIDES Bö ATTENUATION SEE ABSORPTION ASTATINE IODIDES OR ENERGY LOSSES ASTATINE ISOTOPES DR LOSSES ASTATINE NITRATES OR SCATTERING ASTATINE NITRIDES ­AUDIOGENIC SEIZURES USE EPILEPSY ASTATINE OXIDES 6 ASTATINE PHOSPHATES AUDITORY ORGANS SEE EARS ASTATINE SILICATES OR NERVOUS SYSTEM ASTATINE SULFATES AUERÖACHITE USE MINERALS ASTATINE SULFIOES ♦ ZIRCONIUM SILICATES ASTATINE 200 AUERLITE USE MINERALS ASTATINE 201 + THORIUM PHOSPHATES ASTATINE 202 + THORIUM SILICATES ASTATINE 203 ­AUGER CASCADES USE CASCADE SHOWERS ASTATINE 204 367 AUGER EFFECT USE ATOMS ASTATINE 205 ELECTRONS ASTATINE 206 * EMISSION ASTATINE 207 * ENERGY LEVELS ASTATINE 208 * EXCITATION ASTATINE 209 *f - TRANSIENTS ASTATINE 210 ­AUGER ELECTRON USE AUGER EFFECT ASTATINE 211 ­AUGER LINES USE AUGER EFFECT ASTATINE 212 ­AUGER PROCESS USE AUGER EFFECT ASTATINE 213 ­AUGER SHOWERS USE CASCADE SHOWERS ASTATINE 214 ­AUGER TRANSITION USE AUGER EFFECT ASTATINE 215 ­AUGER YIELD USE AUGER EFFECT ASTATINE 216 3 AUG I TE USE CALCIUH SILICATES ASTATINE 217 4­ MAGNESIUM SILICATES ASTATINE 218 ♦ PYROXENES ASTATINE 219 3β AUREUMYCIN USE ANTIBIOTICS ASTHMA DRUGS USE ALLERGY *■ TETRACYCLINES *- DISEASES 1 AURIN USE DYES * LUNGS 716 AURORAE 6 ASTIGMATISM SEE EYES 717 AUSTENITE OR LENSES 236 AUSTRALIA OR OPTICAL SYSTEMS ­AUSTRALIAN RESEARCH REACTOR USE HI FAR OR REFLECTION 3 AUSTRALITE USE METEORITES ASTR USE RE5EARCH REACTORS 1.086 AUSTRIA USE EUROPE ASTRA USE RESEARCH REACTORS ­AUSTRIA 100 USE TRIGA SERIES ASTROCYTES USE BRAIN ­AUSTRIA 30R USE TRIGA SERIES ^ CYTOLOGY ­AUSTRIAN RESEARCH REACTOR USE ASTRA ­AUSTRIAN TRIGA­MK2 REACTOR use TRIGA SERIES AUTO­CODE USE PROGRAMMING AUTO­OEBUG­CODE OSE PROGRAMMING ­BALMtR TRANSITION USE BALMER L INES AUTOCLAVES USE PRESSURE VESSELS bALTIC SFA USE ATLANT I C OCEAN AUTOCORRELATION USE ΗΔΤΗΕΜΛΤICS tiAM­COUE USE PROGRAMMING AUTOCORRELATION FUNCTIUN SEE INFORMATIÛN THEORY BAMüP USE BAMP OK STATISTICS BAMP USt UEN7YL RAOICALS AUTOGAMY USE REPRODUCTION » BUTYL RADICALS AUTOIONIZATIUN USE AUGER EFFECT t METHYL KAU1CALS AUTOLYSIS USE DECOMPOSI!ION ♦ PHENOLS AUTOMATIC TRANSLATION USE PROGRAMMING 3ANACH SPACE USE VECTORS AUTOMATION SEE CJMPUTERS »ANANAS USE FRUIT CONTROL SYSTEMS BANO THEORY USL ENERGY LEVELS OPERAT ION ♦ SOLIDS SERVOMECHANISMS BARBERI IL USE COPPFH ALLUYS AUTOMOBILES MECHAN I CAL STRUCTURES » NICKEL ALLUYS TRANSPORT ♦ TIN ALLOYS AUTOPSY QOOY 216 BARBITURIC ACID USE DRUGS TISSUES ♦ PYRIMID1NES -AUTORADIOGRAPHY USE RADIOAUTOGRAPHY ­BAKCtLUNA ARGONAUT RLALI JK USE ARGOS AUTUNITE USE URANIUM MINERALS ­HARDEEN MODEL USE BCS THFOHY URANIUM PHOSPHATES ­ti ARDE EN­COOPER­SLUR I fcFFfc ι IHtU USt BCS THEORY AUXINS USE ORGANIC ACIOS ­ii ARUE EN­PI NES THEORY USE BCS THEORY AVALANCHE EFFECT USE IONIZATION ­BARE CRITICAL ASSEMuLY R ■n USE R­ll ­AVF ACCELERATORS USE SPIRAL SECTOR ACCELERATORS ­BARE RLACTOR EXPERIMENI 4EVAOA USE LIREN AVIDAC USE COMPUTERS 51 JARI TE USE BARIUM SULFATES DIGITAL SYSTEMS « MINERALS AVIONAL ALUMINUM ALLOYS 9H2 liAKlUM COPPER ALLOYS 1[J JAKIUM bUKlUES MAGNESIUM ALLOYS ?.? BARI UM BROMluES AVOGADRO NUMBER USE MOLECOLES 13 üARIUM CARBIDES ­AVOGADRO REACTOR use ARS­1 2 35 JAKlUM CARBONATES AVOIDANCE SEE BEHAVIOR inn BARI UM CHLORIDES AVR USE RcACTORS 31 BARIUM CUMPLtXtS AWRER USE REACTORS 4U7 BARI UM COMPOUNDS PROGRAMMING AX­TNT­COOE USE 134 BARIUM FLUORIDES AX-1-CODE USE PROGRAMMING 11 BARIUM HYDRIDES -AXEROPHTOL USE VITAMIN A 71 JARI UM HYDROXIDES AXOLOTL USE AMPHIBIANS 11 BARIUM IODIDES AXONS USE CYTOLOGY 74 BARIUM ISOTOPES NERVOUS SYSTEM 72 BARI UM NITRAIËS NEURONS 5 BARIUM NITRIDES DISTILLATION 14 AZEOTROPE 391 UAH1UM OXIDES PHASE DIAGRAMS ¿I BARI UM PHOSPHATES NITRIDES -AZI DES USE Η BARI UM SILICATES HETEROCYCLICS AZINES USE 3 ii 7 tlARI UM SULFATES ORGANIC NITROGEV COMPOUNDS 21 BARI UM SULFIDES HETEROCYCLICS 1 BARIUM 123 ORGANIC NITROGEN COMPÜUND5 4 BARIUM 124 AZOTOBACTER USE BACTERIA t BARIUM 12b AZULENE USE CYCLOALKENES S BARI UM 126 AZUR USE CRITICAL ASSEMBLIES i BARIUM [27 AZURE A USE DYES 9 BARIUM 128 AZURITE USE COPPER CARBONATES HAHIUM 129 ♦ COPPER HYDROXIDES 12» BARI UM 130 ♦ MINERALS 38 BARIUM 1 31 AZZOR­CODE USE PROGRAMMING 16 BARI UM 132 Al RESONANCES USE MESONS 99 BARIUM 13.3 ♦ RESONANCE 45 BARI UM 1 J 4 A1W USE REACTORS 41 BARI UM 1 3 5 A2 RESONANCES USE RESONANCE li BARI UM 1 36 A2H USE REACTORS 142 BARIUM 1 37 ­B REACTOR HANFORD USE HAN­B 49 BARI UM 138 B RESONANCES USE MESONS BARI UM 1 39 ♦ RESONANCE '.7toto4 HAKIUM L40 ­B­Η NUCLEAR DEV. CENTER TEST R USE BHTR t 1 BARI UM 1 41 B­106­CODE USE PROGRAMMING 7 BARI UM 142 B­692­RP­CODE USE PROGRAMMING 1 BARIUM 14 i BABBITT METAL USE ΔΝΤΙΗΟΝΥ ALLOYS BARIUM 144 ♦ TIN ALLOYS 4 BARK USE PLANTS ­BABCOCK­WILCOX CRITICAL ASS 3 USE BH­CA­3 BARKAS FORMULA USE CHARGED PART ICLL· S ­BABCOCK­WILCOX CRITICAL ASS. 1 USE BW­CA­1 * EN!RGY RANGE ­BABCOCK­WILCOX CRITICAL ASS. 2 USE BW­CA­2 » NUCLEAR EMULSIONS ­BABCÜCK­WILCOX NDC TEST R. USE 9HTR » Ι Λ lit. E S ­BABCOCK­WILCOX POOL TEST R. USE LPK BARKHAUSEN EFFECT USE FERKOMAGNI 1 I (. MATERIAIS ­BABYPQP USE KSTR * MAGNU IC I I El IIS BACILLUS CEREUS USE BACTER I A » TRANSIENTS BACILLUS MEGATERIUM USE BACTERIA BARLEY USE CEREALS BACILLUS PUMILUS USE BACTERIA BARN USE RESEARCH REACTORS BACILLUS SUBTILIS USE BACTERIA -BARNS USI. CROSS SI CI IONS BACILLUS THERHOACIDURANS USE BACTERIA BAROMETERS OSE MANOHFTEKS BACITRACIN USE ANTIBIOTICS BARRIERS BACK­GOODSMIT EFFECT USE HYPERFINE STRUCTURE BARRETT FOKCF USE INIEHACI IUN S + PASCHEN­BACK EFFECT * NUCL EONS BACKGROUND * SPIN BACKSCATTERING USE SCATTER ING BARTONELLA USE BACTERIA BACON USE FOOD ti AR Y L I IE USE BAR IUM SIL RATES f MEAT » BERYLLIUM SILICATES 4,931 BACTERIA * MINERALS 432 BACTERIOPHAGES BARYON NUMBER USE QUANTUM MLCHANICS BACTERIUM CADAVER IS USE BACTERIA BARYONS SEE HYPERUNS BAODELEYITE USE MINERALS OR NUCLEONS ZIRCONIUM DXIOES SEE »AHIUM HYDKOXIOES BADEN­WUERTTEMBERG PLANNUNGSG. US»E KBWP OH BAR IUM [JX IOE S BADGER RULE USE BINDING ENERGY [JR CHROMIUM DX IDES MOLECULES -BARYTE USF BARITE BADGES se*t FILM BADGES -BAHYTES USE BARITE BAFFLED TUBES USE FINS BASAL METABULISM RATE USE HE TABOL I SM TUBES 102 BASALT USE IGNEOUS ROCKS BAGHOUSES US»E METALLURGY * VOLCANICS PRECIPITATION 30 BASEDOW USE DISEASES BAGRATIONITE US»E ORTHITE * HYPERTHYROIDI SM BAHAMA ISLANDS USE ATLANTIC OCEAN * THYRUIO ISLANDS -BASEL UNIVERSITY AGN-211 R USE AGN SER IES BAINBRIDGE USS REACTOR US»E DLG2 5 IB BASES USE ACIDITY BAINITE USE AUSTEN[TE -BASIC PHOSPHATASE USE ENZYMES ♦ DECOMPOSITION * PHOSPHATASES BAKELITE USE PLASTICS -BASIC RAÜIATIUN EFFECTS R. USE BRER BAKING USE HEATING I ÜASSETITE USE URANIUM MINERALS PREPARATION * URANIUM PHUSPHAieS UAL US*E DRGANIC SULFUR COMPOUNDS 12 BASTNAESITE USE CEH IUM CARBONATES ♦ PROPANOL * MINERALS BALANCES USE INSTRUMENTS BATCH LOADING USE LOADING t WEIGHT 7 BATS USE ANIMALS BALESCU THEORY USE PRIGOGINE THEOREM 21 BATIELLE MEMORIAL INSTITUT SEE GERMANY BALL BEARINGS USE BEARINGS OR OHIO BALLOONS OR SWITZERLAND ­BALMER CONTINUUM USE BALMER LINES -BATTELLE PLASTIC R. FACILI USE BMI­CX ­BALHER EMISSION USE BALMER LINES -BATTELLE RESEARCH REACTUK USE BRR BALMER LINES USE HYDROGEN BATTERIES * SPECTRA BATYL ALCOHOL USE ALCOHOLS ­BALMER SERIES USE BALMER LINES UA0SCH1NGER EFFECT USE TENSILE PROPERT!ES ­BALMER SPECTRA USE BALMER LINES 26 BAUXITES USE ALUMINUM OXIOES -BENZOYL PHENYL HYOROXYL AHINc USE BPH ♦ MINERALS 22 BENZPYRENE USE AROHATICS USE ARYL RADICALS -BAYARD GAGE USE BAYARD-ALPERT GAGE 115 BENZYL RAOICALS USE RESEARCH REACTORS BAYARO-ALPERT GAGE USE IONIZATION 102 ΒΕΡΟ USE RESEARCH REACTORS ♦ MANOMETERS 38 BER ♦ VACUUM 287 BERKELEY SEE REACTORS USE PROTONS BAYERITE USE ALUMINUM HYDROXIDES Ò BERKELEY BEVATRÛN ♦ MINERALS * SYNCHROTRONS USE CYCLOTRONS BAYLEYITE USE URANIUM CARBONATES 14 BERKELEY CYCLOTRON ♦ URANIUM HINERALS 7 BERKELEY SYNCHROCYCLOTRON USE CYCLOTRONS BAZZITE USE BERYL * SYNCHROTRONS ♦ SCANDIUM COMPOUNDS 4 ÕERKELEY SYNCHROTRONS USE SYNCHROTRONS BBC BETATRON USE BETATRONS 69 BERKELIUH -BBC-KRUPP SHIP REACTOR USE HTGCR-SHIP 8ERKEL1UH BORIOES BBGKY EOUATIUN USE CORRELATION FUNCTION BERKELIUH BROMIDES ♦ DIFFERENTIAL EQUATIONS BERKELIUM CARBIOES ♦ STATISTICAL MECHANICS BERKELIUM CARBONATES -BBGKY HIERARCHY USE BBGKY EQUATION BERKELIUH CHLORIDES -BBGKY THEORY USE BBGKY EQUATION 4 BEKKELIUM COMPLEXES 11 BBRR USE REACTORS 7 BERKELIUH COMPOUNDS 4 BCC SEE LATTICES BERKELIUM FLUORIDES 175 BCS THEORY USE ELECTRONS BERKELIUH HVORIOES PHONONS BERKELIUH HYDROXIDES * QUANTUM MECHANICS BERKELIUH IODIDES *♦ SPIN 14 BERKELIUM ISOTOPES 31 BEAGLES USE DOGS BERKELIUH NITRATES 204 BEAM OPTICS USE BEAMS BERKELIUM NITRIDES -BEAM RESEARCH R. BROOKHAVEN USE BBRR 2 BERKELIUM OXIOES ,781 BEAMS BERKELIUH PHOSPHATES 4 BEAN CURD USE FOOD BERKELIUH SILICATES 102 BEANS USE VEGETABLES BERKELIUM SULFATES ,005 BEARINGS BERKELIUM SULFIDES BEATTIE-BRIDGEMAN EOUATIUN USE EQUATION OF STATE 10 BERKELIUH 243 ♦ PRESSURE 2 BEKKELIUM 244 TEMPERATURE 4 BERKELIUH 245 * VOLUME 3 BERKELIUM 246 24 BEAVERLODGE US*E CANADA 4 BERKELIUM 247 BECKAMINE USE PLASTICS 5 BERKELIUM 24B UREA 24 BERKELIUM 249 11 BECQUEREL ITE US*E URANIUM MINERALS 5 BERKELIUM 250 ♦ URANIUM OXIDES BERL SADDLES USE CHEMICAL REACTIONS 5 BEOBP USE BUTYL RADICALS ♦ CHEHlSOftPTION ♦ ESTERS ♦ EXTRACTION COLUMNS + ORGANIC PHOSPHORUS COMPOUNDS BERNUU1LLI LAW USE FLUID FLOW BEDIASITE USE METEORITES ♦ HYDROSTATICS -BEEF SEE CATTLE ♦ PRESSURE OR MEAT -BERNOUILLI THEOREM USE BERNUUlLLl LA« 61 BEER LAX USE ABSORPTION 4 BERTRANOITE USE BERYLLIUM SILICATES + CONCENTRATION *■ MINERALS LIGHT 85 BERYL USE ALUMINUM SILICATE5 * SALTS ♦ BERYLLIUM SILICATES * SOLUTIONS ♦ MINERALS -BEER-LAMBERT LAW- US*E BEER LAM ♦ «ARE EARTHS 4 BEET USE VEGETABLES 13 8ERYLLI0ES USE BERYLLIUM ALLOYS IS BEETLES USE INSECTS ♦ INTERMETALLIC COMPOUNDS 10 BEETS SEE PLANTS 10 BERYLLIOSIS USE BERYLLIUM COMPOUNDS OR ROOTS ♦ OISEASES OR VEGETABLES ♦ OUSTS BEHAVIOR ♦ LUNGS -BELGIAN CONGO USE CONGO LEOPOLÜVILLE 5,466 BERYLLIUM -BELGIAN CONGO TRIGA R. USE TRIGA SERIES B53 BERYLLIUM ALLOYS -BELGIAN POWER STATION USE CHOOZ BEKYLLIUM BOR I DES -BELGIAN REACTOR 02 USE 8R-02 BERYLLIUM BROHIOES -BELGIAN REACTOR 1 USE ea-i BERYLLIUM CARBIOES -BELGIAN REACTOR 2 USE BR-2 BERYLLIUM CARBONATES -BELGIAN REACTOR 3 USE BR-3 123 BERYLLIUM CHLORIDES -BELGIAN THERMAL REACTOR bR-3 USE SR-3 117 BERYLLIUM COMPLEXES BERYLLIUM BELGIUM USE EUROPE 368 COMPOUNDS BERYLLIUM -BELGONUCLEAIRE-INDATOM REACTOR USE SWR BELGIUM 3 75 FLUORIDES BERYLLIUM BELL METAL USE COPPER ALLOYS HYDRIDES BERYLLIUM *■ TIN ALLOYS 101 HYDROXIDES BERYLLIUM 7 BELOYARSK USE RESEARCH REACTORS 11 IODIDES BERYLLIUM -BELOYARSK-2 USE BELOYARSK ISOTOPES BERYLLIUM BELYAEV THEORY USE NUCLEAR MODELS HÜDERATOR BERYLLIUM * PAIRING ENERGY NITRATES BERYLLIUM * QUASI PARTICLES NITRIDES * SUPERCONDUCTIVITY ■BERYLLIUM OXIDE MODERATED R. 7 BENAURYL USE ANTIHISTAMINES BERYLLIUM OXIDES * DRUGS BERYLLIUM PHOSPHATES 37 BENDING SEE ELASTICITY -BERYLLIUM PHYSICS REACTUK OR MATERIALS TESTING BERYLLIUM SILICATES OR TENSILE PROPERTIES BERYLLIUM SULFATES 73 BENTONITE USE ALUMINUM SILICATES 5 BERYLLIUM SULFIDES * ION EXCHANGE MATERIALS 240 BERYLLIUM 10 10 BENZALDEHYDE USE ALOEHYDES BERYLLIUM 11 * PHENYL RADICALS BERYLLIUM 16 BENZANTHRACENE USE AROMATICS BERYLLIUM 13 BENZEDRINE USE AMINES 492 BERYLLIUM * DRUGS 5tj5 BERYLLIUM * PHENYL RADICALS 983 BERYLLIUM 650 BERYLLON BENZENE USE BERYLLIUM 6 BENZIDINE USE AMINES * DETERMINATION * PHENYL RAOICALS * OYES 10 8EHZ1L1C ACID USE ORGANIC ACIDS BERYLLONITE USE BERYLLIUM PHOSPHATES * PHENYL RADICALS ♦ MINERALS 4 BEWZIMIIMZOLES USE IMIDAZOLES ♦ SODIUM PHOSPHATES -βΕΜΖΟ USE ARYL RAOICALS -BESSEL DIFFERENTIAL EjUATlUN USE BESSEL FUNCTIONS »ENZOfUÍANÍ USE FURANS -BfcSSEL FUNCTION OF THE SECUND USE BESSEL FUNCTIONS * HETEROCYCLICS 137 BESSEL FUNCTIONS USE DIFFERENTIAL EQUATIONS * ORGANIC OXYGEN COMPOUNDS BET METHOD USE ADSORPTION 1 eenZOHYDROL USE ALCOHOLS * SOLIOS SENZOHYDIiOXAMlC ACID a USE ORGANIC ACIDS ♦ SURFACES DENZOIC ACID 51? ,699 BETA DECAY ■EMZOINOXIME 10 USE AAGMATJCS ,542 BETA DETECTION * QXIMfES ,454 BETA PARTICLES -BENZOL. UÎE BENZENE 96 BETA SOURCES USE BETA PftftTICLES 35 ØENZOPHENONE USE KETONES ♦ PARTICLE SOURCES * PHENYL RADICALS ,009 BETA SPECTROMETERS 5 BENZUPtNACOL USE ETHYLENE -BETA-AMINOETHYLTHIURUNIUN USE AET * GLYCOLS -BETA-CAROTENE USE VITAMIN A * PHENYL RAOICALS BETA-URAN0P1LITE USE URANIUM MINERALS B£NZOQUINQN€ USE QUIÑONES ♦ URANIUM SULFATES BEHZOTHIAZOLES USE THIAZÜLE5 2 BfcTA-URANOTILE USE URANIUM MINERALS 8EHZ0XAZOLES USE ORGANIC OXYGEN COMPOUNDS ♦ Uft»NIUM SlLTCATES * OXAΖGLES USE NIOBIUM OXIOES 2 BENZOYL PEROXIDES USE BENZOYL RAOICALS ♦ TANTALUM OXIDES * OXIDES ♦ TITANIUM -OXIOES * PEROXIDES ♦ URANIUM MINERALS BENZOYL RAOICALS USE ARYL RAOICALS BETAINE USE ALKALOIDS BEMZÛYLATION USE BENZOYL RADICALS BETATRONS * CHEMICAL REACTIONS -BETAURANOPILITE USE BET*-URANOPILITE ­BETAURANOTILE USE BETA­URANUT RE 6Ü7 BISMUTH ALLUYS ­BETHE­BLOCH FORMULA USE BETHE­BLOCH RELATIUN BISMUTH BORlOES BETHE­BLOCH RELATION USE CHARGED PARTICLES ¿0 BISHUTH BROMIDES ENERGY RlSMUTH CARBIDES EXCITATION 1 BISMUTH CARBUNARS IONIZATION til a ISMUTH CHLORIDES LOSSES 32 ölS MU Th COMPLEXES ­BETHE­BLOCH THEORY USE BETHE­BLOCH RELATION 214 o I S MU Τ H CUMPJUNOS ­8ETHE­BLOCH­HILLIAMS THEURY OSE BETHE­BLOCH RELATIUN Iti BISMUTH FLUURIOLS ­BETHE­GOLDSTONE APPROXIMATION USE BETHE­GOLDSTONE EQUATION H BlSMJTH HYDRIDES ­BETHE­GOLDSTONE EIGENFUNCTIONS USE BETHE­GOLOSTONE EQUATION 11 BlSMUTH HYDRUXIDES BETHE­GOLDSTONE EQUATION USE BRUECKNER METHOD 30 BISMUTH 1 OU I DE S MANY BODY PROBLEM 31 til SMUTH ISOTOPES NUCLEAR MODELS 32 Bl SHUTH NITRATES NUCLEONS ι BISMUTH NITRIDES ­BETHE­GOLDSTONE FONCTIONS USE BETHE­GOLDSTONE EQUATION 95 BlSMUTH 0X1 DES ­BETHE­HEITLER EQUATION USE BETHE­HEITLER THEÜRY 107 BlSMUTH PHOSPHATES ­BETHE­HEITLER FORMULA USE BETHE­HEITLER THEORY 1 BISMUTH SILICATES BETHE­HEITLER THEORY USE BREMSSTRAHLUNG BlSMUTH SOLOER USE BISMUTH ALLUYS PAIR PRODUCTION ♦ LEAO ALLOYS ­BETHE­HEITLER­SCHIFF FORMULA USE BETHE­HEITLER THEORY ♦ TIN ALLOYS ­BËTHE­HURWITZ EFFECT USE HURWtTZ EFFECT 1 BlSMUTH SULFATES ­BETHE­HURWITZ FACTOR USE HURWITZ EFFECT 15 ■3ISMUTH SULF1UES ­BETHE­PLACZEC MODEL USE PLACZEC FUNCTION HISMUTH 196 BETHE­SALPETER EQUATION USE FIELD THEORY BISMUTH 197 INTERACTIONS B ISMUTH 1913 QUANTUM MECHANICS 5 BISMUTH 194 RELATIVITY THEORY I BISMUTH 200 ­BETHE­SALPETER METHUO USE BETHE­SALPfcTER EQUATION 5 Bl SMUTH 201 ­BETHE­SALPETER THEORY USE BETHE­SALPETER EQUATION 7 BISMUTH 20? ­BETHE­HEIZSAECKER EuUATIUN USE WEIZSAECKER FORMULA 12 RISMUTH 20 1 ­BETHE­HÉIZSAECKER FURHULA USE WEIZSAECKER FORMÓLA lb BlSMUTH 2 04 ­BETHE­WEIZSAECKER RELATIUN USfc WEIZSAECKER FORMULA 26 LI I SMUIH 205 ­BETHESOA AGN­201 USE AGN SER IES 5b BlSMUTH 206 ­BETHESOA DASA­TRIGA REACTOR USE TRIGA SERIES 73 BISMUTH 2C7 BETTIS USE CRIT ICAL ASSEHBLIES 37 BlSHUTH 20R BETTIS ATOMIC POWER LABORATORY USE PENNSYLVANIA 24b BlSMUTH 204 * USAEC 296 SISMUTH 210 -BEV RANGE USE GEV RANGE 35 Bl SMUTH 21 1 -BEV/C USE GEV RANGE 190 BlSMUTH 212 * HUMENTUM 15 BlSMUTH 211 BEVATRON USE PROTONS 152 BISMUTH 214 t SYNCHROTRONS ? BlSHUTH 215 BuED USE ETHYL RADICALS 1 BlSMUTHINITE USfc BISMUTH SULFIDES GUANIDINE BlSMUTUTANTAL1 TE USE Bl SMUTH OX IDES ORGANIC 50LFUR COMPOUNDS * MINERALS BGRR USE RESEARCH REACTORS » Ν I ObIUM OXIOES ­BHABHA FORMULA USE BHABHA SCATTERING » IANTAI.UM OXIDES BHABHA SCATTERING USE ELECTRONS BISTRO­CODE USL PROGRAMMING POSITRONS !ll TTEH MAGNETS USE CRYSTALS SCATTERING • DOMAIN STRUCTURE SPIN ♦ FTRRUMAGNET IC MATLHIALS BHABHA THEORY USE BHABHA SCATTERING -BITTER PATTERNS USE BITTER MAGNUS BHWR USE HALDEN BHWR 191 BITUMENS BIBLIOGRAPHY BJERRUM METHUO USE IHN PAIKS BIEDENHARN­ROSE THEÜRY USE ANGULAR DISTRIBUTION ♦ SOLUI IONS EXCITATION 5 HJORKLUNU­FERNBACH HUUEL USI OPT ICA, MUUEL * NUCLEI 1 BKW­CODE USI PROGRAMMING ♦» QUANTUM MECHANICS 4 BLABERUS USL­ IN SI CI S ♦ RADIATIONS 4 BLACK NUCLEUS HUUEL USL NUCL EAR MODILS BIG ROCK POINT SEE REACTORS 7 BLACK SANUS USI MINI HAL S BIGG­CODE USE PROGRAMMING DUES BIGGI­CODE USE PROGRAMMING • SAN F) BIKINI USE ISLANDS 23 BLACK SEA IJ *S f SI A PACIFIC OTEAN 16 BLACKNESS THEORY USI A.iSUKIM ION ­BILBAO ARGONAUT REACTOR US*E ARB I t KAIJlAlIONS BILE SEE L IVER HLACKOK USI I UNGS IE N CAR lij IH S BILE ACIDS USE ORGANIC ACIDS ­BLACKSBORG UIR­1') USI UlR­lfi­VIHGINIA ♦ STEROIDS IBB BLADUER SLE 1 I SSUI S BILE DUCTS USE L IVER UH UH ΙΝΛΚY IKALT BILIARY TRACT USE LIVER 15 BLAUES 5 LI FINS BILIRUBIN USE PIGMENTS I BLAIR MODEL l.' S1 IONS BILI VEROIN USE PIGMENTS NULI 1 I BILLIETITE USE URANIUM MINERALS » SCATTER ING URANIUM OX IDES ­BLAIR PHASE RULI US,I IILAIK MOOtL BIMETALS SE*E METALS ­BLAI rt SCATTERING IllEU USI HL AIR MUDI L OR SWITCHES ­BLAIR ÏMFUHY USI liLAPí MliUlL BINARY CODES SEE DIGITAL SYSTEMS BLANKE TS OR PROGRAMMING JLASIUS EQUATION USL BOUNDARY l AY| HS BINARY MIXTURES SEE MIXING ♦ DIFFERENT|AL EQUA!IONS BINDERS SEE CEMENTS » FLUID fl UM BINDING ENERGY » PL AT I S BINGHAM MATERIAL USE FLOlD FLOW ­BLASIUS EUNCrION USb t'.l ή S lus FQUAI ION t STRESSES BLAS I SIE EXPLOSIONS ♦ VISCOSITY UR FUHNALE5 117 BIOCHEMISTRY OR GAS FLOW 36 BIOFLAVONOIDS USE VITAMINS UH NUCLEAR f XPl OSIONS -BIOLOGICAL AGRICULT. DUTCH R USE BARN OR SHOCK WAVFS 12 BIOLOGICAL FATIGUE SEE MJSCLES 11 BLAST FURNACES USE FURNACFS OR PHYSIOLOGY ♦ METALLURGY BIOLOGICAL INDUCTION SEE PREPARATION BLATΓ­ΟΙEDLNHARN FURMAL1SM USE ANGULAR UISTRIBUÎIUN OB BIOLOGICAL MATERIALS SEE TISSUES ♦ CROSS SFC1IONS -BIOLOGICAL RESEARCH REACTOR USE JANUS ♦ NUCLEAR MACHONS BIOLOGICAL SHIELDING USE RADIATION PROTECTION 122 BLEACHINu OSE COLOR ♦ SHIELDING ♦ STABILITY 40 BIOLOGY ItLEANY HfcTHQO USE LOW TEMPERATURE -BIOMETRY USE BIOLOGY » NUCLEI ♦ STATIST ICS ♦ PARAMAGNFTISM 6 BIOHYCIN USE ANTIBIOTICS » PJLAR1ZAT1UN DRUGS ♦ SALTS BIOPHYSICS US*E BIOLOGY -ÜLENOING USE MIXING BIOPSY USE MICROSCOPY BLINU RIVER USE CANADA ♦ TISSUES » RIVERS BIOSPHERE USE ENVIRONMENT fl BL1NÜNESS SEE MALFOfiHATIUNS BIOSYNTHESIS SEE BIOCHEMISTRY OR RADIAT ION INJUKI E S OR PHOTOSYNTHESIS 21 BLISTERS SEE DEFECTS I BIOT­SAVART LAM USE CURRENTS OH HADAR t­ MAGNETIC FÍELOS OR RADIATION INJURIES WIRES ­BLOCH 0OMA1N USE BLOCH WALL -BIOTIN US»E VITAMIN H ­BLUCH ELECTRUNS USE BLOCH WALL BIOTITE USE ALUMINUM SILICATES 30 BLOCH EQUATIONS USE MAGNETIC MOMENTS IRON SILICATES ♦ MAGNETIC RESONANCE *♦ MAGNESIUM SILICATES ­BLOCH FUNCTION USE BLUCH THEURY ♦ MICA ­BLOCH INTEGRAL EQUATIONS USE BLUCH THEORY MINERALS ­BLUCH METHOD USE BLOCH EQUATIONS ♦» POTASSIUM SILICATES ­BLUCH THEOREM USE BLOCH THEORY 112 BIPHENYL USE POLYPHENYLS 60 BLOCH THEORY USE ELECTRONS 1,462 BIRDS ♦ LATTICES 48 BIREFRINGENCE USE REFRACTION ♦ QUANTUM MECHANICS ­BISI2­GUANI0IN0ETHYLDISULFIUEI USE BGED 1,820 BISMUTH 10

USE THERMODYNAMICS 13 BLOCH HALL USE FERROMAGNETIC MATERIALS BOLTZMANN CONSTANT + TRANSIENTS BOLTZMANN EQUATIUN USE DIFFERENTIAL EQUATIONS ZONES + TRANSPORT THEORY OSE BOLTZMANN STATISTICS ­BLOCH WAVE FUNCTIONS OS»E BLOCH THEORY -BOLTZMANN FACTOR USE STATISTICS ­BLOCH WAVES USE BLOCH THEORY BOLTZMANN STATISTICS ­BLOCH­NOROSIECK METHOD USE CHARGED PARTICLES + THERMODYNAMICS + INTERACTIONS -BOLTZMANN TRANSPORT EQUATION USE BOLTZMANN EQUATION RADIAT IONS 100 BOLTZMANN-VLASOV USE DIFFERENTIAL EQUATIONS ­BLOCH­SIEGERT EFFECT US»E BLOCH EQUATIONS *■ PLASMA BLOCKING OSCILLATOR USE PULSE GENERATORS ♦ TRANSPORT THEORY BLOMSTRANDI NE USE NIOBIUM OXIDES 1 BOLZA PROBLEM USE DIFFERENTIAL EQUATIONS SILICON OXIOES 21 BOMB REDUCTION SEE REDUCTION +* TANTALUM OXIDES 5 BOMBARDMENT SEE BEAMS + THORIUM OXIOES OR IRRADIATION ♦ TITANIUM OXIDES -BOMBYX USE INSECTS URANIUM MINERALS ♦ SILKWORM BLOHSTRANDINITE US*E NIOBIUM OXIDES 7 BOND ANGLE USE ANGULAR DISTRIBUTION ♦ RARE EARTHS «- BINDING ENERGY *■ TITANIUM OXIDES 5 BONO LENGTHS USE BINDING ENERGY URANIUM MINERALS 1 9S7 BONDING BLOMSTRANDITE US*E NIOBIUM OXIOES BONDOR USE ALUMINUM ALLOYS + RARE EARTHS + COPPER ALLOYS f TITANIUM OXIDES + MAGNESIUM ALLOYS URANIUM MINERALS 2 587 BONE HARROW 4,000 BLOOD * 4 450 BONES 1,863 BLOOD CELLS 88 BONUS USE REACTORS 1,457 BLOOD CIRCULATION -BOÜK USE = -BLOOD COAGULATION USE BLOOD 24 BOOLEAN ALGEBRA USE MATHEMATICS ♦ COAGULATION -BOOLEAN LATTICES USE BOOLEAN ALGEBRA BLOOD DISEASES SEE ANEMI A 2 19 BOOTSTRAP MOOEL USE FIELD THEORY UK HEMOGLOBIN + INTERACTIONS OR LEUKEMIA * PARTICLE MODELS 1,329 BLOOD FORMATION 45 BORAL USE ALUMINUM ALLOYS 11 BLOOD GROUPS USE IMMUNITY *· BORON CARBIDES 1.419 BLOOD PLASMA 7 BORANES USE BORON HYDRIDES BLOOD PRESSURE SEE BLOOD CIRCULATION 761 BORATES BLOOO SERUM B9 BORAX USE BORATES ■BLOOD SUBSTITUTES 5EE BLOOD PLASMA ♦ SODIUM COMPOUNDS OR SOLUTIONS BORAX-l USE REACTORS OR TRANSFUSIONS BOkAX-2 USE REACTORS BLOOD VESSELS BORAX-3 USE REACTORS BLOOST-CODE USE PROGRAMMING BORAX-4 USE REACTORS BLOWERS SEE COMPRESSORS BORAX-5 USE RESEARCH REACTORS -BHI USE BRR BORAZOLES USE BORUN HYDRIDES BHI-CX USE CRITICAL ASSEMBLIES * BORON NITRIDES -BHRR USE MRR BORCHERS SECOND THEOREM USE BORCHERS THEOREMS BN-1000 USE REACTORS BORCHERS THEOREMS USE HILBERT SPACE BN-250 USE REACTORS OPERATORS BN-350 USE REACTORS WIGHTMAN FIELD THEORY -BN-5 USE SBR­5 BORCHERS THEORY USE BORCHERS THEOREMS BN-50 USE REACTORS BORCHERS-RUELLE THEOREM USE BORCHERS THEOREMS -BNL NEUTRON SOURCE REACTOR USE BNSR BORDONI APPARATUS USE BORDONI PEAKS -BNL REACTOR USE BGRR BORDONI PEAKS USE DISLOCATIONS BNSR USt RESEARCH REACTORS ELASTICITY -BODE PLOTS USE NYQUIST DIAGRAM INTERNAL FRICTION -BOOE-NYQUIST D1AGRAH USE NYQUIST DIAGRAM RELAXATION BODEGA BAY REACTOR USE REACTDRS TEMPERATURE -BQDENITE USE ORTHITE VIBRATIONS BODY BORE USE EBOR -BODY CENTERED CUBIC USE BCC BOREHOLES SEE WELL LOGGING + LATTICES BORIC ACID USE BORON OXIDES BOEHHITE USE ALUMINUM HYDROXIDES BORIUES «- MINERAL5 BORIS KIDRICH REACTOR USE R-B BOGOLIUBOV HETHOO USE BOGOLIUBOV TRANSFORMATION BORN APPROXIMATION USE PERTURBATION THEORY + QUANTUM MECHANICS QUANTUM MECHANICS ♦ SUPERCONDUCTIVITY SCATTERING -BOGOLIUBOV THEORY USE BBGKY EQUATION ­BORN CROSS SECTIONS BORN APPROXIMATION BOGOLIUBOV TRANSFORMATION USE CANUNICAL TRANSFORMATION ­BORN MATRIX BORN APPROXIMATION *■ QUANTUM MECHANICS ­BORN REPULSION BORN­MAYER EQUATION ♦ QUASI PARTICLES ­BORN REPULSIVE ENERGY BORN­MAYER EQUATION -BOGOLIUBOV-VALATIN RELATION USE BOGOLIUBOV TRANSFORMATION ­BORN SERIES BORN APPROXIMATION -BOGDLIUBOV-VALATIN TRANSFURMAT USE BOGOLIUBOV TRANSFORMATION ­BORN­BOGOL.­GREEN­KIRKW.­YVON BBGKY EQUATION BOHH CRITERION USE ELECTRIC DISCHARGES ­BORN­GREEN­YVON EQUATION BOLTZMANN EQUATION ♦ LAYERS BORN­HABER CYCLE CRYSTALS 4- PLASMA THERMODYNAMICS -BOHM THEORY USE BOHM CRITER ION ÖORN­INFELD THEORY ELECTRODYNAHICS -BOHM-GROSS HETHOO USE BOHH CRITERION MAXWELL EQUATIONS -BOHM-PINES APPROXI HAT I UN USE PINES­BOHM THEORY BORN­MAYER EQUATION CRYSTALS -BOHH-PINES HETHOO USE PINES­BOHM THEORY ENERGY -BOHR APPROXIMATION USE NILSSON­MOTTELSQN HODEL LATTICES -BOHR ATOM USE BOHR THEDRY ­BORN­HAYER POTENTIAL BORN­MAYER EQUATION -BOHR FREQUENCY CONDITION USE BOHR THEORY BORN­UPPENHEIMER APPROXIMATION BINDING ENERGY BOHR MAGNETON USE ATOMS MOLECULES ♦ MAGNETIC MOMENTS BORN­VON KARMAN THEORY SOLIDS ­BOHR ORBITS USE BOHR THEORY SPECIFIC HEAT ­BOHR POTENTIAL USE NILSSON­MOTTELSON MODEL BURNITE COPPER SULFIDES ­BOHR RADIUS USE BOHR THEORY IRON SULFIDES BOHR THEORY USE ATOMIC MODELS MINERALS ­BOHR THEORY OF ATOMIC SPECTRA USE BOHR THEORY 2 aUROCALCITE BORATES ­BOHR­BETHE THEORY USE IONIZATION CALCIUM COMPOUNDS «■ LOSSES HINERALS ­BOHR­MOTTELSON HODEL USE NILSSON­MOTTELSON MODEL 17B aOROHYDRIDES ­BOHR­MOTTELSON SCHEME USE NILSSON­MOTTELSON MODEL 2,560 BORON ­BOHR­MOTTELSON THEORY USE NILSSON­MOTTELSON HODEL -BORON BORIDES USE BORON ­BOHR­NIELSEN EQUATION USE IUNIZATION 23 BORON BROMIDES + LOSSES 602 aORON CARBIDES ­BQHR­SOHHERFELO QUANTUM THEORY USE BOHR THEORY BORON CARBONATES ­BOHR­WEISSKOPF THEORY USE HYPERFINE STRUCTURE 131 BORON CHLORIDES ♦ NUCLEI 61 BORON COMPLEXÉS 10 BOHR­WHEELER THEORY USE FISSION 607 BORON COMPOUNDS ♦ NUCLEAR MODELS 975 BORON FLUORIDES 327 BOILERS OSE BOILING 315 BORON HYDRIDES 5,703 BOILING 13 BORON HYDROXIDES ­BOILING NUCLEAR SUPERHEATER USE BONUS 3 BORON IODIDES 37 BOILING POINTS USE BOILING 101 BORON ISOTOPES ­BOILING R. NUCLEAR SUPERHEATER USE BONUS 2 BORON NITRATES ­BOILING REACTOR EXPERIMENT 1 USE BURAX­1 153 BORON NITRIDES ­BOILING REACTOR EXPERIMENT 2 USE BORAX­2 851 BORON OXIDES ­BOILING REACTOR EXPERIMENT 3 USE BORAX­3 6 BORON PHOSPHATES ­BOILING REACTOR EXPERIMENT 4 USE BORAX­4 90 BORON SILICATES ­BOILING REACTOR EXPERIMENT 5 USE BORAX­5 BORON SULFATES ­BOILING SLURRY R. EXPERIMENT USE SLURREX 6 BORON SULFIDES 10 BOLIVIA USE SOUTH AMERICA 1,389 BORON 10 -BOLOGNA REACTOR USE RB­2 856 BORON 11 -BOLOGNA SUBCRITICAL ASSEMBLY USE RB­1 162 BORON 12 25 BOLOMETERS USE THERMDHETERS 17 BORON 13 1 BOLTWOODITE USE URANIUM MINERALS 54 BORON 8 ♦ URANIUM SILICATES 71 BORON 9 -BOLTZMANN APPROXIMATION USE BOLTZMANN STATISTICS lo BORONIC ACIDS USE ORGANIC ACIDS -BOLTZMANN COLLISION INTEGRAL USE BOLTZMANN EQUATION -BOSE GAS -BOLTZMANN COLLISION OPERATOR USE BOLTZMANN EQUATION USE 80SE­EINSTEIN GAS 11

21 BOSE-EINSTEIN CONDENSATION USE BOSONS BRINfcLL HARUNESS USE HARDNESS SUPERFLUIDITY URINES SEE SOLUTIUNS USE PERTURBATION THEORY 9 BOSE-EINSTEIN GAS US*E BOSONS BRINKMAN-KRAMERS APPROXIMATION GASES *■ SCATTERING -BOSE-EINSTEIN LIQUID US*E BOSONS -BRITISH ANT(LEWISITE USE BAL 89 BOSE-EINSTEIN STATISTICS USE BOSONS BRI Tl SH COLUMBIA USE CANADA ,585 BOSONS -BRITISH EXP. PRE OPERATION USE BEPU 1 BOSS-CODE USE PROGRAMMING -BRITISH PRODUCTION PRE 1 USE BPP-1 -BOTANY USE PLANTS -BRITISH PRODUCTION PRE 2 USE BPP-2 1 BOTULISM SEE CLOSTRIDIUM BOTULINUM BRITTANIA METAL USE ANTIMONY ALLOYS OR INFECTIONS ♦ COPPER ALLOYS OR TOXICITY * TIN ALLOYS BOUNCE-CODE USE PROGRAMHING BRI TTLENESS BOUND STATE SEE BINDING ENERGY BROAO BEANS SEE PLANTS -BOUNDARIES SEE BOUNDARY CONDITIONS OH VEGETABLES OR BOUNDARY LAYERS BRUCCOLl USE VEGETABLES OR GRAIN BOUNDARIES BROEGütRITE USE THURIOH COMPOUNUS OR HATHEHATICS * URANINITES OR SURFACES * URANIUM MINERALS BOUNDARY CONDITIONS USE MATHEMATICS -BRUENSTED ACIDS USE BROENSTED THEORY BOUNDARY LAYERS USE FILMS -BRUENSTED EQUATION USE BROtNSTFO THEORY + SURFACES BROENSTEU THEÜRY USE ACIOITY BOUSSINGAOLTITE USE AMMONIUM COMPOUNDS ♦ CATALYSIS MAGNESIUM SULFATES ­BROMATES USE BRUM1C ACIO BOWING SE*E DEFORMATION 16B BRUM1C ACID USE BRUHINE COHPOUNDS OR ELASTICITY ♦ HINERAL ACIDS BPH USE AMINES 602 BHUH1DES ♦ BENZOYL RAOICALS ­BKUH1NATED HYÜRUC USE URGANIC BROMINE COMPOUNUS ♦ HYDROXIDES 909 BRUMINC ¥ PHENYL RADICALS ­BROMI NE BRUMIDES USE BROMINE 8PP-1 USE REACTORS 5 BROMINE CHLUHIOLS BPP-2 USE REACTORS 22 BROMI NE COMPLEXES 8PR USE RESEARCH REACTORS 1β3 BROMINE COMPOUNDS BPRF USE RESEARCH REACTORS 172 BRUHINE FLUORIDES BR-02 USE CRITICAL ASSEHBLIES ­BROMI NE IODIDES USE IODINE BROMIDES BR-1 USE RESEARCH REACTORS 62 BROMINE 1 SUTURES -8R-1-USSR USE S BR­1 12 BRUHINE OXIOES 8R-2 USE RESEARCH REACTORS 7 BRUHINE 74 -BR-2-USSR USE SBR­2 a BRUMINE 7b -BR-250-USSR USE 8N­250 14 BRUMINE 76 BR-3 USE REACTORS IB BRUHINE 77 -BR-4-USSR USE SBR­4 12 BRUMINE 7tì -BR-5-USSR USE SBR­5 132 BROMINE 74 -BR-50-USSR USE BN­50 183 BROMINE BO BRADHELL SEE REACTORS 120 BROMINE 01 BRADYCARDIA USE DISEASES 307 BROMINE 82 ♦ HEART 21 BROMINE BÌ -BRAGG ANGLE USE BRAGG REFLECTION 1Ü BRUMINE 8 4 -BRAGG CONDITION USE BRAGG REFLECTION i BROMINE 85 BRAGG CURVE USE CHARGED PARTICLES 9 BROHINE H6 ♦ GASES 2d BROMINE 8 7 + IONIZATION •i BROMINE 8 8 BRAGG CUTOFF USE CRYSTALS 5 »RUMINE 8BROWN BUVERI BETATRON USE BBC BETATRON BREAD SEE CEREALS BROWN!AN MUVEMENT USE CüLL I S I (INS OR FLOUR MOL ECOLES UR FOOD STAT IST ICS 566 BREAKDOWN BRR USE RESEARCH REACTORS 14 BREAST SEE LUNGS -HRR-IRT-1000 USE IRT­50FIA OR MAMMARY GLANDS BRUCELLA USE BACTERΙΑ 32 BREATH USE LUNGS BHUCITE USE MAGNESIUM HYOflOXIUE5 ■ 967 BREEDING HINFRALS 12 BREEDING RATIO USE BREE01NG -BKUECKNER APPROXIMATION USE GJLOSTONE OIAGRAHS -BREIT EQUATION USE BREIT THEORY BRUECKNER METHOO USE EXCHANGE MODEL IS BREIT THEORY USE DISPERSION RELATIONS INTERACT IONS ♦ OPE MODEL MANY BODY PROBLEM ♦ SCATTERING NUCLEONS 8 BREIT-RABI FORMULA USE ENERGY LEVELS 43 BRUECKNER HOOfcL ENERGY LEVELS ► HYPERFINE STRUCTURE NUCLEAR MODELS *■ MAGNETIC FIELDS SHELL MODELS 208 BREIT­W1GNER FORMULA USE CROSS SECTIONS -BRUECKNER POTENTIAL BROECKNER HODEL ♦ DISPERSION RELATIONS -BRUECKNER-GAMMEL POTENTIAL BRUECKNER HETHOD ♦ NUCLEAR RFACTIONS -BRUECKNER-GAMMEL-WE1TZNER THEU BRUECKNER HETHOD BREMSSTRAHLUNG -BRUECKNER-GOLDSTONfc IHEURY GOLUSTONE DIAGRAHS BREN USE RESEARCH REACTORS -BHUECKNER-SAWADA THEURY GOLOSTONE DIAGRAHS BRER USE RESEARCH REACTORS -BRUECKNER-WATSUN THEURY BRUECKNER MODEL BRICKS USE BUILDING MATERIALS -BRUNAUER-EMETT-TELLER IHEURY BET HETHOD BRIDGE CIRCUITS USE CIRCUITS -BSF BSR­1 BRIDGMAN METHOD USE HONQCRYSTALS BSR-1 RESEARCH REACTORS -BRIOGMAN-STOCKBERGER METHOD USE BRIDGHAN METHOD BSR-2 RESEARCH REACTORS BRIGHTNESS USE LIGHT BUBBLE CHAMBERS ♦ PHOTOMETRY BUBBLE GROWTH USE BUBBLES BRILLIANT GREEN USE DYES ♦ EXPANSION 8RILL0UIN FUNCTION USE HAGNETISH BOBBLES «- QUANTUM MECHANICS BUCKINGHAH POTENTIAL USE ATOMS 68 BRILLOUIN ZONE USE LATTICES » INTERACTIONS 12

BUCKLING 7 CACOOYLIC ACID USE ARSENIC COHPOUNDS BUCKWHEAT USE PLANTS 4- METHYL RADICALS BUOKER ACCELERATOR USE ACCELERATORS f ORGANIC ACIDS » PLASMA 13 CADARACHE USE FRANCE f PROTON BEAHS -CADARACHE FUEL EL. TESTING R. USE PEGASE -BUDKER MODEL USE BUDKER ACCELERATOR -CADARACHE SUBMARINE PKOTUT. R USE PAT -BUOKER TYPE GUIDE FIELD USE BUDKER ACCELERATOR -CADARACHE SWIMMING POOL R. USE CABRI 8UOR USE ORGANIC BROMINE COMPOUNDS 2.305 CADMIUM * URIDINE 480 CADHIUM ALLOYS 11 BUDS USE PLANTS 1 CADMIUM BORIDES BUFFALO REACTOR USE RESEARCH REACTOtS 26 CAOMIUM BROMIDES -BUFFALO UNIV. RESEARCH R. USE BUFFALO REACTOR 3 CADMIUM CARBIDES -BUFFALO UNIV. SHIMMING POOL USE BUFFALO REACTOR 2 CADMIUM CARBONATES 50 BUFFERS SEE ACIDITY 114 CADMIUM CHLORIDES 7 BUFOTENINE SEE DRUGS 59 CAOMIUM COMPLEXES OR HETEROCYCLICS 267 CADMIUM COHPOUNDS OR ORGANIC NITROGEN COMPOUNDS 27 CADMIUM FLUORIDES 835 BUILDING MATERIALS 3 CAOMIUM HYDRIOES 1.684 BUILDINGS 6 CADMIUM HYOROXIOES B8 BUILDUP USE ABSORPTION 51 CADMIUM IODIDES f NUMERICALS 57 CADMIUM ISOTOPES ♦ RADIATIONS 22 CADHIUM NITRATES BULBS SEE PLANTS 1 CADMIUM NITRIDES OR ROOTS 79 CADMIUM OXIOES BULGARIA USE EUROPE 7 CADHIUM PHOSPHATES -BULGARIAN RESEARCH R. IRT-1000 USE IRT-SOFIA 90 CADMIUM RATIO USE CAOMIUM -BULK SHIELDING FACILITY USE BSR-1 ♦ NEUTRONS -BULK SHIELDING REACTOR 1 USE BSR-1 ♦ SPECTRA -BULK SHIELDING REACTOR 2 USE BSR-2 3 CADMIUM SILICATES BUNA USE ELASTOMERS 35 CADMIUM SULFATES ♦ RUBBER 437 CADMIUM SULFIOES BUNCHING USE MODULATION 1 CADMIUM 103 ♦ VELOCITY 1 CADMIUM 104 BUNSEN CALORIMETER USE CALORIMETERS 3 CADMIUM 105 ♦ MELTING 16 CADMIUM 106 -BUNSEN ICE CALORIMETER USE BUNSEN CALORIMETER 17 CADMIUM 107 -BUOYANCY USE ARCH1ME0ES PRINCIPLE 19 CADMIUM 108 -BUOYANCY EFFECT USE ARCHIMEDES PRINCIPLE 88 CADHIUM 109 -BUOYANCY FORCES USE ARCHIMEDES PRINCIPLE 50 CADMIUM 110 BURBANK1TE USE 5TRUNT1UM CARBONATES 132 CADMIUM 111 BURGERS VECTOR USE DISLOCATIONS 50 CADMIUM 112 ♦ LATTICES 96 CADMIUM 113 ♦ VECTORS 125 CAOMIUM 114 BURMA USE ASIA 147 CADMIUM 115 BURNETT EQUATIONS USE BOLTZMANN EQUATION 40 CADMIUM 116 «■ ITERATIVE METHODS 30 CADMIUM 117 -BURNETT STATEMENT USE BURNETT EQUATIONS 7 CAOMIUM 118 -BURNETT THEORY USE BURNETT EQUATIONS 2 CAOMIUM 119 -BURNING SEE BURNS CAESAR-CODE USE PROGRAMMING OR COMBUSTION 41 CAFFEINE USE DRUGS ,062 BURNOUT » XANTHINES 148 BURNS SEE COMBUSTION b C AG USE CRITICAL ASSEMBLIES OR RA01AT10N INJURIES 9 CALCIFICATION USE CALCIUM CARBONATES ,025 BURNUP 328 CALCINATION SEE EVAPORATION 68 BURROS USE ANIMALS OR HEATING 8 BURSITIS USE DISEASES OR PYROLYSIS BURSTING SEE FAILURES CALCIO-ANKYLITE USE ANKYLITE 19 BURSTS SEE EXPLOSIONS » CALCIUM CARBONATES OR FAILURES CALCIO-SAMARSKITE USE NIOBIUM OXIDES OR NUCLEAR EXPLOSIONS * RARE EARTHS OR PULSES * TANTALUM OXIOES -BUSPR USE BUFFALO REACTOR * URANIUM MINERALS 2B6 BUTADIENE CALCIO-THORITE USE CALCIUM SILICATES 501 BUTANE * MINERALS 282 BUTANOL *■ THORIUM SILICATES BUTENE USE BUTYLENE 108 CALCITE USE CALCIUM CARBONATES BUTEX PROCESS USE SOLVENT EXTRACTION * MINERALS -BUTLER ANALYSIS USE BUTLER THEORY 2.988 CALCIUM -BUTLER APPROXIMATION USE BUTLER THEORY 147 CALCIUM ALLOYS -BUTLER CURVES USE BUTLER THEORY 32 CALCIUM BORIDES -BUTLER EFFECTS USE BUTLER THEORY 20 CALCIUH BROMIDES -BUTLER INTEGRAL USE BUTLER THEORY 55 CALCIUM CARBIOES -BUTLER MODEL USE BUTLER THEORY 1.061 CALCIUM CARBONATES -BUTLER POLE USE BUTLER THEORY 348 CALCIUM CHLORIDES -BUTLER STRIPPING THEURY USE BUTLER THEORY 73 CALCIUH COMPLEXES BUTLER THEORY USE ANGULAR DISTRIBUTION 626 CALCIUM COMPOUNDS f BORN APPROXIMATION 972 CALCIUM FLUORIDES ♦ NUCLEAR REACTIONS 64 CALCIUM HYURIDES ♦ STRIPPING 89 CALCIUM HYDROXIDES -BUTLER-BORN APPROXIMATION USE BUTLER THEORY 15 CALCIUM IODIDES -BUTOXIDES USE BUTOXY RAOICALS 108 CALCIUM ISOTOPES BUTOXY RADICALS USE ALKOXY RAOICALS 133 CALCIUM NITRATES BUTT MELDING USE MELDING 9 CALCIUM NITRIDES BUTTER SEE CHOLESTEROL 1.188 CALCIUM OXIOES OR FATS 440 CALCIUM PHOSPHATES OR FOOD 346 CALCIUM SILICATES 2 BUTYL ETHER USE BUTYL RADICALS 305 CALCIUM SULFATES ♦ ETHERS 37 CALCIUM SULFIOES 1,782 BUTYL PHOSPHATES 1 CALCIUM 35 1.015-" BUTYL RADICALS CALCIUH 36 -BUTYLALPHAMETHYLBENZYLPHENOL USE BAHP 13 CALCIUM 37 266 BUTYLENE 6 CALCIUM 38 -BUTYLESTER OF BUTYLPHOSPHINIC USE BEDBP 47 CALCIUH 39 153 BUTYRIC ACIO USE ORGANIC ACIOS 475 CALCIUM 40 9 BW-CA-1 USE CRITICAL ASSEMBLIES 77 CALCIUM 41 BW-CA-2 USE CRITICAL ASSEMBLIES 85 CALCIUM 42 BW-CA-3 USE CRITICAL ASSEMBLIES 49 CALCIUM 43 BWCF USE RESEARCH REACTORS 72 CALCIUM 44 -BWNDCTR USE BWTR B3I CALCIUM 45 -8WPTR USE LPR 28 CALCIUM 46 BMR BELGIUM USE REACTORS 230 CALCIUM 47 -BWR SUPERHEATER PUERTO RICO USE BONUS 112 CALCIUM 48 BMR-ME-AMF USE REACTORS 24 CALCIUM 49 BWSR USE REACTORS 5 CALCIUM 50 BWTR USE RESEARCH REACTORS -CALCULATIONS USE NUMERICALS 88 BYPASS CALDASITE USE BADDELEYITE -B2W CRITICAL FACILITY USE BrfCF » SILICATES -C REACTOR HANFORD USE HAN-C CALDER HALL SEE REACTORS 3 C RESONANCES USE MESONS CALIBRATION USE STANDARDS ♦ RESONANCE CALIFORNIA USE USA C-INVAK1ANCE USE INVARIANCE PRINCIPLE -CALIFORNIA INST. SYNCHROTRUN USE CIT SYNCHROTRON * QUANTUM MECHANICS -CALIFORNIA UNIV. AGN-201 R. USE AGN SERIES -C-REACTIVE PROTEIN USE GLOBULINS -CALIFORNIA UNIV. CRTICAL EXP. USE HOT BOX » IMMUNITY -CALIFORNIA UNIV. EDUCATOR R. USE EDUCATOR UCAL 16 C-STELLARATOR USE STELLARATORS -CALIFORNIA UNIV. HOT BOX EXP. USE HOT BOX 1 C-2-C0DE USE PROGRAMMING CALIFORNIUM CA-28 USE CRITICAL ASSEMBLIES CALIFORNIUM BORIDES 30 CABBAGE USE VEGETABLES . CALIFORNIUM BROMIDES 718 CABLES CALIFORNIUM CARBIDES 6 CABRI USE RESEARCH REACTORS CALIFORNIUM CARBONATES CALIFORNIUM CHLORIDES 13

4 CALIFORNIUM COHPLEXES 1 . 184 CARBONATES 13 CALIFORNIUM COHPOUNDS CARBONATI TES USE CALCIUM CARBONATES CARBONATES CALIFORNIUM FLUORIDES * CALIFORNIUM HYDRIDES • ROCKS CALIFORNIUM HY0ROXIÜES 7 CARBONIC ANHYDRASE USL ENZYMES CALIFORNIUM IODIDES 18 CAHBONlUM ION USE CATIONS 23 CALIFORNIUM ISOTOPES 12 CARBONIZATION USI CARBON 1 CALIFORNIUM NITRATES CHEMICAL REACTIONS CALIFORNIUM NITRIDES 4B5 CARBUNYLS * 6 CALIFORNIUM OXIDES 7 CARBORUNDUM USE SILICON CARBIDES CALIFORNIUM PHOSPHATES 6 CARBUWAX USE GLYCOLS CALIFORNIUM SILICATES PJLYETHYLENES CALIFORNIUM SULFATES 5 CARBOXYOISMOTASL US,E ENZYMES CALIFORNIUM SULFIDES 18 CARBOXYL RAOICALS USE CARBOXYL IC AC IDS 13 CALIFORNIUM 244 B CARBOXYLASE USE ENZYMES 5 CALIFORNIUM 245 10 CAKBUXYLATION USE CARBOXYLIC ACIDS t 23 CALIFORNIUM 246 CHEMICAL RFACTUNS 3 CALIFORNIUM 247 CARBOXYLIC AC10S usi: ORGANIC ACIDS 11 CALIFORNIUM 24 S CARBOXYPEPTIDASE USI ENZYMES 19 CALIFORNIUM 249 CARBURANE usi: ORGANIC COMPOUNDS 28 CALIFORNIUM 2 50 ♦ URANIUM CUMPOUNOS 10 CALIFORNIUM 251 t URANIUM MINERALS 210 CALIFORNIUM 252 80 CARBURI ZAT[UN USE CARBIOES 8 CALIFORNIUM 253 ♦ LAYERS 27 CALIFORNIUM 254 1,395 CAHCINUGENESIS 40 CALOHEL USE MERCURY CHLORIDES 151 CARCINOMAS USE CANCER ♦ HINERALS -CARDIAC USE HEART 1,412 CALORIMETERS 3 CARUIAC UUTPUT USE HEART 337 CALUTRQN USE ISOTOPE SEPARATION » PHYSIULUGY ♦ HASS SPECTROHETERS 13 CARIBBEAN SEA USE ATLANTIC OCEAN 27 CALVES USE CATTLE ­CARIBOU USL· UE ER 31 CAMBRIDGE ELECTRUN ACCELERATOR USE ELECTRONS CARIBUU­CUDE USE PROGRAMMING ♦ SYNCHROTRONS 12 CARLSUN METHUO USE NEUTHUNS CAMEN USE REACTORS ♦ TRANSPORT THEORY 861 CAMERAS 11 CARHINIC ACIO USE AROMATICS CAMERON FORMULA OSE BINDING ENERGY ♦ OYES ♦ NUCLEI ♦ URGANIC ALIUS CAMPBELL THEOREM USE HATHEMATICS CAHNRLLlIE OSE MAGNESIUM CHLORIDES 7 CAMPHENE USE TERPENES ♦ MINERALS 21 CAHPHOR USE KETONES » POTASSIUM CHLORIDES ♦ TERPENES 7 CARNAT1UNS USE FLOWEHS 911 CANADA USE NORTH AMERICA » PLANTS ­CANADA­INDIA REACTOR USE CIR ­CARNI TINE USE VITAMIN B­T 5 CANAL RAYS USE ELECTRIC DISCHARGES 8 CARNUT CYCLE USE THERMODYNAMICS + ELECTRON TUBES ­CARNOT EFFIGIENCY USE CAKNU1 CYCLE ♦ GASES ­CARNÜT ENGINE USE CARNUT CYCL E ♦ ION BEAMS 1Θ3 CARNUTI IE USE URANIUM MINFKALS 4,454 CANCER ♦ VANADIUM OXIDE S 10 CANDIDA USE FUNGI LAHO ACIU USE SULFURIC ACIO 15 CANDLE-CODE USE PROGRAMMING ­CAKULINAS­VIHGINlA TUBE USL C VTK 18Θ CANOU USE REACTORS ­CAROTENE USE CARMRNUIUS 2,187 CANNING ♦ VI T AMIN Λ 6 CANNIZZARO REACTION USE ALDEHYDES t VITAHINS ♦ DECOMPOSITION 21 CAKCTENU10S USE PIGMTNTS t REACTION K INE T IC S 20 CAROTID ARTERIES US Γ BLOOÜ VESSELS ­CANONICAL DISTRIBUTION USE GIBBS DISTRIBUTION 5 CAROTIU SINUS USE BLOOD VESSELS CANONICAL ENSEHBLE USE DIFFERENTIAL EQUATIONS 24 CARPENTER USI SI Λ INI Γ SS STI ELS ♦ STATISTICS 169 CARRIER­FREE SII ACIDITY CANONICAL TRANSFORMAT I UN USE MATHEMATICS UR ANIONS CANYON SEE EARTH Uti CAT ALYS IS OR LAYERS UH CAT IONS OR SHIELDING llll CHAKGIU PAR! RLE S 1,682 CAPACITORS OR EL I'f.THUNS 5 CAPACITRON USE ELECTRON TUBES UH ION Ht COMBINAI ION 2 CAPE KENNEDY USE FLORIDA UH IONS ♦ USA OR NEUTRALIZATION 598 CAPILLARIES 551 CARRIERS SEE ANIUNS 34 CAPROIC ACIO USE ORGANIC ACIDS OR CAI At.YS IS 13 CAPRYLIC ACID USE ORGANIC ACIDS OR CAT I UNS 313 CAPSULES SEE FUEL CANS OR CHARGFD PAH I ICI L S OR VESSELS l)H ELI CIRONS 6,456 CAPTURE OR GASES -CAPTURE CROSS SECTIONS USE CAPTURE OR KINS ♦ CROSS SECTIONS CARRIZO HiJUNTAINS USE ARIZONA 16 CARASSIUS USE FISH t H0UNTA1NS 500 CARBAMATES ♦ USA 3 CARBAMIDE USE UREA 41 CARROTS USE VEGl TADI.TS 42 CARBAZIDES USE ORGANIC NITRUGEN COMPOUNDS CAHTESIAN COORDINATES USI HAlHEHATICS 18 CAR8AZ0LES USE HETEROCYCLICS 67 CART RAGE SLE »ONES ·■ URGANIC NITROGEN COMPOUNDS OR I I SSUI S 136 CARBAZONES USE ORGANIC NITROGEN COMPOUNDS CARYOCERITE USL MLLANlir.EKIÏC 1,808 CARBIDES » THORIUM OXIDES 5 CARBINOL USE METHANOL ­CASACCIA EXPERIMENTAL REACTUK USE ROSPO 32 CARBITOL USE ETHERS ­LASACCIA MATERIALS Γ LS î IM L, Κ USE RIM ♦ GLYCOLS ­CASACCIA RESEARCH REACTUK USE HC­1 1,382 CARBOHYDRATES 21 CASCADE GENERATUHS SEE COCKCRUTI­WALTON ACCELERATORS 7 CARBOLOY USE CUBALT ALLUYS UK GFNIKÅTORS ♦ TUNGSTEN CARBIDES 24 CASCADE IHPACTUHS SEE FRITHS 7,013 CARBON CASCADE PARTICLES USL X I PART RLE S 9 CARBON ARCS USE CARBUN 391 CASCADE SHOWERS USE ELECTRONS ♦ ELECTRIC ARCS ♦ PHOTONS 46 CARBON BLACK SEE CARBON ♦ PUSI TKUNS OR GRAPHITE ♦ SHOWEKS OR ORGANIC COHPOUNDS 120 CASCADE THEORY USE CASCADE SHOWERS 2 CARBON BORIDES 142 CASCADES SEE CASCADE SHOWERS -CARBON CARBIDES USE CARBON [JK EXTRACTION COLUMNS β CARBON COHPLEXES OR NUCLEAR CASCADE 279 CARBON COHPOUNOS OR SCATTER1NG 3 ,688 CARBON DIOXIDE 19 CAbE METHOD USE NEOTHONS 160 CARBON FLUORIDES ♦ SCATTER ING -CARBON HYDRIDES USE HYDROCARBONS ♦ TRANSPORT THEÜRY 192 CAR80N ISOTOPES ­CASE THEORY USI CASE METHOD I ,205 CARBON HDNOXIOE 90 CASEIN USE PRUTEINS CARBON NITRATES tí CASKS SI fc JACKETS 16 CARBON NITRIDES OK VESSELS 208 CARBON OXIDES 2 CASPER­CODE USE PROGHAHHING 830 CARBON STEELS 14 CASSITER1TE USE MINERALS 154 CARBON SULFIDES TIN OXIDES Β 76 CARBON TETRACHLORIDE 98 CAST IRON * 37 CARBON 10 CASTAGNOLI FORMULA USE ANGULAR DISTRIBUTION 423 CARBON 11 CUSMIC RADIATION 2 ,453 CARBON 12 * ENERGY 1 ,078 CARBON 13 »♦ MEASUREMENT 4 856 CARBON 14 NUCLEONS 34 CARBON 15 ­CASTAGNOLI METHOD US•E CASTAGNOLI FORHULA 10 CARBON 16 CASTELNAUDITE USE XENOTIME ι CARBON 17 ZIRCONIUM COMPDUNOS 2 CARBON 18 2,092 CASTING * ι CARBON 19 t CARBON 20 10 CARBON 9 14

17 CASTRATION SEE GONADS CERAMICS OR RADIATION INJURIES CERATITIS CAPITATA USE INSECTS OR STERILIZATION CERCARIA USE AGE OR SURGERY * PARASITES 2 CAT-CODE USE PROGRAMHING * SCHISTOSOMA 2 CATABOLISH USE METABUL1SM 2,691 CEREALS 180 CATALASE USE ENZYMES 34 CEREBELLUM SEE BRAIN CATALIN USE POLYSTYRENE OR NERVOUS SYSTEM -CATALOGS SEE TABLES CEREBRAL CORTEX USE BRAIN 686 CATALYSIS CEREBROSPINAL FLUID USE FLUIDS 7 CATALYSTS USE CATALYSIS * NERVOUS SYSTEM 2 CATAPHORESIS USE ELECTROPHORESIS CERF USE CRITICAL ASSEMBLIES 1 CATAPLEITE USE MINERALS CERIANITE USE CERIUH OXIDES f SODIUM SILICATES » MINERALS + ZIRCONIUM SILICATES * THORIUM OXIDES 141 CATARACTS SEE EYES USE CALCIUM SILICATES OR HYDROLOGY «- CERIUM SILICATES OR RADIATION INJURIES » DYSPROSIUM COHPOUNOS -CATECHOL USE PYROCATECHOL + LANTHANUM COHPOUNDS 13 CATHEPSINS SEE ENZYMES * MINERALS 1 CATHETER USE MEDICINE 1,730 CERIUM 21 CATHODE FOLLOWERS USE CIRCUITS 529 CERIUM ALLOYS 15 CATHODE RAY TUBES USE CATHODE RAYS 22 CERIUM BORIDES ♦ ELECTRON TUBES 12 CERIUM BROMIDES 132 CATHODE RAYS USE ELECTRON BEAMS 22 CERIUM CARBIOES 326 CATHODES 45 CERIUM CARBONATES -CATHOLIC UNIV. AMER. AGN-201 R USE AGN SERIES 153 CERIUM CHLORIDES 70B CATIONS 173 CERIUM COMPLEXES CATMAN-CODE USE PROGRAMMING 599 CERIUM COHPOUNDS 201 CATS USE ANIMALS 105 CERIUM FLUORIDES 7 34 CATTLE 50 CERIUH HYDRIDES CAUCHOIS SPECTROGRAPH USE MDNOCRYSTALS 32 CERIUM HYDROXIDES + SPECTROMETERS 11 CERIUM IODIDES ♦ X RADIATION 74 CERIUM ISOTOPES -CAUCHOIS SPECTROMETER USE CAUCHOIS SPECTROGRAPH 152 CERIUM NITRATES 5 CAUCHY INTEGRAL USE INTEGRALS 15 CERIUM NITRIDES 26 CAUCHY PROBLEM USE DIFFERENTIAL EQUATIONS 485 CERIUH OXIOES 106 CAUSALITY SEE QUANTUM MECHANICS 75 CERIUM PHOSPHATES 59 CAVES SEE SHELTERS 69 CERIUM SILICATES 91 CAVITATION USE LIQUID FLOW 243 CERIUM SULFATES 107 CAVITIES SEE CAVITATION 77 CERIUM SULFIDES OR OEFECTS 1 CERIUM 129 OR OPENINGS 1 CERIUM 130 OR POROSITY 3 CERIUM 131 OR ZONES 5 CERIUM 132 39 CAVITY SEE CRITICAL ASSEMBLIES 8 CERIUM 133 167 CAVITY RESONATORS USE MICROWAVES la CERIUM 134 + RESONANCE 11 CERIUM 135 1 CBFR . USE RESEARCH REACTORS 8 CERIUH 136 CBSR USE REACTORS 54 CERIUM 137 -CCO AMBIGUITY USE CCD POLES 23 CERIUM 138 CCO POLES USE DISPERSION RELATIONS 29 CERIUM 139 f PARTIAL WAVES 121 CERIUM 140 2 CDC 160 USE COMPUTERS 275 CERIUM 141 40 CDC 1604 USE COMPUTERS 4b CERIUM 142 39 CDC 3600 USE COMPUTERS 53 CERIUM 143 12 CDTA USE ACETIC ACID 950 CERIUM 144 CHELATES 3 CERIUM 145 *♦ CYCLOALKENES 4 CERIUM 146 ORGANIC NITROGEN COMPOUNDS 2 CERIUM 147 113 CEA US*E FRANCE 1 CERIUM 148 -CEKMECE TR-1 USE TR-1 CERL-COOE USE PROGRAMMING 4 CELCOR-CODE USE PROGRAMMING 743 CERMETS 2 CELESTITE USE MINERALS 277 CERN USE EUROPE ♦ SXBUNTIUM SULFATES 44 CERN AG SYNCHROTRON USE SYNCHROTRONS 49 CELL CULTURES SEE ANIMAL CELLS 19 CERN SYNCHROCYCLOTRON USE CYCLOTRONS OR BACTERIA 1 CERROBEND ALLOYS USE BISMUTH ALLOYS OR IN VITRO *■ CADMIUM ALLOYS OR MICR0URGAN1SHS + LEAD ALLOYS OR PLANT CELLS + TIN ALLOYS OR TISSUE CULTURES 6 CERULOPLASMIN USE GLOBULINS OR YEASTS ♦ GLOBULINS-ALPHA -CELL DIVISION USE MITOSIS 2 CERUSSITE USE LEAO CARBONATES 3 CELL MEMBRANES USE CYTOLOGY t MINERALS ♦ MEMBRANES -CERVICAL CARCINOMA USE CANCER 509 CELL NUCLEI SEE ANIMAL CELLS » SEX OR PLANT CELLS ♦ TISSUES -CELL WALLS USE CYTOLOGY ♦ UTERUS + MEMBRANES 3 CES USE CRITICAL ASSEMBLIES 6 CELLOBIOSE USE CARBOHYDRATES 6 CESAR USE CRITICAL ASSEMBLIES 5 CELLOIOIN SEE HICROSCOPY 2,579 CESIUM 30 CELLOPHANE use CELLULOSE 47 CESIUM ALLOYS ♦ PLASTICS CESIUM BORIDES 17 CELLOSOLVE USE ETHANOL 95 CESIUM BROMIDES + ETHOXY RADICALS 2 CESIUM CARBIDES -CELLS SEE ANIMAL CELLS 12 CESIUM CARBONATES UR CYTOLOGY 342 CESIUM CHLORIOES OR ELECTROLYTIC CELLS 42 CESIUM COMPLEXES OR MECHANICAL STRUCTURES 364 CESIUM COMPOUNDS OR PHOTOELECTRIC CELLS 100 CESIUM FLUORIDES OR PLANT CELLS 10 CESIUM HYDRIDES OR THERMOELECTRIC CELLS' 15 CESIUM HYDROXIOES 19 CELLULOIO USE CELLULOSE 377 CESIUM IODIDES ♦ ESTERS 124 CESIUM ISOTOPES 689 CELLULOSE 68 CESIUM NITRATES 17 CEMENTATION SEE CEMENTS 4 CESIUM NITRIDES OR HEAT TREATMENTS 51 CESIUM OXIDES 25 CEMENTITE SEE IRON CARBIOES 6 CESIUM PHOSPHATES DR HINERALS 34 CESIUM SILICATES OR ORE PROCESSING 37 CESIUM SULFATES 620 CEMENTS 9 CESIUM SULFIOES 1 CENSUS-CODE USE PROGRAMMING 1 CESIUM 122 2 CENTRAL AMERICA 3 CESIUM 123 16 CENTRAL POTENTIAL USE INTERACTIONS 1 CESIUM 124 * NUCLEAR MODELS 5 CESIUM 125 -CENTRALE AIN USE EOF-5 2 CESIUM 126 -CENTRALE BUGEY USE EOF-5 19 CESIUM 127 -CENTRALE CHINON t USE EDF-1 11 CESIUM 128 -CENTRALE CHINON 2 USE EOF-2 25 CESIUM 129 -CENTRALE CHINON 3 USE EOF-3 17 CESIUM 130 -CENTRALE ST. LAURENT DES EAUX USE EOF-4 90 CESIUM 131 3 CENTRALITE USE PHENYL RADICALS 53 CESIUM 132 t UREA 180 CESIUM 133 1,215 CENTRIFUGATION 329 CESIUM 134 -CENTRO STUDI NUCL. Ê. FERMI R. USE CESNEF 45 CESIUM 135 7 CEPHALINS USE LIPIDS 4a CESIUM 136 ♦ ORGANIC PHOSPHORUS COMPOUNDS 9,208 CESIUM 137 10 CEPHEIOS USE STARS 41 CESIUM 13B CEPHR USE REACTORS 15 CESIUM 139 1 CEPTR-CODE USE PROGRAMMING 9 CESIUM 140 -CER USE CERF 3 CESIUM 141 15

CESIUM 142 508 CHLRENKDV COUNTERS CESIUM 143 541 CHERENKOV RADIAI ION CESIUM 144 CHERRIES USE FRUIT CESNEF USE RESEARCH REACTORS CHEST SEE LUNGS CESTODES USE ANIMALS CHEW­LOW METHOD SEE ELEMENTARY PARTICLES CET USE CRITICAL ASSEMBLIES F I ELD THEORY CETANE USE ALKANES 22 CHEW­MANDELSTAM FORMALISM ELEMENTARY PARTICLES CETR USE REACTORS FIELD THEORY CEVITQ-CODE USE PROGRAMMING ­CHF SEE CRITICAL HEAT FLOX CEYLON USE ASIA 5 CHI DISTRIBUTION USE STATIST ICS CGLN EQUATIONS USE DISPERSION RELATIONS 26 CHI HESÛNS USE KAONS > SCATTERING ­CHI SQUARE USE CHI DI SIRIBUTION CG9 USE REACTORS ­CHI SQUARE UISTR1BUI1UN USE CHI DISTRIBUTION CHABASITE USE ALUMINUM SIL ICATES ­CHI SQUARE TEST USE CHI DISTRIBUTION ♦ CALCIUM SIL ICATES 3 CHRAGU CYCLOTRON USE CYCLOTRONS ♦ HINERALS ­CHICAGO PILE 1 USE CP­1 CHACALTAYA USE BOL IV I A ­CH1CAGU PILE 2 USE CP­2 CHAD-CODE USE PROGRAHHING 7 CHICAGO SYNCHRUCYCLUTRUN USE CYCLOTRONS CHAIN REACTIONS SEE FISSION SYNCHROTRONS OR MULTIPLICATION FACTORS 523 CHICKENS USE BIRDS OR NUCLEAR REACTIONS ­CHICKS USF CHICKENS OR POLYHERIZATION ­CHILD EQUATION USL CHILD LAW CHALCANTHITE USE COPPER SULFATES CHILO LAW USE ELECTRON TUBES ♦ MINERALS SPACE CHARGE CHALCQCITE USE COPPER SULFIDES ­CHILD SPACE CHARGE FLuw USF CHIL D LAW *■ HINERALS ­CH1L0­LANGMUIR LAW USE CHILD LAW CHALCOGENIDES SEE OXIDES ­CHILU­LANGMUIR­SCHOTlKY LAW USE CHILD LAW OR SELENIDES 6 CHILDREN USE AGE OR SULFIDES MAN OR TELLURIOES 51 CHILE USE SOUTH AMERICA CHALCOLAHPRITE USE PYROCHLORt 5 CHILUMUNAS USE MICROORGANlSHS CHALCOPYRITE USE COPPER SULFIDES PARAHECΙΛ ♦ IRON SULFIOES 133 CHIMERAS »UNE MARROW «- MINERALS GENETICS CHALICE DEVICES USE CUSPED GEOHETRIES TRANSPLANTS ♦ PINCH 65 CHINA USE ASIA ♦ THERMONUCLEAR DEVICES 1 CHINA CLAY USI. LLAYS 11 CHALK USE CALCIUH CARBONATES CHINA REACTOR USE REALTORS 146 CHALK RIVER USE CANAOA ­CHINA WARE USE CERAMICS *■ RIVERS PtlRCEl AIN ­CHALK RIVER TESTING R. USE ZEO­2 CHINESE SILVER US*L COBALT ALLUYS CHANORASEKHAR THEORY USE LAYERS t C JPPFR ALI [)YS ♦ MASS NICKEl ALLUYS *■ STARS » SILVER ALLOYS ­CHANDRASEKHAR­FERHI THEURY USE CHANORASEKHAR THEORY t* / INC ALL UY5 ­CHANDRASEKHAR­WICK METHOD USE WICK­CHANURASEKHAR METHOD ­CHINuN I USL 1­liF­l CHANNEL ANALYZERS SEE PULSE ANALYZERS ­CHINJN ¿ USE EDF­2 ­CHANNELS SEE CIRCUITS ­CHINON 3 USE LOF­3 OR COOLANT LOOPS LH1RALITY USL PART ULI: MODEL S OR DECAY ♦ QUANTUM HFCHANICS OR IN PILE LOOPS CHKALUVl IE USE BEHYLI IUM SII ICA TE OR INTERACTIONS ♦ MINERALS OR PIPES SUOIUH SILICATES OR TUBES 7 LHLAMYUOMUNAS US*E ALGAL· CHAPELCROSS USE REACTORS PROTOZOA CHAPHAN­ENSKOG THEORY USE GASES CHLUPINITE US*I IKON OX I LR S ♦■ TRANSPORT THEORY N ioni UH OXIDES CHAPMAN­JOUGUET CONDITION OSE EXPLOSIONS RARI I AR T HS + PRESSURE THOR IUM 0X1 OES ♦ SHOCK WAVES Τ ITANIUM OXIDES ♦ VELOCITY KRANIUM MINI KAI S CHARA VULGARIS USE PLANTS Uti AN UJM NX IDI S ­CHARGE CONJUGATION INVARIANCE USE C­INVARIANCE ALDI HY[)( S CHARGE EXCHANGE USE ELECTRIC CHARGES ORGANI (. (.HL NR I NF COMPOUNDS ♦ INTERACTIONS 10 HLURAMBUCIL AMINI) ALIUS CHARGE INDEPENDENCE USE INTERACTIONS HLUKAMINE USI OH (.ANU. CHL UK INI COMPOUNDS ♦ NUCLEONS SUI FONAMIDI S ­CHARGE INVARIANCE USE CONSERVATION LAWS 80 CHLURAMPHÍ­NICOL USI ANT I li ΙΟΙ If S + ELECTRIC CHARGES UKIIGS CHARGE RENORHALlZATlUN USE CHARGED PART ICLES 27 CHLUKANIl ORGANIC (­111 OR INI Í.UMPIIUNDS + ELECTRODYNAMICS QUI NUN| : «- QUANTUM MECHANICS 7 CMLOKANI LR AC IH HI AN It 24 CHARGE TRANSPORT USE CURRENTS TENNESSEE 3 HO CHL UHI NE CUMCOUNJS CHEESE USE FOOD 161 CHL URINE FLUOR I UE S 1,634 CHELATES OR INL IODIDES USL IODINE CHLOR I UI S 12,619 CHEMICAL ANALYSIS URINE ISOroPES ­CHEMICAL COMPOSITION USE CHEMICAL ANALYSIS UKINE OXIDES ­CHEMICAL DOSIMETRY USE CHEMICAL RAD1ATIUN DETECTOR UK I NE i¿ ♦ DOSFMETERS ?l CHLORINE 33 CHEMICAL POTENTIAL USE THERHGUYNAMICS 113 CHLORINE 34 ­CHEMICAL PROPERTIES USE CHEMICAL REACTIONS 332 CHLURINE 35 292 CHEMICAL RADIATION DtlECTOKS 322 CHLÍJkINE 36 21,505 CHEMICAL REACTIONS 214 CHLUKINE 37 ­CHEMICAL REACTORS SEE CHEMICAL REACTIONS 126 CHLORINE 38 OR PRESSURE VESSELS 34 CHLORINE 39 OR VESSELS 5 CHLORINE 40 3,685 CHEMICALS 28 CHLORITES SEE CHLOROUS AClU 25 CHEMISORPTION USE ADSDRPTION OR HINERALS ­CHEMISTRY SEE BIOCHEMISTRY OR SILICATES CHEMICAL ANALYSIS 14 CHLOPMERODRIN USE DIURET ICS CHEMICAL REACTIONS ♦ DRUGS CHEMICALS CHLOROAPATITE USE APATITES PHOTOCHEMISTRY ♦ CHLORINE COMPOUNDS RADIATION- CHEHISTRY 557 CHLOKUFOKH USE ORGANIC CHLORINE COMPOUNDS RADIOCHEHISTRY 332 CHLOROPHYLL CHEMONUCLEAR REACTORS CHEHICAL REACTIONS 87 CHLOROPLASTS SEE CHLOROPHYLL REACTORS OR PHOTOSYNTHESIS ­CHEMOTHERAPY DRUGS OH PLANT CELLS MEDICINE 3 CHLOROSIS SEE ANEMIA THERAPY OR PLANTS CALCIUM PHOSPHATES 10 CHLOROTHIAZIDE USE DIURET ICS CERIUM PHOSPHATES ♦ DRUGS LANTHANUM PHOSPHATES » HETEROCYCLICS HINERALS ♦ ORGANIC CHLURINE COMPOUNDS THORIUH PHOSPHATES » ORGANIC NITROGEN COMPOUNDS URANIUH COMPOUNDS ♦ ORGANIC SULFUR COMPOUNDS 16

9 CHLOROUS ACID USE CHLORINE COMPOUNDS CIRCUS-CUUE USE PROGRAMHING ♦ MINERAL ACIDS CIRRHOSIS SEE DISEASES 41 CHLORPROMAZINE USE DRUGS OR LIVER * HETEROCYCLICS CISE USE ITALY *■ URGANIC CHLORINE COMPOUNDS CIT SYNCHROTRON USE SYNCHROTRONS + ORGANIC NITROGEN COHPOUNDS -CI TELLUS USE GROUND SQUIRRELS ♦ ORGANIC SULFUR COHPOUNDS -CITRATES USE CITRIC ACID -CHOCOLATE USE COCOA CITRIC ACID ♦ FOOD -CI TRI Ν USE VITAMIN Ρ 27 CHOLANTHRENES USE AROHATICS CITROVORUH FACTOR USE FOLIC ACID 6 CHOLERA SEE DISEASES * VITAMINS OR INFECTIONS CITRULLINE USE AMINO ACIDS 374 CHOLESTEROL CITRUS SEE FOOD 3 CHOLIC ACIO USE ORGANIC ACIDS OR FRUIT ♦ STEROIDS CIVIL DEFENSE SEE RADIATION PROTECTION 168 CHOLINE USE LIPIDS OR SAFETY ♦ VITAMIN Β GROUP -CLADDING SEE CANNING + VITAMINS OR COATING 71 CHOLINESTERASE USE ENZYMES OR ELECTROPLATING * ESTERASES OR FUEL CANS 2 CHONDROOITE USE OLIVINE OR PACKAGING 8 CHONDROSARCOMAS USE BONES OR PLATING + CANCER CLAG-CODE USE PROGRAMMING * CARTILAGE CLAISEN CONDENSATION USE ALKENES 29 CHOOZ SEE REACTORS * ESTERS 327 CHOPPERS USE PULSE GENERATORS «- PREPARATION 5 CHORIOALLANTOIC MEMBRANE USE EMBRYOS -CLA1SEN REACTION USE CLAISEN CONDENSATION ♦ MEMBRANES CLAMS USE MOLLUSCS 5 CHOROIO SEE EYES CLARKEITE USE LEAD OXIDES 8 CHORTOPHAGA USE INSECTS + URANIUM MINERALS -CHROMATES USE CHROHIUH OXIDES + URANIUM OXIDES 14 CHROMATIOS USE CHROMOSOMES -CLASSICAL SCATTERING CROSS SEC SEE RAYLEIGH SCATTERING 19 CHROMATIN SEE CHROMOSOMES OR RUTHERFORD SCATTERING OR CYTOLOGY OR THOMSON SCATTERING OR NUCLEIC ACIDS CLATHRATES USE CONFIGURATION 3,092 CHROMAIOGRAPHY *■ QUIÑONES 96 CHROHEL USE CHROMIUM ALLUYS *■ RARE GASES * NICKEL ALLOYS CLAUOETITE USE ARSENIC OXIDES 16 CHROMITE USE CHROMIUH OXIDES + MINERALS * IRON OXIDES CLAUSIUS-CLAPEYRON EQUATION USE DIFFERENTIAL EQUATIONS * HINERALS t- ENTHALPY *■ SPINELS * PRESSURE 2,293 CHROMIUM + TEMPERATURE 5,852 CHROMIUM ALLOYS + VOLUME 65 CHROMIUM BORIDES 5 CLAUSTHALITE USE LEAD COMPOUNDS 13 CHROMIUM 3RCMIDES + HINERALS 107 CHROMIUM CARBIDES «■ SELENIDES 3 CHROMIUM CARBONATES CLAYS 89 CHROMIUH CHLORIDES -CLEAN CRITICAL EXPERIMENT R. USE RDA-CX 97 CHROMIUM COMPLEXES CLEANING 360 CHROMIUM COMPOUNDS CLEAVAGE USE CRYSTALS 45 CHROMIUM FLUORIDES *■ FAILURES 3 CHROMIUM HYDRIDES CLEB-CÚDE USE PROGRAMMING 23 CHROMIUH HYDROXIDES CLEBSCH-GORDAN COEFFICIENTS USE GROUP THEORY 11 CHROMIUH IODIDES CLEMENTINE USE RESEARCH REACTORS 59 CHROMIUM ISOTOPES CLEVEITE USE ARGON 16 CHROMIUM NITRATES + HELIUM 34 CHROMIUM NITRIDES + RARE EARTHS 1,100 CHROMIUH OXIDES + THORIUM OXIDES 76 CHROMIUN PHOSPHATES + URANIUM MINERALS 2 CHROMIUH SILICATES * URANIUM OXIDES 253 CHROHIUH STEELS 92 CLEVELAND USE USA 44 CHROMIUM SULFATES 10 CLIFFORD ALGEBRA USE MATHEMATICS 11 CHROMIUM SULFIDES CLIMAX USE MINING 1 CHROMIUM 43 CLINCH RIVER USE RIVERS CHROMIUM 44 *■ TENNESSEE CHROMIUM 45 * USA CHROMIUM 46 CLINOCHLORE USE CHLORITES CHROMIUM 47 CLINOENSTATITE USE MAGNESIUM SILICATES 11 CHROMIUM 48 ·■ PYROXENES 14 CHROMIUM 49 CLINJPTILOLITE SEE ION EXCHANGE MATERIALS 76 CHROMIUM 50 CLOSTRIDIUM USE BACTERIA 643 CHROMIUH 51 CLOSTRIDIUM BOTULINUM USE BACTERIA 168 CHROMIUM 52 CLOSTRIDIUM KLUYVERI USE BACTERIA 118 CHROMIUM 53 CLOSTRIDIUM PASTÉURIANUM USE BACTERIA 71 CHROMIUM 54 CLOSTRIDIUM PERFRINGENS USE BACTERIA 19 CHROMIUM 55 CLOSTRIDIUM SPOROGENES USE BACTERIA 6 CHROMIUH 50 936 CLOSURES 31 CHROHIUH NICKEL STEELS USE STAINLESS STEELS 316 CtOTHING 2,623 CHROMOSOMES 1 ,526 CLOUD CHAMBERS 101 CHROMOSPHERE USE SUN CLOUDS SEE AEROSOLS 10 CHRONOTROPIC ACID USt CHEMICALS OR DISPERSIONS SULFONIC ACIDS OR DUSTS CHROMYL COHPOUNDS US,E CHROMIUM COHPOUNDS OR FALLOUT CHRUNOGRM-CODE USE PROGRAMMING OR METEOROLOGY 26 CHRONOPUTENTIOHETRY USE PJTENTIOMETRY CLOUDY CRYSTAL 8ALL MUDEL USE NUCLEAR MODELS 20 CHRONOTRONS USE MEASUREMENT CLOUDY-CODE USE PROGRAMMING PULSES CLOVER SEE AGRICULTURE ,f TIME OR PLANTS CHRYSENE USE AROMATICS CLUB-CODE USE PROGRAMMING CHRYSOBERYL USE ALUMINUM OXIDES CLUSIUS-OICKEL COLUMNS USE ISOTOPE SEPARATION t BERYLLIUM OXIDES ♦ THERMAL COLUHN + MINERALS + THERMAL DIFFUSION I CHRYSOTILE USE MAGNESIUM SILICATES -CLUSIUS-OICKEL PROCESS USE CLUSIUS-OICKEL COLUMNS + MINERALS -CLUSIUS-DICKEL SEPARATION COLU USE CLUSIUS-DICKEL COLUMNS 5 CHYLOMICRONS USE LIPIDS CLUSTER EXPANSION USE DIFFERENTIAL EQUATIONS PROTEINS CLUSTER MODEL USE BINDING ENERGY 23 CHYHOTRYPSIN US,E ENZYMES ♦ NUCLEAR MODELS -CHYMOTRYPSINOGEN USE CHYHOTRYPSIN -CLUSTERS SEE ALLOY CLUSTERS CIFA 101 USE COMPUTERS OR CLUSTER EXPANSION ♦ DIGITAL SYSTEMS OR CLUSTER MODEL -CIGARETTES USE TOBACCO FUEL ELEMENT CLUSTERS -CIGARS USE TOBACCO OR ION CLUSTERS 4 CINCHONINE USE ALKALOIDS OR LIQUID CLUSTERS CINDA-CODE USE PROGRAMMING SOLID CLUSTERS CINDER-CODE USE PROGRAMMING OR STAR CLUSTERS CINI-FUBIN1 APPROXIMATION USE MANDELSTAM REPRESENTATION CML USE CRITICAL ASSEMBLIES CINI-TOUSCHEK TRANSFORMATION USE OIRAC EQUATIONS CHPXMAT­COOE USE PROGRAMMING ♦ HELICITY 10 CNEN USE ITALY 1 CINNABAR USE MERCURY SULFIDES 3 CNRN USE ITALY ♦ MINERALS 6 CNSG USE REACTORS 20 C1NNAHIC ACID USE ACRYLIC ACID 571 COAGULATION ♦ PHENYL RADICALS 1.221 COAL 32 CIR USE RESEARCH REACTORS 4 COAST SEE REACTORS 9,633 CIRCUITS OR SEA ­CIRCULAT ON SEE BLOOD CIRCULATION 4,723 COATING OR COOLANT LOOPS 25 COAXIAL CABLES USE CABLES OR CURRENTS 1,939 COBALT OR FLUID FLOW 1,787 COBALT ALLOYS OR GAS FLOW 21 COBALT BORIDES OR LIQUID FLOW 20 COBALT BROMIDES 17

11 COBALT CARBIDES 70 CULUKADU PLATEAU USE ARIZONA 5 COBALT CARBONATES MOUNTAINS 152 COBALT CHLORIOES * UTAH 321 COBALT COMPLEXES 13 COLORADO RIVER US»E RIVERS 399 COBALT COMPOUNDS ♦ USA 79 COBALT FLUORIOES ­COLOHADO STATE UNIV. AGN­201 Λ USE AuN SERIES 4 COBALT HYORIOES 3 COLORATION USE CLLUH 14 COBALT HYDROXIDES 139 COLORIHETRY USE COLOR 5 COBALT IOOIOES ♦ OtTERMlNATION 112 COBALT ISOTOPES COLUMBIA USE SOUTH AMFHICA 50 COBALT NITRATES 150 COLUMBIA RIVER USE RIVERS 2 COBALT NITRIDES ♦ USA 177 COBALT OXIDES WASHINGTON COBALT PHOSPHATES ­COLOMBIA UNIV. TRIGA R. US*E TRIGA SEH RS 5 COBALT SILICATES ­COLUMBITE USE NIOBITE 51 COBALT SULFATES ­COLUMBIUM USE Ν I UB I UM 21 COBALT SULFIDES CULUMBUS S­4 USE PINCH 14 COBALT 54 ­COLUMNS SEE CHROMATOGRAPHY 36 COBALT 55 OR CUNFIGUHATION 106 COBALT 56 OH EXTRACTION COLUMNS 265 COBALT 57 OR ION EXCHANGE HATERIAlS 326 COBALT 58 OR MECHANICAL STRUt TURFS 296 COBALT 59 OR THERMAL COLUMN 6,879 COBALT 60 OR THERMAL DIFFUSION 17 COBALT 61 COMA­CODE USE PRUGRAMHING 4 COBALT 62 ­COMBINED INVERSION USE ANTIPARTICLES 4 COBALT 63 ELEHENTARY PARTI CLES 3 COBALT 64 » INVARIANCE PRINCIPLE 1 COBALTITE USE ARSENIDES * PARITY + COBALT COMPOUNDS ­COMBINED PARITY US*E ANT1PARTICLES ♦ COBALT SULFIOES ELEHENTARY PARTICLES » HIÑERAIS * INVARIANCF PRINCIPLE COBRA­CDOE USE PROGRAMMING ♦* PARITY 5 COCAINE USE ALKALOIDS CÜHÊIUSTION 166 COCKCRUFT­WALTON ACCELERATORS ­CQMBJSTION ENG. PROCESS HEAT R USE CEPHR 7 COCKROACHES USE INSECTS ­COMBUSTIONI ENG. R. DCB­H2 USE DCB­H2 9 COCOA USE FOOD ­tOMÉMUSTIOiNi ENG. R. ILB­SI USE ICB­SI 9 COCONUTS SEE FOOD ­COMiÜüSTlOiN fi*i¡¿. ft. P­SI USE P­Sl OR FRUIT ­i.UH.ftuSΤ Ι CN EMG. R. P­S2 USE P­S2 13 CODEINE USE ALKALOIDS CÜMiflO'STlLin HEAT USE COHBOSTION *■ DRUGS THERHUDYNAHICS 16 CODES SEE PROGRAMMING SE*E AIRCRAFT SEE FISH OR COHETS 8 CODFISH OR FOOD OR CRITICAL ASSEHBLIES USE INSECTS COMÍ TS SEE ASTHDPHYSICS 4 COOLING MOTH ♦ PARASITES C UHM LINO TD SEE GRAIN SIZE USE ACETYL RADICALS OR ORE PROCESSING 15 COENZYME A + ENZYMES 586 COMMUNICAT IONS .2 COESITE USE SILICON OXIDES 152 COMMUTATION *£(.Alt lû^i SEE QUANTUM MECHANICS 13 COFFEE SEE FOOD 1,430 COMPACTING OR PLANTS 118 C J« Ρ AC ÜS SEE COMPACTING 16 COFFINITE USE URANIUM MINERALS OR SINTERED MATERIALS ♦ URANIUM SILICATES -COMPILATION SEE BIBI IUGRAPHY COHEN EQUATION . USE CHEMICAL REACTIONS OR PROGRAMHING + ENRICHMENT OR TAULES ISOTOPE SEPARATION 13 COMPILERS USE PROGRAMHING *■ TIME 6 COMPLEMENT USE IMMUNITY -COHEN THEORY USE COHEN EQUATION 3,596 COMPLEXES COHENITE USE IRON CARBIDES 20 CUMPLEXOMETRY USE COHPLEXES METEORITES ♦ DETERMINAIIUN *♦ MINERALS COHPOSITE MODEL USE BARYONS 9 COHERENT RADIATION USE RADIATIONS MESUNS 16 COHESION SEE BINOING ENERGY *♦ PARTICLF HUOELS OR TENSILE PROPERTIES 1,267 COMPOUND NUCLEI 2,478 COILS 1,973 COMPOUNDS 6,166 COINCIDENCE MEIHOOS BO COMPRESSIBILITY SEE HECHANICAL PROPERTIES 112 COKE USE COAL OR PRESSURE 2 COLASL­COOE USE PROGRAMMING OR THERHUDYNAHICS COLBURN EQUATION USE HEAT TRANSFER 4 COMPRESSIBLE FLOW USE FLUID FLOW *■ LIQUID FLOW ♦ PRESSURE *■ NUSSELT NUHBER 31 COMPRESSION SEE CUHPACTING ­COLBURN FORMULA USE COLBURN EQUATION OK COMPRESSORS ­COLBURN HEAT TRANSFER FACTOR USE COLBURN EQUATION UK PRESSURE COLCHICINE USE ALKALOIDS 1 COMPRESSION STRENGTH SEE TENSILE PROPEHIIES ♦ ANTIMITOTIC ORUGS 52Θ COMPRESSORS

«■ ORUGS 1,113 CUMPTON EFFECT 53 COLO NEUTRONS USE THERMAL NEUTRONS ­COMPTUN ELECTRON USE CUMPTON EFFECT 5 COLD PLASMA USE PLASMA ­COHPTON RECOIL USE COHPTUN FFFECT I.69B COLD WORKING ­COHPTON SCATTERING USE COMPI.IN EFFECT 4 COLEMANITE USE BORATES ­COHPTUN SHIFT USE COHPTON EFFECT ♦ CALCIUH COHPOUNDS 11 COHPTON SPECTROMETEK USE COHPTUN EFFECT ♦ HINERALS ♦ GAHHA SPECTRUMETEHS 6 COLIFORHS USE BACTERIA 11,060 COMPUTERS 112 COLLAGEN USE PROTEINS 996 CONCENTRATION SEE ABUNDANCE 3 COLLECTIVE EFFECTS USE EXCITATION UH ENHICHMENT ♦ PLASHA OR SEPARATION PROCESSES 983 COLLECTIVE HODEL USE NUCLEAR MODELS 1,545 CUNCRETES ­COLLECTORS SEE ELECTRODES ­CONDENSATION SEE LHFMICAL HEACTIONS DR FILTERS OR OENSIIY OR SAMPLING OH LIQUEIYING OR VESSELS 6P5 CONDENSERS 2 COLLEMBOLA USE INSECTS 75 CONDI MONEO REFLEXES SEE BEHAVIOR ­COLLIMATEO NEUTRONS USE NEUTRON BEAMS OR NERVOUS SYSTEM 239 COLLIMATORS SEE BEAM OPTICS CUNDUR­CÜDE USE PROGRAMMING OR LENSES ­CONDUCTIVITY SEE ELECTRIC CUNUUCTIVIIY OR OPTICAL SYSTEHS OR THERMAL CONDUCTIVITY 44 COLLISION INTEGRAL USE DIFFERENTIAL EQUATIONS 2Θ CUNDUCTOHETRY USE DETERMINAI ION ♦ TRANSPORT THEORY ♦ ELECT'» If. CONDUCT I Vl Τ Y 19 COLLISION MATRIX USE HATRICES ­CONFERENCE USE ■ ♦ SCATTERING 7 CONFIDENCE REGIUNS USE STATISTICS 68 COLLISIONLESS PLASMA USE PLASHA 35,638 CUNF1GURATI0N 16 CONFIGURATION MIXING USE ELECTRONS 3,171 COLLISIONS ♦ INTERACTIONS 2,820 COLLOIDS ♦ URBITS 4 COLHONOY USE BORIDES *■ CHROHIUH ALLOYS 9 CONFIGURATION SPACE USE ELEMFNTARY PARTICLES ♦ NICKEL ALLOYS 2.41B CONFINEMENT 3 COLOMBIA 17 CONFORMAL MAPPING USE MATHEMATICS -COLOMBIAN RESEARCH R. USE EDUCATOR COLOMBIA ­CONGESTIVE HEART FAILURE USE BLUUD C IPCULATIJN -COLON USE INTESTINE ♦ DISFASES 7 COLONIES SEE BACTERIA ♦ HEART OR HICROORGANISHS 33 CONGLOMERATES USE RUCKS -COLONY FORMATION SEE BACTERIA CONGO BRAZZAVILLE USE AFRICA OR COLONIES CONGO KINSHASA USE AFRICA OR GENETICS 4 CONüU RED SEE UYES OR HICROORGANISHS 20 CONIDIA USE FUNGI 4,112 COLUR ♦ SPORES 168 CULUR CENTERS USE LATTICES 3 CONJUNCTIVA USE EYES ♦ VACANCIES ♦ TISSUES 574 COLORADO USE USA 4 CONJUNCTIVITIS SEE EYES UP INFECTIUNS OK RADIATIUN INJURIES 18

CONNECTICUT USE USA 8 CDRH USE TREES 7 CONNECTICUT YANKEE USE REACTORS 55 CORN SEE CEREALS 47 CONNECTIVE TISSUE USE TISSUES OR MAIZE 547 CONSERVATION LAWS SEE ELECTRODYNAMICS 3 CORN OIL USE ESTERS OR ELEMENTARY PARTICLES OILS OR FIELD THEORY 7 CORN PONE-COOE US*E PROGRAMMING OR MECHANICS Θ7 CORNEA USE EYES OR THERMODYNAMICS 17 CORNELL SYNCHROTRON USE SYNCHROTRONS CONSISTENCY SEE STABILITY -CORNELL UNIV. TRIGA-1I R. USE TRIGA SERIES -CONSOLIDATED EOISON RAVENSWOOD USE RAVENSWOOD-A 188 CURONA USE SUN -CONSOLIDATED EOISON THORIUM R. USE CETR 93 CORONA EFFECT USE ELECTRIC DISCHARGES -CONSOLIDATED NUCL. STEAM GEN. USE CNSG + IONIZATION -CONSORT USE CONSORT-2 25 CORONARIES USE BLOOD VESSELS CONSORT-2 USE REACTORS HEART CONSTANTAN USE COPPER ALLOYS 6 CORPORA LUTEA US*E GONADS ♦ NICKEL ALLOYS ♦ OVARIES -CONSTANZA PALERMO USE AGN SERIES -CORRAL CANYON USE MALIBU -CONSUMPTION SEE BURNUP 50 CORRECTIONS SEE ERRORS OR OISEASES OR GUIDANCE OR ECONOMICS -CORRELATION USE STATISTICS CONTACT ANGLE USE ANGULAR DISTRIBUTION CORRELATION ENERGY USE ELECTRONS * LIQUIDS ♦ METALS * SOLIDS 240 CORRELATION FUNCTION USE STATISTICS » SURFACES 32 CORRESPONDENCE PRINCIPLE USE QUANTUM MECHANICS CONTACT POTENTIAL USE ELECTRIC POTENTIAL 8,222 CORROSION * METALS -CORROSION PICKLING USE CORROSION » SURFACES + PICKLING CONTACT THERAPY USE RADIOTHERAPY 1.197 CORROSION PROTECTION 102 CONTAINERS SEE VESSELS -CORTEX SEE ADRENAL GLANDS 209 CONTAINMENT SEE CONTAINMENT TIME OR BRAIN OR PRESSURE VESSELS 5 CÜRTICOIDS USE STEROIDS 9Θ CONTAINMENT TIME USE CONFINEMENT 44 CORTICOSTEROIDS USE STEROIDS » ENERGY -CORTICOTROPIN USE ACTH ♦ THERMONUCLEAR REACTIONS 336 CORTISONE USE CORTICOSTEROIDS CONTAMINATION 42 CORUNDUM USE ALUMINUM OXIDES CONTAMU-COOE USE PROGRAMMING ♦ MINERALS CONTINUITY EQUATIONS USE DIFFERENTIAL EQUATIONS 1 CORVUSITE USE MINERALS CONTRACTION USE DEFORMATION ♦ VANAOIUM OXIDES ♦ VOLUME -COSMIC PARTICLES USE COSMIC RADIATION 7 988 CONTROL 10,406 COSHIC RADIATION 3 799 CONTROL ELEMENTS 251 COSMIC RAY STARS USE COSMIC RAOIATION -CONTROL RECIRCULATION NS R USE CR8R t PARTICLE TRACKS 24 CONTROL ROD WORTH SEE CONTROL ELEMENTS 207 COSMIC SHOWERS USE COSMIC RADIATION 5 204 CONTROL SYSTEMS SHOWERS 1 S3 3 CONVECTION 17 COSMOGONY US*E ASTROPHYSICS CDNVERG USE FORTRAN 2 COSMOLOGICAL MODELS USE GRAVITATION 3 012 CONVERSION RELATIVITY THEORY 11 CONVEX SETS USE GROUP THEORY *♦ SPACE 5 267 COOLANT LOOPS 214 COSMOLOGY USE ASTROPHYSICS 2 693 COOLANTS -COSMOS USE SPACE 2 COOLERS USE COOLING COSMOS SATELLITES USE SATELLITES COOLIDGE TUBE USE ELECTRON TUBES 155 COSMOTRONS USE SYNCHROTRONS ♦ RECTIFIERS 37 COST SEE ECONOMICS ♦ X RADIATION 8 COSTA RICA USE CENTRAL AMERICA COOLING -COSTER-KRONIG EFFECT USE COSTER-KRONIG TRANSITIONS COUPER-RAINWATER THEORY USE CHARGEO PARTICLES COSTER-KRONIG TRANSITIONS USE ATOMS + MULTIPLE SCATTERING f TRANSIENTS COOPERATIVE PHENOMENA USE MECHANICS + X RADIATION ♦ STATISTICS -COSTER-KRONIG YIELO USE COSTER-KRONIG TRANSITIONS 21 COORDINATION NUMBER SEE COMPLEXES 169 COTTON SEE PLANTS COORDINATION VALENCES USE VALENCE OR SEEDS COPE-COOE USE PROGRAMMING OR TEXTILES 6,621 COPPER 8 COTTON RATS USE RATS 3,034 COPPER ALLOYS -COTTRELL ATMOSPHERE USE COTTRELL THEORY 6 COPPER BORIDES -COTTRELL MECHANISM USE COTTRELL THEORY 17 COPPER BROMIDES COTTRELL PRECIPITATOR USE AEROSOLS 1 COPPER CARBIDES ELECTROSTATICS 28 COPPER CARBONATES * SEPARATION PROCESSES 153 COPPER CHLORIDES COTTRELL THEORY US*E CRYSTALS 187 COPPER COMPLEXES *■ IMPURITIES 502 COPPER COMPOUNDS MOBILITY 28 COPPER FLUORIDES 2 COTUNNITE US»E LEAD CHLORIDES 7 COPPER HYDRIDES ♦ MINERALS 15 COPPER HYDROXIDES 27 COUETTE FLOW USE FLUID FLOW IB COPPER IODIDES VISCOSITY 57 COPPER ISOTOPES -COULOMB ATTRACTION US*E COULOMB FIELD 45 COPPER NITRATES -COULOMB BARRIER USE COULOMB FIELD COPPER NITRIDES COULOHB CORRECTION USE DECAY 373 COPPER OXIDES ♦ ELECTRIC FIELDS 46 COPPER PHOSPHATES ♦ ELEHENTARY PARTICLES 9 COPPER SILICATES ♦ INTERACTIONS 10 COPPER SPARK METHOD SEE SPECTROSCOPY COULOMB ENERGY USE BINDING ENERGY 214 COPPER SULFATES 368 COULOMB EXCITATION USE CHARGED PARTICLES 187 COPPER SULFIOES ♦ ELECTRIC FIELDS 13 COPPER 58 ♦ EXCITATION 22 COPPER 59 ♦ NUCL EI 19 COPPER 60 21 COULOHB FIELD USE ELECTRIC CHARGES 49 COPPER 61 ELECTRIC FIELDS 96 COPPER 62 -COULOMB FORCES US*E COULOMB FIELO 397 COPPER 63 -COULOMB POTENTIAL USE COULOMB FIELD 358 COPPER 64 ♦ ELECTRIC POTENTIAL 297 COPPER 65 -COULOMB REPULSION USE COULOMB FIELD 40 COPPER 66 3 COULOMB SCATTERING USE CHARGED PARTICLES 43 COPPER 67 ♦ ELECTRIC FÍELOS 5 COPPER 68 ♦ NUCLEI COQUIMBITE USE IRON SULFATES f SCATTERING 18 CORALS USE CALCIUH CARBONATES -COULOMETRY USE VOLTAMETRY ♦ FOSSILS COULTER COUNTER USE AEROSOLS 9 CORCHORUS SEE JUTE 22 COUHARIN USE HETEROCYCLICS OR PLANTS t ORGANIC OXYGEN COHPOUNDS 7 CORDIERITE USE ALUMINUM SILICATES 656 COUNTER CURRENT » MAGNESIUM SILICATES 5,226 COUNTERS t MINERALS 32 COUNTING RATES PULSES CORDILLERA OE LOS ANDES USE MOUNTAINS TIME ♦ SOUTH AMERICA 2,554 COUPLING SEE CAPACITORS CORDYLITE USE BARIUM CARBONATES OR CHEMICAL REACTIONS ♦ PARISITE OR INDUCTION -CORE SEE MAGNETIC MATERIALS INTERACTIONS OR NUCLEAR MODELS JOINTS OR REACTOR CORE ' MACHINE PARTS -CORE CHANNELS SEE COOLANT LOOPS OR RESISTORS OR IN PILE LOOPS 654 COUPLING CONSTANTS USE ELEHENTARY PARTICLES OR REACTOR CORE INTERACTIONS CORE-COOE USE PROGRAMMING QUANTUM FIELD THEORY COREMAP-CODE USE PROGRAMMING COUTH-CODE USE PROGRAMMING -CORIOLIS ACCELERATION USE CORIOLIS FORCE 39 COVALENCE USE BINDING ENERGY USE CORIOLIS FORCE -CORIOLIS EFFECT -COVALENCY USE COVALENCE USE MECHANICS CORIOLIS FORCE 12 COVELLITE USE COPPER SULFIDES ♦ ROTATION MINERALS -CORIOLIS INTERACTION USE CORIOLIS FORCE -CORIOLIS PARAMETER USE CORIOLIS FORCE 19

USE ALUMINUM FLUORIDES SEE CLOSURES 39 CRYOLITE MINERALS OR COATING SODIUM FLUORIDES OR SHELTERS * USE FREEZING POINTS β COW-HILKERS SEE ISOTOPE SEPARATION CRYOSCOPY * MEASUREMENT 57 COWS SEE CATTLE ♦ SOLUTIONS 167 CP INVARIANCE USE ANTIPARTICLES * ♦ ELEHENTARY PARTICLES USE CONTROL SYSTEMS ♦ ♦ INTERACTIONS LOW TEMPERATURE INVARIANCE PRINCIPLE 14 CRYUTRONS USE MAGNETIC FIELDS ♦* PARITY ♦ SUPERCONDUCTIVITY -CP INVERSION USE ANTIPARTICLES 1,136 CRYSTAL COUNTERS ♦ ELEHENTARY PARTICLES ­CRYSTAL STRUCTURE USE LATTICES INVARIANCE PRINCIPLE 10 CRYSTAL VIOLET SEE DYES f» PARITY 1,241 CRYSTALLIZATION USE REACTORS 37 CRYSTALLOGRAPHY USE CRYSTALS LATI ICES CP-11 USE RESEARCH REACTORS CP-2 USE REACTORS 14,719 CRYSTALS * USE (RUN CHLURIDES CP-3 USE RESEARCH REACTORS LRYTHROSIDERITE CESIUM -CP-4 USE EBR­1 CSREX PROCESS USE USE RESEARCH REACTORS RAHI EARTHS SOLVENT EXTRACTION CP-6 USE RESEARCH REACTORS STRONTIUM CPDTA USE ACETIC ACID *■ AMINES CTU USE REACTORS ♦ CHELATES 4 CUBIC SYSTEM USE LATTICES ♦ CYCLOALKENES 11 CUCUMBERS USE PLANTS ♦ PENT ANE 94 CULTURE MEDIA USE SULUT IONS 61 CULTURES SEE -CPPD USE HNPF AGRICULTURE CPS-CODE USE PROGRAMMING ANIMAL CELLS -CPT INVARIANCE USE CPT THEOREM BACTERIA CPT THEOREM USE CP INVARIANCE M1CR0URGANISHS ♦ FIELD THEORY PLANT CELLS *■ TIME REVERSAL TISSUE CULTURES CRAB NEBULA USE STARS 21 CUMENE PHENYL RADICALS -CRABS USE CRUSTACEANS PROPYL RADICALS CRACKING SEE CRACKS CUNICO COBALT Al LOYS OR DECOMPOSITION COPPER ALLOYS OR PYROLYSIS NICKEL ALLOYS AH1NES 1,768 CRACKS 193 CUPFERRUN USE 2 CRAM-CODE OSE PROGRAMHING 4 CUPRITE USE COPPER OXIUES 3 CRANOALLITE USE ALUHINUH PHOSPHATES HINERALS *■ CALCIUH PHOSPHATES CUPR0SKLUDUWSK1TE COPPER SILICATES *■ MINERALS URANIUM MINERALS CRANES SEE TRANSPORT URANIUM S IL RATES CRANKING HODEL USE DEFORMED NUCLEI CUPROZIPPEITE CUPPER OXIDES CRATERS SEE ELECTRIC ARCS Ζ IPPEITE OR EXPLOSIONS CUR C UH I N SEE DYES OR GEOLOGY CURE­CUOI: USE PROGRAMMING OR NUCLEAR EXPLU5I0NS CURFIT­CUUE USE PRUGRAMMING OR OPENINGS ­CUR iL SEE CURIE POINT OR VOL CAN I CS CURIE-WEISS LAW -CRAYFISH USE CRUSTACEANS RAD10ACTIVITV 134 CR8R USE REACTORS ­CURIE CONSTANT USL CURIE-WEISS LAW 1 CRBR­CX USE CRITICAL ASSEMBLIES ­CURIE EOUATIUN USE CURIE­WEISS LAW 55 CREATINE USE ORGANIC ACIDS ­CUR It LAW USE CUHΙΕ-WEI SS LAW * ORGANIC NITROGEN COMPOUNDS CURIE RUINI FLKKUMAIJNE! IC MATERIALS 48 CREATININE USE ORGANIC NITROGEN COMPOUNDS TEMPERATURE 3 CREEK USE RIVERS ­CUR 1 F TEMPERATURE USE CURIE POINT 2,094 CREEP 87 CURIE­ rfEiS:. LAW USE CURIE POINT 32 CRESOL USE PHENOLS SUSCEPT hill I TY 22 CRESYL RADICALS USE CRESOL 6 CURI ie LEAD OX I DCS CRETF USE REACTORS URANIUM MINERALS CRIME DETECTION USE DETECTION URANIUM OXIDES 21 CRISTOBALITE USE MINERALS 267 CURIUM «· SIL ICON OXIDES CURIUM ALLUYS -CRIT. ASS. HEST1NGHUUSE TEST R USE CES CURIUM BORIDES 26 CRITICAL ASSEMBLIES 1 CURIUM BRUMIUES -CRITICAL ASSEMBLY GEESTHACHT USE CAG 1 CURI UM CARBIOES -CRITICAL ASSEMBLY 26 ORNL USE CA­28 1 CURI UM CARHONATLJ -CRITICAL BREEDING FAST KÉACTUR USE CBFP 7 LURIUH CHLORIDES 50 CRITICAL CURRENT USE CURRENTS 19 CURIUM CUMPLÍ XES -CRITICAL EXPERIMENT KRIIO USE KRITO 27 CUR I UM COMPOUNDS -CRITICAL EXPERIMENT REACTOR USE CERF 15 CURIUM FLUORIDES -CRITICAL EXPERIMENT TEST USE CET CURIUM HYUKlUES 22 CRITICAL FIELD SEE MAGNETRONS 7 CURI UM HYDROXIDES OR SUPERCONDUCTIVITY ι CUKluM IUU10ES 7 CRITICAL FLOW SEE FLUID FLOW 27 CURI UM ISOTOPES OR GAS FLOW 2 LURIUM NI TRATES OR LIQUID FLOW CURIUM Ν 11 K I DE S -CRITICAL HEAT USE CRITICAL HEAT FLUX 23 CURI UH OXIDES 81 CRITICAL HEAT FLUX USE HIGH TEMPERATURE 1 CUR I UH PHOSPHATES 12 CRITICAL MASS USE CRITICALITY CUR 1 UH SILICATES + MASS 1 CUR 1 UH SULFATES -CRITICAL MASS LABORATORY USE CML C UR 1 UH SULFIDES 5 CRITICAL ORGANS SEE RADIUSENSITIVITY 5 LURIUM 23B 195 CRITICAL TEMPERATURE USE TeMPeRATURE 2 CURIUM 2 39 8 CRITICAL VELOCITY USE FLUID FLOW 13 CURI UM 240 + TURBULENCE 14 CURIUM 241 + VELOCITY 195 CUKIUH 242 CRITICALITY 26 CUKlUM 243 CROCAR USE CARBIDES 163 CUHIUM 244 «- CHROMIUM ALLOYS 25 CUKlUM 245 f IRON ALLOYS 26 C UH 1 UM 246 1 CROCOITE USE CHROMIUH OXIOES 13 CURIUM 247 + LEAD OXIDES 13 CURI UM 248 ♦ HINERALS 2 CURIUM 249 CROLOY USE STAINLESS STEELS 4 CURIUM 250 CROOKES ITE USE CUPPER COMPOUNUS 11,800 CURRENTS ♦ MINERALS ­CURTAIN see BARRIERS ♦ SELENIDES OR SHI ELDING ♦ SILVER COMPOUNDS ­CUKT1SS­WKIGHÎ NUCL. TRAINING USE CW­NTR 11 CROPS USE AGRICULTURE ­CURTI5S­WKIGHT RESEARCH K. use CWRR CROSS FLOW USE COUNTER CURRENT ­CURVES USE DIAGRAMS CROSS PLOT-CODE USE PROGRAMMING CUSHING SYNDROME USE CORTICOSTEROIDS 22,264 CROSS SECTIONS DISEASES 129 CROSS-LINKING SEE POLYMERIZATION *♦ PITU1TARY GLAND 58 CROSSING SYMMETRY OSE FIELD THEORY ¥ TUMORS 28 CROSSING-OVER SEE CHRÙHUSOHES ­CUSP use CUSPED GEOMETRIES OR GENETICS ­CUSP CONFIGURAIIUN USE CUSPEU GEUHETRIES OR HUTATIONS CUSPED GEOMETRIES use CONFIGURATION 7 CROTON OIL USE ORGANIC ACIDS ♦ CUNFINEHENT 5 CROTONIC ACID USE ORGANIC ACIDS HAGNETIC FIELDS CROWBAR-CODE USE PROGRAMMING » PLASHA 7 CROWDIONS USE LATTICES * STABILITY 749 CRUCIBLES ­CUT­OFF RIGIDITY US*E COSHIC RADIATION CRUDE SEE PETROLEUM ♦ EARTH 122 CRUSHING SEE ORE PROCESSING *■ ENERGY RANGE 50 CRUSTACEANS USE ANIMALS *■ MAGNETIC FIELDS + ARTHROPODS CUTTING see MACHINING 2,127 CRYOGENICS CUTTING TOOLS USE TOOLS CVA 65 USE REACTORS CVC THEORY USE FIELD THEORY 20

COMPUTERS USE REACTORS 257 DATA PROCESSING SEE 194 CVTR OR DOCUMENTATION -CVTR CRITICAL EXPERIMENT USE CV.TF'tRX OATA TRANSMISS ON USE COMMUNICATIONS 1 CVTR-LRX USÉ-'tRITlCAL ASSEMBLIES 12 USE RESEARCH REACTORS DATAPREP-CODE USE PROGRAMHING CW-NTR USE COMPUTERS CWF-COOE USE PROGRAMMING a OATATRON USE RESEARCH REACTORS 2 DATOLITE USE BORON OXIDES CWRR CALCIUM OXIOES . USE CRITICAL ASSEMBLIES CWTA * MINERALS 5 CYANANIOES USE AMIDES * SILICON OXIOES 301 CYANATES 1 DAUBREEL1TE USE CHROMIUM SULFIOES 2.527 CYANIDES IRON SULFIOES -CYANOCOBALAMIN USE VITAMIN B-12 MINERALS ♦ VITAMINS USE REACTORS 10 CYANURATES USE HETEROCYCLICS 1 DAVID ♦ ORGANIC NITROGEN COMPOUNDS 9 DAVIOITE USE TITANIUM OXIDES ♦ ORGANIC OXYGEN COMPOUNDS URANIUM MINERALS USE PARTICLE MODELS 9 CYBERNETICS USE CONTROL DAVIDSON PARTICLES MODEL USE DAVYDOV-FILIPOV HODEL 26 CYCLIZATION USE CHEHICAL REACTIONS -DAVYDOV HODEL ♦ CONFIGURATION OAVYDOV-FILIPOV MODEL USE COLLECTIVE HOOEL NUCLEAR MODELS 1,090 CYCLOALKANES + USE NETR 323 CYCLOALKENES -DAYTON TEST REACTOR -CYCLOHEXYLENEDINITRILOTETRAACE USE COTA 2 OBP USE BUTYL PHOSPHATES 160 CYCLONE SEPARATORS DC RESINS USE SILICONES 30 CYCLOPENTAOIENE USE CYCLOALKENES DCB-M1 USE REACTORS ♦ OIENES DCB-M2 USE REACTORS -CYCL0PENTAD1ENYL RADICALS USE CYCLOPENTAOIENE DCD-1604-A-C00E USE PROGRAMHING -CYCLOPENTANEDIAHINETETRAACETIC USE CPOTA OCOR USE REACTORS USE ACETIC ACID CYCLOPS-CODE USE PROGRAMMING 19 UCTA AHINES 160 CYCLOTRON FREQUENCY USE CYCLOTRON RADIATION ♦ FREQUENCY + CHELATES 775 CYCLOTRON RADIATION SEE CHARGED PARTICLES CYCLOALKANES OR MAGNETIC FIELDS + HEXANE OR PLASMA 22 DCX DEVICES USE THERMONUCLEAR DEVICES OR RADIATIONS 6 DDK-CODE USE PROGRAMMING 3,842 CYCLOTRONS 14 DDT USE ETHANE t INSECTICIDES CYGRO-CODE USE PROGRAMHING ORGANIC CHLORINE COHPOUNDS 5,828 CYLINDERS » PHENYL RADICALS 5 CYHENE USE PROPYL RADICALS * » TOLUENE -DE BOER IODIDE PROCESS USE OE BOER-VAN ARKEL PROCESS 5 CYRTOLITE USE ZIRCON -DE BOER PROCES! USE OE BOER-VAN ARKEL PROCESS CORRELATION FUNCTION 140 CYSTAMINE USE AMINES DE BUER THEORY SEE +■ ETHYL RADICALS OR LIQUIDS » ORGANIC SULFUR COMPOUNDS OR QUANTUM MECHANICS STATISTICAL MECHANICS -CYSTEAMINE USE MEA OR SUPERFLUIDITY 685 CYSTEINE OR 151 CYSTINE USE AHINO ACIDS OR TRITIUM ♦ ORGANIC SULFUR COMPOUNDS OR VIRIAL COEFFICIENTS SEE DISEASES DE BOER-VAN ARKEL PROCESS USE DECOMPOSITION OR PARASITES IODIDES OR TUMORS , METALS 69 CYTIDINE USE NUCLEOSIDES OE BROGLIE FUSION THEORY US»E BOUND STATE ♦ PYRIHIDINES ♦ PARTICLE MODELS 31 CYTIDYLIC ACIO USE CYTIDINE -DE BROGLIE HYPOTHESIS USE DE BROGLIE WAVELENGTH + NUCLEOTIDES OE BROGLIE WAVELENGTH USE ELEMENTARY PARTICLES ♦ ORGANIC PHOSPHORUS COMPOUNDS + FREQUENCY -CYTOCHROME OXIDASE USE CYTOCHROMES QUANTUM MECHANICS CYTOCHROMES USE ENZYMES 53 OE HAAS-VAN ALPHEN EFFEC1 US*E CRYOGENICS ♦ OXIDATION OIAMAGNETISH ♦ REDUCIIUN OE SITTER UNIVERSE US*E COSMOLOGY 4,897 CYTOLOGY + RELATIVITY THEORY 140 CYTOPLASM USE CYTOLOGY 5 DEACTIVATION SEE CHEMICAL REACTIONS CYTOSINE USE PYRIMIDINES OR DECONTAMINATION -CZECH WWR-C REACTOR USE WWR SERIES 89 OEAO TIME USE RESOLUTION CZECHOSLOVAKIA USE EUROPE TIME CZOCHRALSKI HETHOO USE MONUCRYSTALS 5 DEAFNESS SEE DISEASES + PREPARATION OR EARS C1W USE REACTORS OR RADIATION INJURIES -0 REACTOR HANFORD USE HAN-Ü 3 DEALKYLATION USE ALKYL RAOICALS D RESONANCES USE RESONANCE CHEMICAL REACTIONS D-LAYER USE IONUSPHERE 21 DEAMINATION USE AMINES -D-STATES USE D-WAVES CHEMICAL REACTIONS D-WAVE USE QUANTUM MECHANICS 175 DEATH SEE AGE D-WAVES USE ANGULAR MOMENTUM OR LETHAL DOSE ♦ ENERGY LEVELS OR LIFE SPAN <· QUANTUM MECHANICS OR SURVIVAL TIME -D-14 ALLOY USE NIOBIUH ALLOY-0-14 -DEBRIS SEE FALLOUT ♦ NIOBIUM ALLOYS OR RESIDUES ♦ ZIRCONIUM ALLOYS -DfcBYE CRYSTAL HOOEL USE OEBYE SPECIFIC HEAT THEORY -0-43 ALLOY USE NIOBIUM ALLOY-D-43 -OEBYE CUTOFF USE OEBYE LENGTH -DACE SUBMARINE USE S5W SERIES -ÜEBYE DISTANCE USE OEBYE LENGTH DACITES USE IGNEOUS ROCKS -OEBYE FREQUENCY USE DEBYE TEMPERATURE DACRON USE POLYESTERS -DEBYE FUNCTION USE DEBYE SPECIFIC HEAT THEORY DAILY VARIATIONS USE VARIATIONS 135 OEBYE LENGTH USE CHARGED PARTICLES OAIRYLANO USE REACTORS ELECTRIC FIELDS DALITZ PAIRS SEE ELEMENTARY PARTICLES PLASMA OALITZ PLOT USE DIAGRAMS SHIELDING t ELEMENTARY PARTICLES 25 DEBYE HODEL USE PARTICLE MODELS ♦ INTERACTIONS -DEBYE PHONON SPECTRUM USE DEBYE SPECIFIC HEAT THEORY -DALITZ-FABRY PLOT USE OALITZ PLOT -OEBYE RADIUS USE DEBYE LENGTH -DAMAGE SEE ACCIDENTS -DEBYE RANGE USE OEBYE LENGTH OR DEFECTS -OEBYE SHIELD USE DEBYE LENGTH OR FAILURES -DEBYE SH1EL01NG LENGTH USE DEBYE LENGTH OR RADIATION EFFECTS -DEBYE SOLIDS USE OEBYE SPECIFIC HEAT THEORY OR RADIATION INJURIES DEBYE SPECIFIC HEAT THEURY USE LATTICES USE AMYL RAOICALS SPECIFIC HEAT » ESTERS TEMPERATURE ·· METHYL RADICALS -OEBYE SPECTRA USE DEBYE SPECIFIC HEAT THEORY *■ ORGANIC PHOSPHORUS COMPOUNDS 203 DEBYE TEMPERATURE USE SPECIFIC HEAT 336 OAHPING SEE FRICTION -OEBYE THEORY SEE DEBYE SPECIFIC HEAT THEORY OR LANDAU DAMPING OR DEBYE-WALLER FACTOR OR OSCILLATIONS -DEBYE X RAY METHOD USE DEBYE-SCHERRER DIAGRAHS OR PLASMA WAVES -DEBYE-EINSTEIN MODEL USE OEBYE SPECIFIC HEAT THEORY OR RADIATIONS -DEBYE-HUECKEL EQUATIUN USE DEBYE-HUECKEL LAW OANCOFF CORRECTION USE RESONANCE ESCAPE PROBABILITY OEBYE-HUECKEL THEORY OANCOFF-CODE USE PROGRAMHING -DE8YE-HUECKEL FUNCTION US*E DEBYE-HUECKEL THEORY DANGER COEFFICIENTS USE REACTIVITY 29 UEBYE-HUECKEL LAW USE ELECTROLYTES -DANIEL BOONE SUBMARINE USE S5W SERIES + IONIC STRENGTH -DANIEL WEBSTER SUBMARINE USE S5W SERIES -OEBYE-HUECKEL LIMITING LAW USE DEBYE-HUECKEL LAW -DANISH ORGANIC COOLED REACTOR USE DOR -DEBYE-HUECKEL POTENTIAL USE OEBYE-HUECKEL THEORY -DANISH REACTOR 1 USE OR-1 37 DEBYE-HUECKEL THEORY USE ELECTRIC CONDUCTIVITY -DANISH REACTOR 2 USE DR-2 + ELECTROLYTES -DANISH REACTOR 3 USE OR-3 -OEBYE-SCHERRER CAMERA USE OEBYE-SCHERRER DIAGRAHS OAPEX PROCESS USE SOLVENT EXTRACTION 70 DEBYE-SCHERRER 01 AGRAHS USE DIFFRACTION OAPHNE USE RESEARCH REACTORS POWDERS -OAPHNIA USE CRUSTACEANS X RADIATION DARCY LAW USE FLUID FLOW -OEBYE-SCHERRER RINGS USE OEBYE-SCHERRER OIAGRAHS ♦ POROSITY -DEBYE-SCHERRER SPECTRUM USE DEBYE-SCHERRER OIAGRAMS ♦ VISCOSITY -OEBYE-SCHERRER TECHNIQUE USE DEBYE-SCHERRER OIAGRAMS DARE-COOE USE PROGRAMMING -DEBYE-WALLER CORRECTION FACTOR USE DEBYE-WALLER FACTOR DAREX PROCESS -OASA-TRIGA USE TRIGA SERIES 21

44 DEBYE-WALLER FACTOR USE DIFFRACTION ­DERMATOSIS SEE DERMATITIS ♦ LATTICES DESALINATION USE SALTS ♦ TEMPERATURE * SEPARATION PROCESSES ♦ X RADIATION DESCALING USE SURFACES -DEBYE-WALLER FORHULA USE DEBYE­WALLER FACTOR ­DESCALING PROCeSS USE DESCALING -DEBYE-WALLER THEORY USE DEBYE­WALLER FACTOR ♦ SURFACES OECALIN USE NAPHTHALENE USE EVAPURATION DECALSO USE ION EXCHANGE MATERIALS RAIN DECANOL USE ALCOHOLS DESIGN * DECANTATION USE SEPARATION PROCESSES DESORPTION use ADSORP.T ION OECARBONIZATION USE CARBON -DESOXYCORTICOSTERONE ACETATE use DOCA ♦ CHEMICAL REACTIONS -DESOXYPENTOSE NUCLEIC ACID USE DPNA 19 DECARBOXYLASE USE DECARBOXYLATION -OESDXYRIBÜNUCLEIC ACID USE DNA ♦ ENZYMES -DESTROYER R. PROTOTYPE DIG DIG use CHEMICAL REACTIONS 36 DECARBOXYLATION USE CAR80XYLIC ACIDS DESULFURIZATION USE *■ CHEMICAL REACTIONS SULFUR 29 0ECARBURI2ATI0N USE CARBIDES DESY US*E SYNCHROTRONS ♦ LAYERS DETECTION + METALLURGY -DETECTORS LEAK DETECTORS 15 295 DECAY RADIATION DETECTORS 12 718 DECOMPOSITION 216 DETERGENTS 3 867 DECONTAMINATION 28,32β DETERMINATION 42 OEDTC USE CARBAMATES -DETONATION WAVES EXPLOSIONS + ETHYL RADICALS SHOCK WAVES ♦ ORGANIC SULFUR COHPOUNDS -DETONATIONS USE EXPLOSIONS 30 OEER USE MAMMALS OEUTERATION USE DEUTERIUM 15 DEES USE CYCLOTRONS HYDROGENATION + ELECTRODES 4.721 OEUTERIUH 8 433 DEFECTS 1,620 DEUTERIUM COMPOUNDS DEFEROXAMINE USE AHINES ­DEUTERIUM MOD. PILE LUW tNtRGY USE DIMPLE 1 DEFICIENCY SEE ABUNDANCE DEUTERIUM­ORTHÜ USE OEUTERIUH 7 142 DEFORMATION ISOMERS 30 DEFORMED NUCLEI USE DEFORMATION 14 DEUTER1UH­PARA USE DEUTERIUM ♦ NUCLEAR MODELS ISOMERS OEFT-COOE USE PROGRAHHING 3 356 DEUTERON BEAMS 676 DEGASSING DEUTERON SOURCES DEOTERONS 14 DEGENERATION SEE GENETICS PARTICLE SOURCES -DEGRADATION SEE CORROSION 4 201 DEUTERONS OR DECAY -DEVELOPMENT USE OR DECOMPOSITION -DEVIATING FORCE USE CORIOLIS FORCF OR LOSSES 5 DEW POINT USE LIQUEFYING OR RADIATION EFFECTS TEMPERATURE OR SLOWDOWN UEWAR FLASK USE LOW TEMPERATURE 129 DEHPA USE ETHYL RADICALS VESSELS ♦ HEXYL RAOICALS 2 OEHINDTITE USE URANIUM MINERALS ♦ ORGANIC PHOSPHORUS COMPOUNDS URANIUM PHOSPHATES 96 DEHYDRATION USE CHEMICAL REACTIONS 60 DEXTRIN USE POLYSACCHARIDES ♦ WATER -DFA USE DEFEROXAMINE 142 DEHYDROGENASES USE ENZYHES 75 UFR USE REACTORS 29 DEHYOROGENATION USE HYDROGENATION 2 UGBR USE REACTORS 22 DEKATRONS USE ELECTRON TUBES 20 DIABASE USE IGNEOUS ROCKS 2 DEL-CODE USE PROGRAHHING 93 DIABETES USE DISEASES 1 DELAWARE USE USA 1 DlAGNUSE-CODE USE PROGHAHHING -DELAWARE UNIV. AGN-20L REACTOR USE AGN SERIES 2 350 DIAGNOSIS 51 DELAY LINES USE CIRCUITS 16 443 DIAGRAMS 667 DELAYED NEUTRONS 9 DIAL PAINTERS USE PERSUNNEL 22 DELBRUECK SCATTERING USE COULOHB FIELD I DIAL-CODE USE PROGHAHHING ♦ LIGHT 146 DIALYSIS USE MEMBRANES ♦ SCATTERING SEPARAT ION PROCESSES -DELFT SHIMMING POOL REACTOR USE ITAL DIAMAGNET1SH USE MAGNETISM -DELFT TECHNICAL UNIV. REACTOR USE A-57 -DIAHINUCYCLOHEXANETETRAACEIIC USE DC Τ A -OELORENZITE USE TANTEUXENITE -DI AMUNO ORDNANCE RAD. FACILITY USE TRIGA SERIES 38 DELTA FUNCTION USE HATHEHATICS ülAHONDS 65 DELTA RAYS SEE ELECTRONS 0IAN-COÜE OSE PROGRAHHING OR RECOILS DIAPHORASES USE ENZYHFS 8 DELTA RESONANCES USE RESONANCE FLAVONES DEMAGNETIZATION SEE ADIABATIC DEMAGNETIZATION OXIDATION 127 DEMINERALIZAT ION SEE ION EXCHANGE 53 OIAPHRAGHS BARRIERS ­OEHOCRITOS RESEARCH R. USE GRR MEMBRANES DEMOLITION SEE DISMANTLING OPt ICAL SYSTEMS DEMON­CODE USE PROGRAHHING 15 DIARRHEA DISEASES 26 OENORITES USE CRYSTALLIZATION INTESTINE 4 DENERVATION USE NERVES RADIATION INJURIES ♦ NERVOUS SYSTEH RADIATION SICKNESS ♦ SURGERY ALUMINUM HYDROXIDES 36 OENITRATION USE CHEMICAL REACTIONS ALUMINUM UXIOES ♦ NITRIC ACID MINERALS DENMARK USE EUROPE 6 DIATUHITE FOSSILS DENSIMETERS USE DENSITY QUARTZ ♦ HEASUREHENT SOILS 43 DENSITOMETERS SEE PHOTOMETRY 5 DIAZDTIZATION USE CHEMICAL REACTIUNS OR RADIATION DETECTORS ORGANIC NITROGEN COMPOUNDS OR RAOIATION SOURCES 3 UlBENAHINE USE DRUGS 2,405 DENSITY 7 OIBENZYL USE BENZYL RADICALS 164 DENSITY MATRIX USE MATRICES -OIBUTYLtSTER UF BUTYLPHUSPHUNI USE BEDBP QUANTUM MECHANICS DICE-CODE USE PROGRAHHING DENSITY PARTICLES USE ELEHENTARY PARTICLES -DICHLURUBlSCHLUROPHENYLtTHANE USE TOE 9 DENTIN USE BONES 11 DICHROISH USE COLOR TEETH OPTICAL SYSTFHS 16 DENTISTRY USE MEDICINE 7 DICUHAROL BLOOD TEETH COAGULAT ION -DEOXIOATION USE REDUCTION DRUGS 17 DEOXYCYTIDINE USE CYTIDINE 3 UIDERICHITE USE URANIUM CARBONATES -DEOXYRIBONUCLEIC ACIO USE DNA URANIUM MINERALS -DEOXYRIBONUCLEOHISTONE USE DN H 08 0100 USE RESEARCH REACTURS 5 0E0XYRI60SE USE RI BÖSE 20 DIOO-JUELICH USE RESEARCH REACTOR S 12 DEPARTURE NUCLEATE BOILING SEE BURNOUT 5 DIELORIN ' USE PEST ICIOES OR NUCLEATE BOILING 21 DIELECTRICS 1 OEPLE-CODE USE PROGRAMMING 12 DIELS­ALDER REACTIUN USE CHEMICAL REACTIONS 74 DEPLETED URANIUM USE BURNUP 50 D1ENES USE ALKENES RESIDUES 10 DIES URANIUM 5 DIESEL ENGINE USE MOTORS 25 DEPLETION SEE ABUNDANCE ­DIESEL GENERATOR USE DIESEL ENGINE OR BURNUP GENERATORS OK ECONOMICS 78 DIET OR ENRICHHENT ­Ü1ETHYLDITHI0CAR8AMATES USE DEDTC 45 DEPOLARIZATION USE POLARIZATION ­DIETHYLENËTRIAH1NEPENTAACETIC USE DTPA 6 DEPOLYMERIZATION USE DECOMPOSITION ­DIETHYLHEXYLPHOSPHUNIC ACID USE DEHPA t POLYMERIZATION ­OIETHYIOCTYIHFTHYLPHGSPHUNATES USE DLMP -DEPOSITION SEE ADSORPTION ­DIETHYLSTIL8ESTR0L USE ST RBESTROL OR COATING 03 DIFFERENTIAL EQUATIUNS OR DEPOSITS 60 DIFFERENTIAL THERHAL ANALYSIS EXPANSION OR ELECTRODEPOSITION TEHPERATURE OR ELECTROPLATING 6,073 DIFFRACTIUN OR PRECIPITATION 16,052 DIFFUSION OR SPUTTERING 103 DIFFUSION CHAMBERS CLOUD CHAMBERS OEPOSITS FLUID FLOW DEQ-cooe USE PROGRAMMING OIFFUSIQN LENGTH DERMATITIS SEE OISEASES OIFUSE­CODE USE PROGRAHHING OR RAOIATION INJURIES DIGESTION SEE INTESTINE OR SKIN STOHACH 22

-DIGITAL METHODS USE DIGITAL SYSTEMS 1,072 DISLOCATIONS USE DEFECTS 4,576 DIGITAL SYSTEMS 1 DISMANTLING 5 DIGITALIS SEE DRUGS OISPERSE SYSTEMS USE DISPERSIONS OR PLANTS DISPERSION EFFECTS SEE SCATTERING 20 DIGITOXIN USE DIGITALIS 1,490 DISPERSION RELATIONS USE QUANTUM MECHANICS * DRUGS + SCATTERING AMPLITUDE * GLYCOSIDES -DISPERSION THEORY USE DISPERSION RELATIONS » STEROIDS 2,559 DISPERSIONS DIGPOD-CODE USE PROGRAMMING OISPOSAL SEE RESIDUES DIIODOTYROSINE SEE HORMONES OR STORAGE OR TYROSINE OR WASTE OISPOSAL -OIISOAMYLESTERMETHYLPHOSPHONIC USE OAMPA -UISPROPÜRTIONATION USE IONS -OILATATION USE EXPANSION 4 OXIDATION DILUTE ALLOYS USE ALLOYS -DISSERTATION USE = OILUTION SEE SOLUTIONS 15 DISSIPATION FACTOR USE ENERGY LOSSES DIMEOROL USE CORTISONE -DISSOCIATION SEE DECOMPOSITION 4- DRUGS OR ELECTROLYSIS -DIMENSIONS SEE CONFIGURATION OR IONIZATION OR THICKNESS OR PHOTOLYSIS OR VOLUME OR PYROLYSIS 28 DIHERIZATION USE POLYMERIZATION OR RAD10LYSIS 26 DIMERS USE POLYMERS 32 DISSOCIATION ENERGY USE THERMODYNAMICS -D1METH0XYETHANE USE OME 23 DISSOCIATION HEAT USE THERHODYNAHICS 72 D1METHYLGLY0XIME USE OXIHES -DISSOLUTION SEE LEACHING * REAGENTS OR SOLUBILITY -OIHETHYLMERCAPTOPROPANOL USE BAL OR SOLUTIONS OR SOLVENT EXTRACTION 17 DIMPLE USE REACTORS 19 01 NEUTRONS -DISSOLUTION HEAT USE SOLUTION HEAT USE NEUTRONS SEE EXTRACTION COLUMNS DING-COOE -DISSULVERS USE PROGRAMMING OR SOLVENTS -OINITROPHENOL USE DNP 774 DIODES OR VESSELS SEE ELECTRON TUBES SEE CONFIGURATION OR SEMICONDUCTORS 889 DISTANCE OR INTERATOMIC DISTANCES 17 OIOORAST USE RAOIOGRAPHY USE ALUMINUM SILICATES 1 OIOPSIOE USE CALCIUM SILICATES 2 OISTHENE * HAGNESIUH SILICATES * MINERALS 4- PYROXENES 2,005 DISTILLATION 48 DIORIT USE RESEARCH REACTORS 25,819 DISTRIBUTION 2 DIORITE USE IGNEOUS ROCKS 599 DISTURBANCES SEE DEFECTS 190 DIOXANE USE ETHERS OR ERRORS * SOLVENTS OR FAILURES -01PENTYLSULF0XIDE USE DP SO OR LOSSES -OIPHENYLCARBAZIOES USE OPCA OR VARIATIONS 4 DIPHENYLCARBAZONES USE CARBAZONES -DISULFODIPHENYLPICRYLHYORAZYL USE SOPPH * PHENYL RADICALS DITHIZONE USE CARBAZONES -DIPHENYLPICRYLHYORAZYL USE OPPH ♦ ORGANIC SULFUR COMPOUNDS 53 01 PHENYLS USE PHENYL RAOICALS ♦ PHENYL RADICALS -DIPHOSPHOPYRIDINE USE DPNH -DITRIDECYLPHOSPHORIC ACIU USE HOTDP 19 DIPHTHERIA USE INFECTIONS DITTUS-BDELTER EQUATION USE EQUATIONS -OIPIONS SEE RHO RESONANCES » NUSSELT NUMBER OR ZETA RESONANCES * PRANDTL NUMBER 22 DIPOLE MOMENTS· SEE DIPOLES *- REYNOLDS NUMBER OR ELECTRIC MOMENTS 67 DIURETICS USE DRUGS OR MAGNETIC MOMENTS 155 DIURNAL VARIATION USE VARIATIONS 2,487 DIPOLES -DIVERGING (REACTORS) USE CRITICALITY 1 OIRAC APPROXIMATION USE ELECTRONS 12 DIVERTORS USE CONTROL SYSTEMS * POSITRONS 4- IMPURITIES 4· QUANTUM MECHANICS ♦ STELLARATORS OIRAC COSMOLOGY USE ELEHENTARY PARTICLES DJALMAITE USE NIOBIUM OXIOES <· GRAVITATION » TANTALUM OXIDES 1 D1RAC DELTA FUNCTION USE HATHEHATICS • TITANIUM OXIDES 708 DIRAC EQUATIONS USE QUANTUM MECHANICS 4- URANIUM-HICROLITE 4 RELATIVITY THEORY 0LG25 USE REACTORS * SPIN DLG35 USE REACTORS 10 DIRAC FORM FACTOR USE ELASTIC SCATTERING 1 DLIGHT-CODE USE PROGRAMMING 4 ELECTRONS 1 DLHP USE ETHYL RAOICALS * FORM FACTOR * METHYL RADICALS * NUCLEONS ♦ OCTYL RADICALS -DIRAC HOLE THEORY USE DIRAC APPROXIMATION 4- ORGANIC PHOSPHORUS COMPOUNDS OIRAC MAGNETIC POLES USE DIPOLES USE ETHANE * MAGNETIC FIELDS ♦ METHDXY RADICALS <■ MAGNETISM 5 DMTR USE RESEARCH REACTORS -OIRAC MATRICES USE OIRAC EQUATIONS .571 DNA USE NUCLEIC ACIDS -DIRAC MONOPOLES USE DIRAC MAGNETIC POLES 77 ONA-ASE USE ENZYHES -OIRAC OPERATORS USE DIRAC EQUATIONS 4- NUCLEIC ACIDS DIRAC RADIATION THEORY USE QUANTUM ELECTRODYNAMICS * NUCLEOTIDASES -0IRAC-FIER2-PAULI EQUATIONS USE FIERZ-PAULI THEORY -DNB SEE DEPARTURE NUCLEATE BOILING 175 DIRECT CONVERSION USE CONVERSION 2 DNH USE HISTONES 70 DIRECT CURRENT USE CURRENTS 4 RIBONUCLEIC ACID -DIRECT CYCLE OIPHENYL K. USE DCDR 81 DNP USE NITRO COMPOUNDS 533 DIRECT REACTIONS USE NUCLEAR REACTIONS * PHENOLS -DIRECTIONAL CORRELATION USE ANGULAR CORRELATION 4 DOCA USE ACETIC ACID 11 OIRICHLET PROBLEM USE DIFFERENTIAL EQUATIONS * CORTICOSTEROIDS 6 OISACCHARIDES USE SUGARS 99 DOCUMENTATION 31 DISADVANTAGE FACTOR USE NEUTRON FLUX 30 DODECANE USE ALKANES * ZONES 29 DODECYL RAOICALS USE ALKYL RADICALS D1SAGL-C00E USE PROGRAMMING -DODEWAARO BWR USE SEP DISC-CODE USE PROGRAMMING DOERNER-HOSKINS DISTRIBUTION USE CRYSTALLIZATION 2 DISCALOY USE CHROMIUM ALLOYS 4- TRACE AHOUNTS » IRON ALLOYS -DOERNER-HOSKINS EQUATION USE DOERNER-HOSKINS DISTRIBUTION 4- MOLYBDENUM ALLOYS -DOERNER-HOSKINS EQUILIBRIUM USE DOERNER-HOSKINS DISTRIBUTION *■ NICKEL ALLOYS 1 DOGGY-CODE USE PROGRAHHING -DISCHARGES SEE ELECTRIC DISCHARGES 2,180 DOGS OR IONIZATION 2 OOLERITES USE IGNEOUS ROCKS OR LOADING -DOLLAR USE OELAYED NEUTRONS OR WASTE OISPOSAL ♦ REACTIVITY DECOMPOSITION SEE DEFECTS . 7« DOLOMITE USE CALCIUH CARBONATES OR FRENKEL DEFECTS 4· MAGNESIUM CARBONATES OR IRRADIATION ♦ MINERALS OR LATTICES 4 DOMAIN STRUCTURE USE CONFIGURATION OR WIGNER EFFECT 4· FERROMAGNETIC MATERIALS -DECOMPOSITION EFFECT USE WIGNER EFFECT DOMINICAN REPUBLIC USE CENTRAL AMERICA DISCOUNT-CODE USE PROGRAMMING DOMINICAN REPUBLIC REACTOR USE REACTORS DISCOVERER SATELLITES USE SATELLITES 7 DON SEE RA010MIMETIC DRUGS 100 DISCRIMINATORS SEE PULSE ANALYZERS OR REACTORS 5,758. OISEASES 3 DONKEYS USE ANIMALS 5 DISINFECTION SEE STERILIZATION 5 DONNAN THEORY USE DIFFUSION OISINFESTATION SEE INSECTS 4· ELECTRIC POTENTIAL OR LETHAL OUSE » ELECTROLYTES OR PESTICIDES 4- MEMBRANES -DISINTEGRATION SEE ALPHA DECAY DOORS SEE CLOSURES OR ANNIHILATION DOPA USE ALANINE OR BETA DECAY 4· HYDROXIDES OR CAPTURE 4- PHENYL RADICALS OR DECAY 6 DOPAMINE USE DRUGS OR DECOMPOSITION DOPIE-CODE USE PROGRAMMING OR FISSION -DOPPLER BREADTH USE DOPPLER EFFECT OR INTERNAL CONVERSION -DOPPLER BROADENING USE DOPPLER EFFECT OR POWDERS 261 OOPPLER EFFECT USE SPECTRAL SHIFT DISINTEGRATION RATIO SEE HALF-LIFE * VELOCITY -DISKS SEE PLATES OR RECORDING SYSTEMS 23

9 DOPPLER REACTIVITY USE REACTIVITY USE ACETYL RADICALS ♦ SPECTRAL SHIFT *■ CARBAZONES ♦ TEMPERATURE ORGANIC SULFUR COMPOUNDS ­DOPPLER TEMPERATURE COEFFICIEN USE DOPPLER REACTIVITY * OXIHES ACETIC ACID ­DOPPLER WIDTH USE DOPPLER EFFECT 163 DTPA US»E AMINES 6 OOR USE REACTORS ♦ CHELATES ­DORF USE TRIGA SERIES * DORIS­CODE USE PROGRAHHING ETHYLENE ISOTOPE SEPARATION 4 OORHICE USE HICE 27 DUAL TEHPERATURE SE*E 205 DOSE FRACTIONATION USE RADIATION DOSES 71 DUBNA USE USSR CYCLOTRONS 9 DOSE RATES USE RAOIATION DOSES 7 DUBNA SYNCHROCYCLOTRON USE ♦ TIME SYNCHROTRONS 3 OOSE­COOE USE PROGRAMMING 27 OOCKS US*E BIRDS 2,734 DOSEHETERS 2,552 DUCTILITY 41 DOSIMETRY SEE OOSEHETEPS ­DUCTS SEE COOLANT LOOPS OR RADIATION OOSES OR PIPES DOUBLE BONOS USE BINDING ENERGY OR TUBES DOUBLE EAGLE MINE USE ARIZONA ­UUFFIN­KEHHÉR EQUAT1UN USE KEMHER EQUATION ♦ MINING ÛUHAHEL INTEGRAL USE EXCITATION ♦ USA INTEGRALS DOUBLE FOCUSING USE LENSES OUHAS HETHOD US*E DENSITY DOUBLETS SEE BINDING ENERGY ♦ VAPORS OR ENERGY LEVELS 1 DUMONTITE USE LEAO PHOSPHATES OR LENSES f URANIUH HINERALS OR SPECTRA URANIUH PHOSPHATES OR SPIN 1 DUNÜEE­CUDE US>· E PROGRAHHING DOUGHNUT SEE TORUS 35 ÜUNGENESS SEE REACTORS ­DOUGLAS POINT POWER STATION USE CANOU 9 UUNI TE USE IGNEOOS ROCKS ­OOUNREAY MATERIALS TESTING R USE OHTR 33 DUODtNUH USE INTESTINE ­DOUNREAY RESEARCH R. PANTHER USE PANTHER 53 DUUPLASMATRON USE ELECTRON TUBES ­OOUNREAY RESEARCH R. PHOENIX USE PHOENIX REACTOR PLASHA ­OOUNREAY RESEARCH R. PUHA OSE PUMA 35 DURALUMIN US*E ALUMINUM ALLOYS ­OOUNREAY RESEARCH R. SIRIUS USE SIRIUS ♦ COPPER ALLUYS t 1 OOVERITE USE CALCIUM CARBONATES MAGNESIUM ALLOYS ♦ MINERALS DURANALIUM USE ALUMINUM ALLOYS ♦ YTTRIUM CARBONATES MAGNESIUH ALLOYS ALUHINUH ALLOYS 1 DOW PROCESS USE ELECTROLYSIS 6 DURANICKEL US*E ♦ FUSED SALTS NICKEL ALLOYS ♦ MAGNESIUM DURCO US•E STAINLESS STEELS ♦ MAGNESIUM CHLORIDES 7 UURENE USE BENZENE 299 DOWEX USE ION EXCHANGE MATERIALS ♦ HETHYL RADICALS STAINLESS STEELS 1 OOWMETAL USE ALUMINUM ALLOYS 5 DURI HET USE ♦ MAGNESIUM ALLOYS OUR 1 RON USE IRON ALLOYS 4 OOMNCOHER USE SEPARATION PROCESSES SRICIDES OOWNTROD­CODE USfc PROGRAMHING a DURUM WHEAT US*E CEREALS 4 DOWSOL USE ALKYL RADICALS WHEAT + PHOSPHORIC ACID DURV1LLE PROCESS US*E CAST ING 24 DOWTHERM USE POLYPHENYLS 1,385 DUSTS 2 OPC­COOE USE PROGRAHHING ­DUTCH HAT. TEST. RESEARCH USE HFR 14 OPCA USE CARBAZIDES ÜVK­CDDE USE PHOGRAHHING ♦ PHENYL RADICALS 283 DWuA APPROXIMATION USE NUCLEAR REACTIONS DPE USE CRITICAL ASSEHBLIES REACTION K INETICS 5 OPNA USE NUCLEIC ACIDS DWBA­CODE US*E PROGRAMMING 17 DPNH USE ORGANIC PHOSPHORUS COMPOUNDS 3 DYALYSIS USE DIFFUSIUN ♦ PYRIDINES MEMBRANES OSE HYDRAZIOES 1,782 DYES « ♦ PHENYL RADICALS ­DYNAMICS SEE MECHANICS t> PICRYL RADICALS UH REACT!VITY USE PENTYL RADICALS 5 OYNAHITE USE EXPLOSIVES ♦ SULFOXIDES 2 DYNAH1TR0N USE ACCELERATORS ­OR REACTOR HANFORD USE HAN­DR ELECTRUN BEAMS ­DR TYPE SEE DR­l OYNAHOHEieRS US*E INSTRUMENTS OR DR-2 ♦ MECHANICS OR DR-3 DYNAPAK HACHINE USE CERAMICS USE RESEARCH REACTORS CERHEIS USE RESEARCH REACTORS * EXTRUSION USE RESEARCH REACTORS # ruéis SEE FLUID FLOW * MACHINES OR INTERACTIONS * METALS OR IONS QYNÜDES US»E PHOTOMULTIPLIERS DRAGON USE REACTORS ÜYSANALYTE USE CALCIUM OXIDES DRAM­COOE USE PROGRAMMING IRON OXIOES DRAMAMINE USE ANTIHISTAMINES » MINERALS ♦ DRUGS * NIOBIUM OXIDES 152 DRAWING SEE DIES , RARE EARTHS OR MONOCRYSTALS « T ITANIUM OXIDES 2 DREADNOUGHT USE REACTORS ­DYSENTERY SE•E DIARRHEA ♦ SUBMARINES OR DISEASES *■ S5W SERIES OR INTESTINE ­ORELL DIAGRAM USE ORELL MODEL OR PARASITES ORELL MODEL USE MESONS OK RADIATION INJURIES + OPE MODEL OH RADIAT ION S ICKNESS ♦ PHOTOPRODUCTION 13 DYSON RePReSENTATION USE FIELD THEORY DRESDEN SEE REACTORS t MATRICES ­DRIFT SEE PLASMA DRIFT ♦ MUMENTUM ORIFT TUBES USE LINEAR ACCELERATORS QUANTUM MECHANICS DRIFT­CODE USE PROGRAMHING *♦ RELATIVITY THEORY ­DRILLING SEE MACHINING 657 DYSPROSIUH OR WELL LOGGING 139 UYSPROSIUM ALLUYS ORILLS USE TOOLS 5 DYSPROSIUM BORIDES DRINKING MATER SEE DIET 3 UYSPRUSIUM BROMIDES ­DRIVES SEE MACHINE PARTS 4 DYSPROSIUM CARBIDES OR MOTORS 3 DYSPROSIUM CARBONATES OR PROPULSION 44 DYSPROSIUM CHLURIOES 119 DROPLETS OSE LIQUIDS 35 OYSPROSIUM COMPLEXES ♦ SPHERES 173 DYSPROSIUH COMPOUNDS 13 DROPPING ELECTROOES USE ELECTRODES 19 DYSPROSIUH FLUORIDES 600 OROSOPHILA USE INSECTS 6 OYSPROSIUM HYDRIDES ­OROSOPHILA MELANOGASTER USE OROSOPHILA 5 DYSPROSIUM HYDROXIDES ­DROZOOV HODEL USE OROZDDV­BLAIR MODEL 1 DYSPROSIUM IODIDES DRQZOOV­BLAIR HOOEL USE BLACK NUCLEUS MODEL 24 DYSPROSIUM ISOTOPES ♦ COLLECTIVE MODEL 12 DYSPROSIUM NITRATES ♦ DIFFRACTIDN 9 DYSPROSIUM NITRIDES ♦ NUCLEI 173 DYSPROSIUM OXIDES ♦ NUCLEONS 4 DYSPROSIUM PHOSPHATES ♦ SCATTERING 2 OYSPROSIUM SILICATES DRUDE EQUATION USE FREQUENCY 16 DYSPROSIUM SULFATES ♦ LIGHT 10 OYSPROSIUM SULFIDES ♦ POLARIZATION 7 DYSPROSIUM 149 f ROTATION 10 DYSPROSIUH 150 4.115 ORUGS 13 DYSPROSIUH 151 7 DRUHM PROCESS USE REDUCTION 14 DYSPROSIUH 152 ♦ URANIUM 13 OYSPHOSIUM 153 ♦ URANIUM HEXAFLUDRIDE B DYSPROSIUH 154 DRY BOX WELDING USE WELOING 22 DYSPROSIUH 155 DRYING SEE EVAPORATION 14 DYSPROSIUM 156 OR HEATING 20 OYSPROSIUM 157 DSN­CODE USE PROGRAMMING 22 DYSPROSIUM 150 DTA SEE DIFFERENTIAL THERMAL ANALYSIS 38 DYSPROSIUM 159 OTF-COOE USE PROGRAMHING 100 DYSPROSIUH 160 DTK-CODE USE PROGRAMMING 82 DYSPROSIUM 161 24

34 OYSPROSIUM 162 EIGENVALUES USE HATHEMATICS 34 DYSPROSIUM 163 EIGENVECTORS USE VECTORS 57 OYSPROSIUM 164 -EINOHOVEN ARGONAUT REACTOR USE ATHENE 61 DYSPROSIUM 165 -EINSTEIN ABSORPTION USE EINSTEIN COEFFICIENTS 17 DYSPROSIUH 166 EINSTEIN COEFFICIENTS USE ENERGY LEVELS 1 DYSPROSIUM 167 4 PHOTONS 5 DYSTROPHY USE DISEASES » TRANSIENTS 5 DIG USE REACTORS -EINSTEIN CONDENSATION USE BOSE-EINSTEIN CONDENSATION USE LATTICES D1W USE REACTORS EINSTEIN CRYSTAL MODEL 1 D2G USE REACTORS 4 OSCILLATIONS E RESONANCES USE RESONANCE -EINSTEIN CRYSTALS USE EINSTEIN CRYSTAL HOOEL USE EINSTEIN DIFFUSION RELATION 87 E-LAYER USE IONOSPHERE -EINSTEIN DIFFUSION MOBILITY USE DIFFUSION 1 EARPHONES USE COMMUNICATIONS EINSTEIN DIFFUSION RELATIUN ♦ TRANSDUCERS ♦ IONS 95 EARS SEE TISSUES -EINSTEIN EMISSION COEFFICIENT USE EINSTEIN COEFFICIENTS 302 EARTH -EINSTEIN EQUATIONS USE EINSTEIN FIELD EQUATIONS 16 -EARTH CRUST USE EARTH EINSTEIN FIELD EQUATIUNS USE DIFFERENTIAL EQUATIONS » LAYERS 4- GRAVITATION 51 EARTHQUAKES USE SEISMOLOGY » RELATIVITY THEORY -EAST PAKISTAN PLANT USE ROOPPUR -EINSTEIN FIELD THEORY USE EINSTEIN-SCHROEOINGER THEORY 12 EAST-WEST ASYMMETRY USE COSHIC RAOIATION -EINSTEIN GRAVITATION THEURY USE GENERAL RELATIVITY THEORY ♦ DISTRIBUTION -EINSTEIN MOOEL USE EINSTEIN CRYSTAL MODEL 12 EASTHAN EMULSIONS USE NUCLEAR EMULSIONS -EINSTEIN OSCILLATOR MOOEL USE EINSTEIN CRYSTAL MODEL -EAU LOUROE REACTOR 1 USE EL-1 -EINSTEIN RATIO USE EINSTEIN DIFFUSION RELATION -EAU LOUROE REACTOR 2 USE EL-2 -EINSTEIN RELATION USE EINSTEIN DIFFUSION RELATION USE GENERAL RELATIVITY THEORY -EAU LOUROE REACTOR 3 USE EL-3 -EINSTEIN SPACE USE EINSTEIN CRYSTAL MODEL -EAU LOURDE REACTOR 4 USE EL-4 -EINSTEIN SPECIFIC HEATS 1 EBERHARD EFFECT -EINSTEIN-OE SITTER MODEL USE COSHOLOGICAL MODELS USE PHOTOGRAPHY USE ELECTRODYNAMICS 3 EBERT SPECTROGRAPH USE SPECTROSCOPY EINSTEIN-SCHROEOINGER THEURY 1 EBONITE USE RUBBER 4 GRAVITATION 49 E BOR USE REACTORS 4 RELATIVITY THEORY EBOR-CX USE CRITICAL ASSEMBLIES EINSTEIN-STOKES EQUATION USE OIFFUSION -E BR USE EBR-1 4· PARTICLES 206 EBR-1 USE REACTORS ♦ VISCOSITY -EBR-l-I USE EBR-1 -EINSTEIN-STOKES FORMUL USE EINSTEIN-STOKES EQUATION -EBR-l-II USE EBR-1 49 EINSTEINIUM -EBR-1-III USE EBR-1 EINSTEINIUM 80RI0ES -EBR-l-IV USE EBR-1 EINSTEINIUM BROMIDES 311 EBR-2 USE RESEARCH REACTORS EINSTEINIUM CARBIOES -EBULLIOHETER USE EBULLIOMETRY EINSTEINIUM CARBONATES 3 EBULLIOMETRY USE BOILING EINSTEINIUM CHLORIDES 4' MEASUREMENT 2 EINSTEINIUM COHPLEXES 253 EBWR USE REACTORS 2 EINSTEINIUM COHPOUNDS 1 EC USE CRITICAL ASSEMBLIES EINSTEINIUM FLUORIDES 3 ECA GRAPHITE USE GRAPHITE EINSTEINIUM HYDRIDES 4 ECCLES-JORDAN CIRCUIT USE CIRCUITS EINSTEINIUM HYDROXIDES 4· MULTIVIBRATORS EINSTEINIUM IODIDES 2 ECEL USE CRITICAL ASSEMBLIES 7 EINSTEINIUM ISOTOPES 3 ECHELLE SPECTROGRAPH USE SPECTROSCOPY EINSTEINIUM NITRATES -ECHELLE-LITTROW SPECTROGRAPH USE ECHELLE SPECTROGRAPH EINSTEINIUM NITRIOES ECHO SATELLITES USE SATELLITES 1 EINSTEINIUM OXIOES 10 ECKART BARRIER USE NUCLEI EINSTEINIUM PHOSPHATES ♦ TUNNEL EFFECT EINSTEINIUM SILICATES -ECKART-BETHE POTENTIAL USE ECKART BARRIER EINSTEINIUM SULFATES ECKERT NUMBER USE FLUID FLOW EINSTEINIUM SULFIOES ECNG-FWCNG USE REACTORS 2 EINSTEINIUM 246 ECO USE CRITICAL ASSEMBLIES 1 EINSTEINIUM 247 -ECOLOGY USE ENVIRONMENT 1 EINSTEINIUM 248 .639 ECONOMICS 1 EINSTEINIUM 249 7 ECONOMIZERS USE HEAT EXCHANGERS 1 EINSTEINIUM 250 ECTOPLASM-COOE USE PROGRAMMING 2 EINSTEINIUM 251 ECUADOR USE SOUTH AHERICA 2 EINSTEINIUM 252 ECZEMA USE ALLERGY 23 EINSTEINIUM 253 4- DISEASES 17 EINSTEINIUH 254 ♦ SKIN 3 EINSTEINIUM 25 5 USE ACETIC ACID 35 EL-1 USE RESEARCH REACTORS 4- AMINES 52 EL-2 USE RESEARCH REACTORS 4 CHELATES 84 EL-3 USE RESEARCH REACTORS 4- ETHYLENE 56 EL-4 USE REACTORS EDDINGTON THEORY SEE ELECTRIC CHARGES 2,273 ELASTIC SCATTERING OR ELECTRONS 2,118 ELASTICITY OR ELEMENTARY PARTICLES 409 ELASTOMERS OR FINE STRUCTURE ELASTUF USE CARBON STEELS OR MASS 12 ELECTRETS USE DIELECTRICS OR PROTONS » DIPOLES OR SPECTRA 4 ELECTRIC CHARGES 341 EDDY CURRENTS 3,110 ELECTRIC ARCS 81 EDEMA SEE BODY 9,953 ELECTRIC CHARGES OR FLUIDS -ELECTRIC CONDENSERS USE CAPACITORS OR TISSUES 9,747 ELECTRIC CONDUCTIVITY 61 EOF-l USE REACTORS 7 ELECTRIC CONTACTS USE ELECTRIC CONDUCTIVITY 46 EDF-2 USE REACTORS 4 JOINTS 41 EDF-3 USE REACTORS -ELECTRIC CURRENTS USE CURRENTS 13 EDF-4 USE REACTORS 5,635 ELECTRIC DISCHARGES 3 EDF-5 USE REACTORS 8,217 ELECTRIC FIELDS 109 EDTA -ELECTRIC INSULATION USE DIELECTRICS EOTHKL-CODE USE PROGRAHHING 623 ELECTRIC METERS EDTLES-COOE USE PROGRAHHING 2,212 ELECTRIC MOMENTS 85 EDUCATION SEE PERSONNEL 11,636 ELECTRIC POTENTIAL EDUCATOR COLOMBIA USE RESEARCH REACTORS -ELECTRIC POWER USE ELECTRICITY 3 EDUCATOR UCAL USE RESEARCH REACTORS ♦ POWER -EDUCATOR UCLA USE EDUCATOR UCAL -ELECTRIC PROBES USE PROBES EOUCATOR UWASH USE RESEARCH REACTORS 336 ELECTRIC PROPERTIES USE ELECTRICITY -EFCR USE SEFOR 6 ELECTRIC QUADRUPOLE MOMENTS USE ELECTRIC MOMENTS 96 EFFBR USE REACTORS -ELECTRICAL ENGINEERING SEE ELECTRICITY 12 EFFECTIVE MASS SEE ELECTRONS -ELECTRICAL RESISTA/ICE SEE ELECTRIC CONDUCTIVITY OR ELEHENTARY PARTICLES OR RESISTORS OR MASS -ELECTRICITE DE FRANCE 1 USE EDF-1 OR NUCLEONS -ELECTRICITE OE FRANCE 2 USE EDF-2 45 EFFECTIVE RANGE THEORY USE NUCLEONS -ELECTRICITE DE FRANCE 3 USE EOF-3 » SCATTERING -ELECTRICITE DE FRANCE 4 USE EDF-4 EFFIC-COOE USE PROGRAHHING -ELECTRICITE DE FRANCE 5 USE EOF-5 25,945 EFFICIENCY 4 707 ELECTRICITY __ 45 EFFUSION USE DIFFUSION 76 ELECTROCARDIOGRAPHY USE ELECTRIC POTENTIAL -EFINSR USE CESNEF 4 HEART 1 EFOR USE REACTORS ♦ PULSES 1 EFPH USE BURNUP 4 RECOROING SYSTEMS 312 EGCR USE REACTORS 1 314 ELECTROCHEMISTRY 8 EGELSTAFF LAW USE SCATTERING 3 ELECTROCOAGULATION USE SURGERY 708 EGGS 754 ELECTKODEPOSITION 1 EGHV-CODE USE PROGRAMMING 5 B15 ELECTRODES -EGR USE EGCR 2 223 ELECTRODYNAMICS 1 EGTRAN USE FORTRAN 87 ELECTROENCEPHALOGRAPHY USE BRAIN 120 EHRLICH ASCITES USÉ ANIMAL CELLS ♦ ELECTRIC POTENTIAL 4 ASCITES » FREQUENCY ♦ CANCER ♦ RECORDING SYSTEMS ♦ TUMORS ELECTROGASDYNAHICS USE ELECTRIC FÍELOS -EHRLICH ASCITES CARCINOMA USE EHRLICH ASCITES 4- GAS FLOW 5 EIGENFREQUENCY USE FREQUENCY ELECTROHYORODYNAMICS USE ELECTRIC FIELDS 566 EIGENFUNCTIONS USE MATHEMATICS 4 LIQUID FLOW 83 EIGENSTATES USE ENERGY LEVELS ELECTROKINETICS SEE ELECTRICITY 25

INTERACTIONS 37 ELECTROLUMINESCENCE USE CONVERSION ELLIUTT­STEVEN THEORY USE 4 ELECTRICITY IONS 4 LUMINESCENCE LATTICES ; RARE EARTHS 2,276 ELECTROLYSIS USE DIFFERENTIAL EQUATIONS 1,676 ELECTROLYTES 7 ELLIPTIC INTEGRALS INTEGRALS 1,072 ELECTROLYTIC CELLS CALCIUH OXIDES 3,089 ELECTROMAGNETIC FIELDS 2 ELLSWORTHlTE US»E NIOBIUM OXIOES 29 ELECTROMAGNETIC FORM FACTOR USE ELECTROMAGNETIC FIELDS » FORM FACTOR » TANTAL UH OXIDES URANIUH HINERALS 61 ELECTROMAGNETIC INTERACTIONS USE INTERACTIONS ARSENIC OXIDES 20 ELECTROMAGNETIC LENSES USE ELECTROMAGNETIC FIELDS ELLWEILERITE US*E 4 LENSES SOOIUH OXIDES URANIUH HINERALS 236 ELECTROMAGNETIC PUMPS * THERMONUCLEAR DEVICES 1 ELECTROMAGNETIC SEPARATION SEE ELECTROMAGNETIC FIELDS ELHO DEVICES US*E OR ISOTOPE SEPARATION 2 ELMOE­CODE USE PROGRAMHING OR SEPARATION PROCESSES 5 ELOVICH EQUATION USE DE SORPTION REACTORS 2,634 ELECTROMAGNETIC WAVES 6 ELPHR USE MINERALS 1,843 ELECTROHAGNETISM 1 ELPIDITE U5E SODIUM SILICATES 19 ELECTROMAGNETS USE COILS ♦ ♦ MAGNETS * ZIRCONIUM SILICATES 3 ELECTROHECHANICS USE ELECTRICITY ­ELUANT USE ELUT ION ♦ MECHANICS 70 ELUTION USE SEPARATION PROCESSES 4 ELECTROMETALLURGY USE METALLURGY 4 ELUTRIAT ION USE GRAIN SIZE 544 ELECTROMETERS LIQUIDS 3 ELECTROMIGRATION USE ELECTROPHORESIS POWDERS -ELECTROMOTIVE FORCE USE ELECTRIC POTENTIAL * SEPARATION PROCESSES 17 ELECTRON ATTACHMENT USE ELECTRONS 'ELVANDL US»E POLYVINYLS 4 IONIZATION EMAIL USE CERAMICS 4 PROBABILITY COATING ELECTRON BEAMS ­EMANATION US*F RADON -ELECTRON CAPTURE USE CAPTURE 7 EMANATION HETHDD USE MATERIALS TESTING t 4 ELECTRONS RAOIOCHEMISTRY -ELECTRON CAPTURE DECAY USE CAPTURE ­EHBOLISM SEE BLOOD CIRCULATION BLOOD VESSELS 4 DECAY OR 4- ELECTRONS UK DISEASES ELECTRON DENSITY USE ELECTRONS 5 ËMBR1TTLEMENT USE BRITTLENFSS -ELECTRON FIELD MICROSCUPY USE ELECTRIC FIELDS 1,384 EMBRYOS 4 ELECTRON MICROSCOPY ­EMF USE ELECTRIC PUTENTIAL 25 ELECTRON GAS USE ELECTRONS 10,361 EH1SS1UN PROGRAHHING 4 FERMI LEVEL EMM1­C0DE USL· 1,975 ELECTRON MICROSCOPY ­EMP. ST. ATOMIC DtV. ASS. VESR USE ESADA­VESR 10 ELECTRON MULTIPLIERS USE PHOTOMULTIPLIERS s< EMPHYSEMA USE DISEASES 52 ELECTRON PAIRS USE ELECTRONS ♦ LUNGS 4 VALENCE 18 EMULSION CHAHBERS USE NUCLEAR EMULSIONS -ELECTRON PARAMAGNETIC RESONANC USE ELECTRON SPIN RESONANCE ♦ RADIATION DETECTORS 17 ELECTRON PROBES USE ELECTRON BEAMS 577 EMULSIONS 8 ELECTRON SHOWERS USE ELECTRUNS ENALITE USE SR ICON OXIDES 4 SHOWERS THORIUM OXIOES 100 ELECTRON SOURCES USE ELECTRONS URANIUH HINERALS 4 PARTICLE SOURCES , URANIUH OXIOES 194 ELECTRON SPIN RESONANCE USE ELECTRONS 30 ENAMELS USE CEHAHICS ♦ RESONANCE COAT ING » SPIN I tNCEPHALlII S sn BRAIN ELECTRON TEMPERATURE USE ELECTRONS INFECT IONS 4 ENERGY RAOIATION INJURIES ELECTRON TRANSFER USE ATOMS ­ENCEPHALOGRAPHY USI: EL l C TROENCEPHALOGRAPHY ♦ ELECTRIC FÍELOS ENCOPTOLJPHUS USL INSECTS 4 ELECTRONS ENDE10LITE USI PYROCHLOHL ELECTRON TUBES ENDF­CODE USE PROGHAHHING -ELECTRON WORK FUNCTION USE ELECTRUNS ­ENDOCRINE GLANOS 5 f: E GLANOS 4 WORK FUNCTIONS ENDOMETRIUM USL T ISSUES ELECTRON-HOLE PRODUCTION USE CARRIERS UT FRUS 4 ELECTRONS ENUUMYCES USE FUNGI ELECTRONEGATIVITY USE ATOMS ENDUR USI ELFCIRUNS 4 BINDING ENERGY NUCLEI ELECTRONIC CONVERSION SEE TRANSDUCERS RESONANCE ELECTRONIC EQUIPMENT ENDOSPERM USI SEEDS ELECTRONIC SPECIFIC HEAT USE LOW TEMPERATURE ­ENUOTHERMIC USI REACTION KINETIC5 4· SPECIFIC HEAT ENDOTOXINS ANT I GENS -ELECTRONIC STRUCTURE USE ATOMIC MODELS IHMUNITY 1,428 ELECTRONICS ENOOXAN N1TK0GFN HUSIAKD 33,765 ELECTRONS RADIOHIHEIIC DRUGS 957 ELECTROPHORESIS ENUUKO CHROHIUH ALLOYS 330 ELECTROPLATING IHON ALLOYS 27 ELECTROPOLISHING USE CLEANING ENERGY 4 ELECTROLYSIS ­ENERGY DISSIPAT ION ENERGY LOSSES ELECTROREFINING USE ELECTRULYSIS LUSSES 4 REFINING ­ENERGY DISTRIBUT ION USE ENERGY ELECTRORETINOGRAPHY USE EYES SPECTRA 4 NERVOUS SYSTEM ­ENERGY LEVEL DIAGRAMS DIAGRAHS 4 RETINA ENERGY LEVELS 10 ELECTROSHOCK USE BRAIN ­ENERGY LEVEL SCHEMES DIAGRAHS 4 ELECTRIC DISCHARGES ENERGY LEVELS -ELECTROSTATIC FIELDS USE ELECTRIC FÍELOS 25,603 ENERGY LEVELS 4 ELECTROSTATICS 425 ENERGY LOSSES USE LOSSES 329 ELECTROSTATIC GENERATORS ­ENERGY OF DISSOCIATION USE DISSOCIATION ENERGY 15 ELECTROSTATIC LENSES USE ELECTRIC FÍELOS ENERGY RANGE SEE EV RANGE 4 LENSES OR GEV RANGE -ELECTROSTATIC PRECIPITATION USE COTTRELL PRECIPITATOR DR KEV RANGE 1,813 ELECTROSTATICS OR MEV RANGE 9 ELEMENT 104 OR MILL I EV HANGE ELEMENT 104 BORIDES DR TEV RANGe ELEMENT 104 BROMIDES ­ENGINEERING SEE OESIGN ELEMENT 104 CARBIDES OR MECHANICS ELEMENT 104 CARBONATES ­ENGINEERING TESTING REACTOR USE ETR ELEMENT 104 CHLORIDES EN1WET0K USE ISLANDS ELEMENT 104 COMPLEXES ♦ PACIFIC OCEAN ELEMENT 104 COMPOUNDS ENUCH­CODE USE PROGRAHHING ELEMENT 104 FLUORIDES ENOLS USE ISOMERS ELEMENT 104 HYDR10ES ♦ KETONES ELEMENT 104 HYDROXIDES ENRICHMENT ELEMENT 104 IODIOES ­ENRICO FERMI FAST BREEDER R. USE EFFBR ELEMENT 104 NITRATES ­ENRICO FERMI INST. R. MILAN USE CESNEF ELEMENT 104 NITRIDES ­ENRICO FERMI ITALY USE SELNI ELEMENT 104 OXIOES ­ENRICO FERMI POWER ST. ITALY USE SELNI ELEMENT 104 PHOSPHATES ­ENRICD FERMI PUWER SI. HIC-USA USE EFFBR ELEMENT 104 SILICATES ENSKOG THEORY USE BOLI/MANN EQUATION ELEMENT 104 SULFATES ENSTATITE USE MAGNESIUH SILICATES ELEMENT 104 SULFIDES ♦ PYROXENES 11,956 ELEMENTARY PARTICLES 3 ENTERITIS SEE DISEASES 2,546 ELEMENTS DR INTESTINE -ELIASITE USE GUMMITE OR RADIATION INJURIES -ELK RIVER REACTOR USE ERR 4 ENTEROKINASE USE ENZYHES ELK RIVER TENNESSEE USE RIVERS ♦ INTESTINE 4 TENNESSEE ♦ KINASES 4 USA ­ENTERPRISE USE CVA 65 ELLIOT LAKE USE CANADA ENTHALPY 4 LAKES ENTOMOLOGY USE INSECTS ELLIOT MODEL USE GROUP THEORY ENTRAINMENT SEE SUSPENSIONS 4 ROTATIONAL STATE 1,224 ENTROPY 4 SHELL MODELS 5,785 ENVIRONMENT 26

82 ERYTHROPOIETIN USE BLOOD FORMATION -ENZYMATIC ACTIVATION USE CHEMICAL REACTIONS 4 HORMONES 4· ENZYHES 4 KIDNEYS ENZYMES USE ESADA-AI EOCR USE REACTORS -ESAOA Al SGR -ESAOA GA HTGC USE ESADA-GA EOETVOES EXPERIMENT USE GRAVITATION USE ESAOA-GE 4 MASS -ESADA GE SUPERHEAT BWR -ESADA VALLECITOS EXP. SUPERH. USE ESAOA-VESR 4 MEASUREMENT USE REACTORS 1 EOSCHK-COOE USE PROGRAMMING ESAOA-AI ESADA-GA USE REACTORS 24 EOSIN USE DYES USE REACTORS 35 EOSINOPHILS USE LEUCOCYTES ESADA-GE USE REACTORS EPA DEVICES USE THERHONUCLEAR DEVICES ESAOA-VESR USE BACTERIA 9 EPHEDRINE USE ALKALOIDS ESCHERICHIA COLI USE BACTERIA 4- DRUGS ESCHERICHIA FREUNDII USE NIOBIUM OXIOES 9 EPHESTIA USE INSECTS ESCHWEGEITE 27 EPIDERMIS USE SKIN ♦ RARE EARTHS 1 EPIOIDYMITE USE EUDIOYMITE 4- TANTALUM OXIDES 3 EPIIANTHINITE USE URANIUM MINERALS » THORIUM OXIOES 4- URANIUH OXIDES 4 URANIUM MINERALS 49 EPILATION USE HAIR 9 ESERINE USE ALKALOIDS 4 RADIATION INJURIES 26 ESKIMOS USE MAN 4 SKIN 4 POPULATIONS SEE TISSUES 19 EPILEPSY USE OISEASES 36 ESOPHAGUS 4 NERVOUS SYSTEM -ESR USE ELECTRON SPIN RESONANCE -EPIPHYSIS SEE BONES ESR-COOE USE PROGRAMMING OR PINEAL GLAND -ESSAI ORGEL USE ESSOR USE CRYSTALLIZATION 8 ESSENTIAL OILS SEE ESTERS 10 EPITAXY OR ETHERS 30 EPITHELIOMA USE CANCER USE TISSUES OR PLANTS 69 EPITHELIUM USE REACTORS -EPITHERHAL CRITICAL EXP. USE ECEL 22 ESSOR ESTA-CODE USE PROGRAMMING 066 EPITHERHAL NEUTRONS USE ENZYMES 1 EPITHERMOS-CODE USE PROGRAMMING 45 ESTERASES 3 EPITHEI -COOE USE PROGRAMMING ♦ ESTERS 111 EPOXIDES SEE ORGANIC OXYGEN COMPUUNOS 4 HYDROLYSIS OR PLASTICS 7 ESTERIFICATIUN USE CHEMICAL REACTIONS OR POLYHERS 1,655 ESTERS OR RESINS 48 ESTRAOIOL USE ESTROGENS EQPLT-COOE USE PROGRAMMING 4 HORMONES 154 EQUATION OF STATE USE THERHUDYNAHICS 167 ESTRUGENS SEE DRUGS 21,543 EQUATIONS OR HORMONES 51 EQUATOR USE EARTH OR STEROIOS ♦ ZONES 10 ESTRONE USE ESTROGENS 242 EQUILIBRIUM SEE REACTION KINETICS 4 HORMONES OR STABILITY 3 ESTROUS CYCLE USE ESTROGENS OR THERMODYNAMICS 4 GONADS 6 EQUI POISE-COOE USE PROGRAMMING 4 PHYSIOLOGY 32 EQUIVALENCE PRINCIPLE USE RELATIVITY THEORY 4 REPRODUCTION 534 ERBIUM ♦ SEX 158 ERBIUM ALLOYS -ESUPRA USE ESADA-AI 7 ERBIUM BORIDES 387 ETA RESONANCES USE RESONANCE 6 ERBIUM BROMIDES ETC-CODE USE PROGRAMMING 6 ERBIUM CARBIOES 676 ETCHING 3 ERBIUM CARBONATES 787 ETHANE 57 ERBIUM CHLORIDES 1,137 ETHANOL 50 ERBIUM COMPLEXES 3 ETHENE USE ETHYLENE 189 ERBIUM COHPOUNDS 1,706 ETHERS 21 ERBIUM FLUORIDES 15 ETHIONINE USE AHINO ACIDS 6 ERBIUM HYDRIDES ETHIOPIA USE AFRICA 7 ERBIUM HYDROXIDES ETHOCEL USE CELLULOSE 5 ERBIUM IODIDES -ETHOXIDES USE ETHOXY RADICALS 28 ERBIUM ISOTOPES 61 ETHOXY RADICALS USE ALKOXY RAOICALS 13 ERBIUM NITRATES 6 ETHYL ETHER USE ETHERS 10 ERBIUM NITRIDES ♦ ETHYL RAOICALS 147 ERBIUM OXIOES 3,699 ETHYL RADICALS 2 ERBIUM PHOSPHATES 5 ETHYLAHINE USE AMINES 1 ERBIUM SILICATES 4 BT^HYL RAOICALS 17 ERBIUM SULFATES 2,066 ETHYLENE 12 ERBIUM SULFIDES -ETHYLENE POLYMERS USE POLYETHYLENES I ERBIUM 152 -ETHYLENEDIAM1NETETRAACET1C AC! USE EDTA 1 ERBIUM 153 27B ETR USE REACTORS 1 ERBIUM 154 -ETR-2 USE ATR ERBIUM 155 12 ETRC USE CRITICAL ASSEMBLIES 4 ERBIUM 156 10 ETTINGHAUSEN EFFECT USE HALL EFFECT 2 ERBIUM 157 1 EUCLASE USE ALUMINUM SILICATES 2 ERBIUM 158 4 BERYLLIUM SILICATES 4 ERBIUM 159 + MINERALS 9 ERBIUM 160 35 EUCLIDEAN SPACE USE GEOMETRY 16 ERBIUM 161 ♦ RIEMANN SPACE 14 ERBIUM 162 » VECTORS 10 ERBIUM 163 EUCOLITE USE EUOIALYTE 39 ERBIUM 164 ♦ NIOBIUM SILICATES 30 ERBIUM 165 5 EUOIALYTE USE CALCIUH SILICATES 115 ERBIUM 166 4 IRON SILICATES 62 ERBIUM 167 4 MINERALS 55 ERBIUM 168 » ZIRCONIUM SILICATES 30 ERBIUM 169 2 EUOIUYMITE USE BERYLLIUM SILICATES 35 ERBIUM 170 4· MINERALS 20 ERBIUM 171 ■4 SODIUM SILICATES 9 ERBIUM 172 27 EUGLENA USE ALGAE 1 ERBIUM 173 ♦ PROTOZOA -ERGODIC THEOREM USE LIOUVILLE THEOREM EULER ANGLES USE ROTATION -ERGODICITY USE LIOUVILLE THEOREM -EULER EQUATIONS USE LAGRANGE EQUATIONS 10 ERGOSTEROL SEE STEROIDS 4 EULER TRANSFORMATION USE MATHEMATICS OR VITAMIN 0-2 -EULER-LAGRANGE EQUATIONS USE LAGRANGE EQUATIONS 6 ERGOTAMINE USE ALKALOIDS -EUPHAUSIA USE CRUSTACEANS ERIC USE CRITICAL ASSEMBLIES 127 EURATOM -ERICH 1 USE FRG 48 EUROCHEMIC USE OEPLETEO URANIUM -ERICSON FLUCTUATIONS USE ERICSON THEORY 4 REPROCESSING -ERICSON MODEL USE ERICSON THEORY 161 EUROPE ERICSON THEORY USE COMPOUND NUCLEI 841 EUROPIUM 4 NUCLEAR REACTIONS 61 EUROPIUM ALLOYS 4 RANDOM PHASE APPROXIMATION 19 EUROPIUM BORIDES ♦ STATISTICS 7 EUROPIUM BROMIDES 4 VARIATIONS 5 EUROPIUM CARBIDES 16 ERIOCHROME BLACK USE DYES 15 EUROPIUM CARBONATES 12 ERIOCHROME CYANINE USE DYES 77 tURUPIUM CHLORIDES 1 ERIOCHROME RED USE DYES 125 EUROPIUM COMPLEXES 3 ERIOCHROME VIOLET USE OYES 231 EUROPIUM COMPOUNDS 13 ERIOGLAUCINE USE AMINES 23 EUROPIUM FLUORIDES 435 EROSION 10 EUROPIUM HYDRIDES 66 ERR USE REACTORS 15 EUROPIUM HYDROXIDES ■ 832 ERRORS 3 EUROPIUM IODIDES 43 ERYTHEMA SEE RADIATION INJURIES 35 EUROPIUM ISOTOPES OR SKIN 24 EUROPIUM NITRATES -ERYTHREMIA SEE POLYCYTHEMIA 5 EUROPIUM NITRIOES 32 ERYTHRITOL USE ALCOHOLS 293 EUROPIUH OXIDES -ERYTHR06LASTS SEE BLOOD CELLS 5 EUROPIUM PHOSPHATES OR BLOOO FORMATION 11 EUROPIUM SILICATES OR ERYTHROCYTES 31 EUROPIUM SULFATES ,942 ERYTHROCYTES 40 EUROPIUM SULFIOES 7 ERYTHROMYCIN USE ANTIBIOTICS 5 EUROPIUM 144 4 DRUGS 16 EUROPIUH 145 27

25 EUROPIUM 146 2 EYELIDS SEE EYES 41 EUROPIUH 147 OR SK IN 16 EUROPIUH 148 UK TISSUES 40 EUROPIUM 149 1,343 EYES 14 EUROPIUM 150 1 EYRING THEORY USE GASES 99 EUROPIUH 151 LI QU IDS 205 EUROPIUM 152 * TRANSPUHT THEURY 133 EUROPIUM 153 ­E443 DIDÜ USE DIDO 143 EUROPIUH 154 196 F LENTfcRS USE LATTICES 65 EUROPIUM 155 VACANC IES 35 EUROPIUM 156 ­F REACTOR HANFORD USt HAN­F 17 EUROPIUM 157 74 F RESONANCFS USE RESONANCE 6 EUROPIUM 158 189 F­LAYEH USE IONOSPHERE 8 EUROPIUM 159 6 F­SUM RULE USE ATOHS 3 EUSTACHIAN TUBE USE EARS FNERGY LEVELS ♦ TISSUES 28 F­WAVE US*t UUANTUH HECHANICS ,371 EUTECTICS FABCüST­8­CODE USE PROGRAMMING 49 EUTECTOIDS USE PHASE DIAGRAMS 1 FABLE­CODE USE PRUGRAMHING 22 EUXENITE USE NIOBIUM OXIDES 9,BIT FABRICATION ♦ RARE EARTHS ­FABRICS USE TEXTILES ♦ TANTALUM OXIDES 101 FABRY­PEROT INTERFERÜMETER USE L IGHT ♦ THORIUM OXIDES SPECTROHETERS ♦ URANIUM MINERALS 18 FACE SE«E TISSUES 884 EV RANGE ­FACE CENTERED COBIC USE FCC -EV/C USE EV RANGE LATTICFS ♦ MOHENTOH ­FACILITIES US»E ■ -EVA USE LITTLE EVA 1 FACOH­CODE USE PRUGRAHHING 12 EVANS BLUE SEE DRUGS 10 FACTORIZATION USE HATHEMATICS DR DYES 3 FACULAE USE SUN 5,648 EVAPORATION 6,114 FAILURES 79 EVAPORATION HEAT USE EVAPORATION I FAIM­COOE USE PROGRAHHING + THERHODYNAMICS 1 FAIR­CODE USE PROGRAHHING 102 EVAPORATION HODEL SEE NUCLEAR MODELS 3,928 FALLOUT OR PARTICLE HOOELS ­FALLOUT DEPOSITION PATTERNS USE DISTRIBUTION 248 EVEN EVEN NUCLEI USE NUCLEI FALLOUT 16 EVEN ODD NUCLEI USE NUCLEI 9 FANO TENSOR US*E MATRICES -EVESR USE ESAOA-VESR POLARIZATION -EWA USE WWR SERIES » QUANTUH HECHANICS 3 EWING SARCOMA USE BONES *♦ SPIN ♦ TUHORS 6 FANSTEEL USE STEELS 124 EXCAVATION USE OPENINGS 1 FANTASIA­CUÛE USE PRUGRAHHING 30 EXCER PROCESS SEE REPROCESSING 21 FAP­CODE USE PROGRAHHING 31 EXCHANGE SEE HEAT TRANSFER ­FARAOAIC ADMITTANCE USE FARADAY CURRENT OR INTERACTIONS 68 FARADAY CAGE USE ELECTRONIC EQUIPMENT OR ION EXCHANGE ­FARADAY CHAMBERS USE FARADAY CAGE OR ISOTOPIC EXCHANGE ­FARADAY CONSTANT USE FARADAY LAWS 31 EXCHANGE- INTERACTIONS USE INTERACTIONS ­FARADAY CUP USE FARADAY CAGE ♦ QUANTUH HECHANICS 5 FARADAY CURRENT USL CURRENTS 261 EXCHANGE MODEL SEE NUCLEAR HODELS IMPURITIES OR PARTICLE HODELS POLAROGRAPHY 16,976 EXCITATION ­FARADAY EFFeCT USE FARADAY ROTATION 184 EXCITATION FUNCTION USE CROSS SECTIONS 4 FARADAY INDUCTION USE ELECTROMAGNETIC FIELDS *■ EXCITATION INDUCT ION -EXCITED STATES USE ENERGY LEVELS 9 FARADAY LAWS USE DECUHPOSITION ♦ f EXCITATION ELECTROLYSIS 118 EXCITONS USE CRYSTALS 10 FARADAY METHOD USE MAGNET IC MATERIALS ♦ EXCITATION SUSCEPT1BILIΓΥ -EXCLUSION PRINCIPLE USE PAULI PRINCIPLE 104 FARADAY R0TAT1UN USE ELECTROMAGNETIC WAVES t 181 EXCRETION SEE FECES MAGNETIC FIELDS OR URINE POLARIZATION 745 EXCURSIONS * ROTATION FARADAY CAGE 1 EXECUTIVE-CODE USE PROGRAHHING ­FARADAY SHIELD U S E -EXOPHTHALMOS SEE HYPERTHYROIDISH ­FAHAÜY CHAHBERS USE FARADAY CAGE -EXOTHERMIC OSE REACTION KINETICS 5B FARET USE RESEARCH REACTORS -EXP. SODIUM ZERO ENERGY R. USE NERO FASOUP­CUDE USE PROGRAHHING EXPALS-CODE USE PROGRAHHING ­FAST BREEDER R. ENRICO FERMI USE EFFBR EXPANOA-COOE USE PROGRAHHING ­FAST BURST ReACTUR USL 8REN 7,943 EXPANSION ­FAST BURST REACTOR EXP. USE HP RH FURI 2 EXPANSION CHAMBERS SEE CLOUD CHAHBERS ­FAST BURST REACTOR FACILITY usi: OR EXPANSION ­FAST EXPONENTIAL EXPEKIHLNT USE FEI: 146 EXPECTATION VALUE SEE QUANTUH HECHANICS 163 FAST FISSION FACTOR DR STATISTICS ­FAST FLUX TEST FACILITY USI FFTF' -EXPERIENCE CRITIQUE ORGEL USE ECO ­FAST FUEL TEST REACTOR USE FFTR -EXPERIM. LOW TEMP. PROC. HEAT USE ELPHR 2 FAST LOGIC USE CIRCUITS -EXPERIMENTAL BERYLLIUM OXIDE I . USE E80R DIGITAL SYSTEHS -EXPERIMENTAL BOILING WATER R. USE EBWR 7,826 FAST NEUTRUNS -EXPERIMENTAL BREEDER REACTUR USE EBR-1 ­FAST UXIUE BREEDER REACTUK USE run -EXPERIMENTAL BREEDER REACTOR . USE EBR-2 ­FAST R. CORE TEST FACILITY USE F R C T F -EXPERIMENTAL FAST CERAMIC R. USE SEFOR ­FAST R. ZERO POWER EXPER.­3 USE ZPR­3 -EXPERIMENTAL FAST OXIDE R. USE EFOR ­FAST REACTUR OOUNREAY UST DEK -EXPERIMENTAL GAS COOLED K. USE EGCR ­FAST REACTOR EXPERIMENIAL IESI USL FARFT -EXPERIMENTAL NUCLEAR REACTOR USE RFT ­FAST REACTOR TEST FACIL1IY USE FARET -EXPERIMENTAL ORGANIC COOL. P. USE EOCR ­FAST SOURCE REACTOR USE AF SH -EXPERIMENTAL POWER PLANT SI USE P-Sl ­FAST TEST REACTOR USE F TH -EXPERIMENTAL POWER PLANT S2 USE P-S2 ­FAST ZERO POWER R. USE FR­0 -EXPERIMENTAL RESULTS USE HEASUREHENT 58 FASTING SEE Ol ET -EXPERIMENTS USE HEASUREHENT B40 FATIGUE EXPLORATION SEE PROSPECTING 67 FATS SEE ESTERS OR WELL LOGGING 133 FATTY ACIDS USE URGANIC ACIDS USE AN IH AL S EXPLORER SATELLITES USE SATELLITES ­FAUNA USF THEKHUNUCLCAR DEVICES 1 EXPLORER 13 USE SATELLITES FAUST DEVICES 1,722 EXPLOSIONS 3 FAYALITE USE IRON SILICATES ♦ MINEHALS 485 EXPLOSIVES USE BREN 3 EXPONENTIAL DISTRIBUTION USE DISTRIBUTION -F BR «- STATISTICS -FBH ENRICO FERMI USE EFFBR -FBR EXP. USE HPKH 495 EXPONENTIAL PILES FBRF USE RESEARCH REACTORS -EXPOSURE SEE CONTAMINATION DR ENVIRONMENT FCBWR USE REALTORS OR IRRADIATION FCC USE LATT ICES OR RADIATION DOSES FCR USE REACTORS -FDR USE OTTO HAHN 449 EXTENSIVE AIR SHOWERS OSE SHOWERS FEATHER ANALYSIS USE ABSORPTION 14 EXTENSOMETERS SEE DEFORMATION OR EXPANSION ♦ ALUM1NUH OR INSTRUMENTS ♦ BETA PARTICLES FEATHERS USE SKIN EXTERMINATOR-CODE USE PROGRAMMING EXTERNAL CONVERSION USE ENERGY LEVELS FECES + EXCITATION FEOAL USE DETECTION ♦ FAILURES EXTRACELLULAR SPACE SEE BIOCHEMISTRY OR BODY ♦ FUEL CANS DR CYTOLOGY FEE USE EXPONENTIAL PILES DR FLUIDS FEEOBACK SEE C ON T RUL OR CONTROL SYSTEHS -EXTRACTION SEE LEACHING OR MINING OR SERVOHECHANISHS DR SOLVENT EXTRACTION OR TRANSFER FUNCTIONS EXTRACTION COLUMNS SEE ÕOY TISSUES EXTRAPOLATION CHAMBERS USE IONIZATION CHAHBERS FEFC-CUOE USE PROGRAHHING EXTRAPOLATION LENGTH USE DIFFUSION 4- NEUTRONS FtlNBERG-PAIS THEORY USE BETHE-SALPETER EQUATION ♦ LEPTONS EXTRUSION * WEAK INTERACTIONS EXUDATE USE FLUIDS EYEBALL-CODE USE PROGRAHHING 28

152 FELDSPARS USE MINERALS 4 FERMIUM COHPOUNDS ♦ SILICATES KEKMIUM FLUORIDES FELIX DEVICE USE DEUTERIUM FERMIUM HYORIDES ♦ MAGNETIC MIRRORS FERMIUM HYDROXIDES 4 THERMONUCLEAR DEVICES FERMIUM IODIDES 38 FEMUR USE BONES 10 FERMIUM ISOTOPES 1 FERDU-COOE USE PROGRAMMING FERMIUM NITRATES 1 FERGHANITE USE LITHIUM OXIDES FERMIUM NITRIDES 4 URANIUM MINERALS 1 FERMIUM OXIDES 4 URANIUM OXIDES FERMIUM PHOSPHATES 4 VANADIUM OXIDES FERMIUM SILICATES 17 FERGUSONITE USE NIOBIUM OXIOES FERMIUM SULFATES 4 RARE EARTHS FERMIUM SULFIOES 4- TANTALUM OXIDES 3 FERMIUM 248 4 URANIUM MINERALS 1 FERMIUM 249 FERMAT PRINCIPLE USE LIGHT 14 FERMIUM 250 4· OPTICAL SYSTEMS 2 FERMIUM 251 4 TIME 15 FERMIUM 252 129 FERMENTATION 2 FERMIUM 253 -FERMI SEE FERMI ACCELERATION 25 FERMIUM 2 54 OR FERMI AGE 11 FERMIUM 255 OR FERMI GAS 7 FERMIUM 256 OR FERHI GAS MODEL 3 FERMIUM 257 OR FERMI INTERACTION 2 FERMIUM 258 OR FERMI LEVEL 6 FERNS USE PLANTS OR FERMI MODEL 3 FERRANT COHPUTERS USE COMPUTERS OR FERHI PLOT -FERRARI MOOEL USE FERRARI-SELLERI MODEL OR FERHI-SEGRE FORMULA FERRARI- SELLERI MODEL USE FORM FACTOR OR FERMI-TELLER THEORY 4- OPE MOOEL OR FERMI-YANG THEORY -FERRATES USE IRON OXIDES OR THOMAS-FERN I HOOEL FERRIC COMPOUNDS USE IRON COMPOUNDS FERMI ACCELERATION USE ASTROPHYSICS 4 VALENCE 4 COSMIC RADIATION 21 FERRITE USE ALLOTROPY FERMI AGE ♦ IRON -FERMI AGE MODEL USE FERMI AGE -FERRITES USE IRON OXIDES -FERMI AGE THEORY USE FERMI AGE 4· MAGNETIC MATERIALS -FERMI ANALYSIS USE FERHI PLOT FERROALLOYS USE IRON ALLOYS -FERMI APPROXIMATION USE FERHI AGE 19 FERROCENE USE CYCLOPENTADIENE -FERMI BETA THEORY USE FERHI INTERACTION 4 IRON COMPLEXES -FERMI COLLISION THEORY USE FERMI ACCELERATION 8 FERROCYANIOES USE CYANIDES -FERMI CONSTANTS SEE FERMI INTERACTION 4- IRON COHPOUNDS -FERMI CONTACT INTERACTION SEE FERMI INTERACTION FERROELECTRIC MATERIALS USE FERROHAGNETIC HATERIALS -FERMI COORDINATES SEE RELATIVITY THEORY FERR01N USE IRON COMPLEXES -FERMI COUPLING USE FERMI INTERACTION ♦ PHENANTHROLINE -FERHI COUPLING CONSTANT USE FERMI INTERACTION ♦ REAGENTS -FERMI DIAGRAH USE FERMI PLOT FERROMAGNETIC MATERIALS -FERHI DIFFERENTIAL EQUATIUN USE THOMAS-FERM I MODEL -FERROMAGNETISM USE FERROHAGNETIC HATERIALS -FERMI DIRAC GAS USE FERMI GAS FERROUS COMPOUNDS USE IRON COHPOUNDS -FERMI DISTRIBUTION USE FERMI LEVEL 4 VALENCE -FERMI ENERGY USE FERMI LEVEL 1 FERSMITE USE CALCIUM OXIDES -FERMI FAST BREEDER REACTOR USE EFFBR 4 MINERALS -FERMI FLUID USE FERMI GAS 4 NIOBIUM OXIDES -FERMI FORMULA USE FERMI INTERACTION 4 RARE EARTHS -FERMI FUNCTIONS USE FERMI INTERACTION 4 TITANIUH OXIOES FERMI GAS USE FERMIONS FERTILE MATERIALS FERMI GAS MODEL USE FERMI GAS FERTILITY SEE REPRODUCTION FERMIONS FERTILIZERS NUCLEAR MODELS FERUTITE USE TITANIUM OXIOES 357 FERMI INTERACTION BETA DECAY ♦ URANIUM MINERALS FIELD THEORY 4 URANIUM OXIDES INTERACTIONS FESHBACH MODEL USE COMPOUND NUCLEI WEAK INTERACTIONS ♦ MANY BODY PROBLEM 404 FERMI LEVEL ENERGY LEVELS 4 NUCLEAR REACTIONS FERMI GAS 4- NUCLEAR THEORY FERMIONS 4 OPTICAL HOOEL -FERMI LIMIT USE FERMI GAS -FESHBACH-PORTER-WEISSKOPF HOOE USE OPTICAL MOOEL -FERMI LIQUID USE FERMI GAS FESHBACH-MEISSKOPF MUOEL USE COMPOUND NUCLEI -FERHI MATRIX USE FERMI INTERACTION ♦ CROSS SECTIONS -FERMI MECHANISM USE FERMI ACCELERATION ♦ NUCLEAR REACTIONS 50 FERHI HODEL USE INTERACTIONS FETHDC-CODE USE PROGRAMMING NUCLEONS FETUSES ♦ PIONS FEULGEN METHOD USE CHEMICAL REACTIONS -FERMI MOMENTUM SEE FERMI GAS 4 COLOR OR FERMI INTERACTION ♦ DNA OR FERHI HOOEL USE BODY 237 FERMI PLOT USE BETA PARTICLES 4· TEMPERATURE 4 SPECTRA 4 FEVER-CODE USE PROGRAMMING -FERMI POTENTIAL USE FERHI LEVEL 406 FEYNMAN DIAGRAM USE FIELD THEORY -FERMI PSEUOOPOTENTIAL USE FERHI INTERACTION 4 INTERACTIONS -FERMI SEA MOOEL USE POSITRONS , -FEYNMAN FORMALISM USE FEYNHAN DIAGRAM -FERMI SPHERE USE FERHI LEVEL -FEYNMAN GRAPH USE FEYNMAN DIAGRAM -FERMI SURFACE USE FERHI LEVEL FEYNHAN HELIUM THEORY USE HELIUM II -fERMI SYSTEM USE FERMI GAS 4· SUPERFLUIDITY -FERMI TEMPERATURE USE FERHI LEVEL 48 FEYNMAN METHOD USE NEUTRONS -FERMI THEORY SEE FERHI ACCELERATION *■ TRANSPORT THEORY OR FERMI AGE -FEYNHAN POSITRON THEORY USE FEYNMAN DIAGRAM OR FERMI INTERACTION -FEYNMAN RULES USE FEYNMAN OIAGRAM OR FERMI MODEL -FEYNMAN-DYSON METHOU USE FEYNMAN OIAGRAM -FERHI THEORY OF BETA DECAY USE FERMI INTERACTION -FEYNMAN-DYSON THEORY USE FEYNMAN OIAGRAM -FERMI TRANS IT I UN USE FERMI INTERACTION -FEYNMAN-GELL-MANN EQUATIONS USE FEYNMAN-GELL-MANN THEORY -FERMI -KURIE PLOT USE FERMI PLOT 39 FEYNMAN-GELL-MANN THEORY USE BETA OECAY -FERMI -SAKATA HODEL USE FERHI-YANG THEORY 4 FI ELO THEORY 16 FERMI -SEGRE FORMULA USE HYPERFINE STRUCTURE ♦ WEAK INTERACTIONS 4 MAGNETIC MOMENTS 163 FFAG ACCELERATORS USE ACCELERATORS -FERMI -SEGRE RELATION USE FERHI-SEGRE FORMULA -FF BR USE EFFBR 5 FERMI -TELLER THEORY USE CAPTURE 3 FFTF USE RESEARCH REACTORS 4 MUONS 4 FFTR USE REACTORS 4 MUONS-MINUS FIB-3-COOE USE PROGRAMMING 4 SLOWDOWN 781 FIBERS -FERMI -TELLER Ζ LAW USE FERMI-TELLER THEORY 30 FIBRIN USE PROTEINS -FERMI -THOMAS APPROXIMATION USE THOMAS-FERMI MOOEL 71 FIBRINOGEN USE PROTEINS -FERMI -THOMAS ATOM USE THOMAS-FERMI MODEL 13 FIBRINOLYSIN USE ENZYMES -FERHI -THOMAS FIELD USE THOMAS-FERMI HOOEL 4· FIBRINOLYSIS -FERMI -THOMAS FORMULA USE THOMAS-FERMI MODEL 9 FIBRINOLYSIS USE BLOOD -FERMI -THOMAS METHOD USE THOMAS-FERMI MODEL 4 COAGULATION -FERMI -THOMAS THEORY USE THOMAS-FERMI MODEL 6 FIBROADENOMAS USE TUMORS -FERMI -WEIZSAECKER FORMULA USE FERMI INTERACTION 33 FIBROBLASTS USE ANIMAL CELLS -FERMI -YANG HYPOTHESIS USE FERHI-YANG THEORY 23 FIBROSARCOMAS USE CANCER -FERMI -YANG HODEL USE FERHI-YANG THEORY 68 FIBROSIS SEE RAOIATION INJURIES 14 FERHI -YANG THEORY USE ANTINUCLEONS 28 FICK LAW USE DIFFUSION + FERMI INTERACTION 2 FICS-COOE USE PROGRAMMING NUCLEONS -FIELD DOSE USE RADIATION DOSES -FERMI -YANG-SAKATA MOOEL USE FERMI-YANG THEORY 5 FIELD EQUATIONS USE DIFFERENTIAL EQUATIONS 2,992 FERMIONS ♦ FIELD THEORY 51 FERMIUM FIELD THEORY FERMIUM BORIDES FIERZ INTERFERENCE USE BETA OECAY FERMIUM BROMIDES » INTERACTIONS FERMIUM CARBIOES 4 SPECTRA FERMIUM CARBONATES -FIERZ TERM USE FIERZ INTERFERENCE FERMIUM CHLORIDES 3 FERMIUM COMPLEXES 29

PROGRAMMING FIERZ-PAULI THEORY USE DIFFERENTIAL EQUATIONS FLIGHT-CODE USE ♦ ELEHENTARY PARTICLES 2 FLINT USE ROCKS ♦ SPIN + SILICON OXIDES ♦ SPINOR 1 FLIP-CODE USE PROGRAMMING CIRCUITS 45 FILAMENTS SEE MIRES 36 FLIP-FLOP USE PROGRAMMING Β FILIPINOS USE HAN 3 FLIRT-CUDE USE ♦ PHILIPPINES 16 FLOATING POINTS SEE COMPUTERS ♦ POPULATIONS OR NUMERICALS 34 FILLERS SEE CEMENTS 13 FLOCCULATION SEE COAGULATION OR PLASTICS OR PRECIPITATION OR HELDS I FLONET-COOE USE PROGRAMMING 73 FILM BADGES SEE OOSEMETERS 1 FLOOK-COOE USE PROGRAMMING OR PHOTOGRAPHIC FILM DETECTORS FLOPSY-COOE USE PROGRAMMING 21 FILM BOILING USE BUIL ING FLOOUET FUNCTION USE DIFFERENTIAL EQUATIONS ♦ FILMS 175 FLORIDA USE USA -FILM DETECTORS USE PHOTOGRAPHIC FILM DETECTORS -FLORIDA UNIV. TRAINING REACTOR USE UFTR 5,523 FILMS -FLORIDA UNIVERSITY REACTOR USE FUR 2 FILTER-COOE USE PROGRAMMING 295 FLOTATION 4,203 FILTERS 55 FLUUrt USE CEREALS -FILTRATION USE FILTERS -FLUW SEE FLUID FLOW ♦ SEPARATION PROCESSES OR GAS FLOW 22 FINAL-STATE INTERACTION USE INTERACTIONS OR LIQUID FLOW 140 FINE STRUCTURE USE ANGULAR MUMENTUM 8 FLOW COUNTERS SEE COUNTERS 4 ATOMIC MODELS OR GAS FLOW + SPECTRA OR PROPORTIONAL COUNTERS ♦ SPIN 125 FLOW MODELS USE FLUID FLOW 7 FINGERS SEE BODY 29 FLOW RATE SEE CREEP OR TISSUES OR FLOWMETERS 2 FINISHING SEE CLEANING OR FLUID FLOW OR COATING OR VELOCITY 50 FINITE DIFFERENCE METHUO USE MATHEMATICS 11 FLOW STRESS USE DEFORMATION 62 FINLAND USE EUROPE ♦ STRESSES -FINNED SURFACES USE FINS 1 FLOW STRUCTURE USE FLUID FLOW ♦ SURFACES 115 FLOWERS USE PLANTS -FINNED TUBES USt FINS 487 FLOWMETERS ♦■ TUBES -FLUCTUATIONS USE VARIATIONS -FINNISH REACTOR 1 USE TRIGA SERIES -FLUID DYNAMICS USE FLUID FLOW 859 FINS 10,490 FLUID FLOW 1 FIP-CODE USE PROGRAMMING 18 FLUIU FUEL SEE FUEL SLURRIES -F IR-1 USE TRIGA SERIES OR FUEL SOLUTIONS 20 FIRE SEE COMBUST ION OR FUEL SUSPENSIONS 4 FIRE RESISTANCE USE HEATING OR FUSED SALT FUEL + STABILITY OR GAS FUEL 1 FIRE-CODE USE FERMI AGE OR LIQUID METAL FUEL ♦ PROGRAMMING -FLUIDITY USE VISCOSITY F I RE ARMOR USE CHROMIUM ALLUYS 609 FLUIUIZATIUN + IRUN ALLOYS 63 FLUIUIZED 3ED SEE FLUIOIZATION + NICKEL ALLOYS OR FUEL SUSPENSIONS 38 FIREBALL MOOEL USE PARTICLE MODELS OR SUSPENSIONS 6 F IR I NG SEE HEATING -FLUIU1ZED SOLIOS FUELED R. USE FSFR 4 FIRSI AID SEE MEDICINE FLUIDS -FIRST ATOMIC POWER ST. USS USE APS-1 -FLUOCERITE USE TYSONITE 1 FIRST-CODE USE PROGRAMMING FLUCIKAPATITE USE APATITES 3 FISCHER-TROPSCH SYNTHESIS USE CHEMICAL REACTIONS FLUGKENE USE AROMATICS 4­ HYDROCARBONS FLUORESCEIN USE DYES 4­ PRODUCTIUN * FLUORESCENCE L.148 FISH 2,BOI FLUORESCENCE 5.726 FISSION 2,605 FLUORIOES 383 FISSION CHAMBERS -FLUURIMETRY USE FLUOROMETRY 10,066 FISSION PRODUCTS -FLUORI ÑATEO HYORUCARBUNS USE ORGANIC FLUORINE COMPOUNDS 16 FISSION RATIO USE RESÜNAPJCE NEUTRONS 682 FLUURINATION + THERMAL NEUTRONS 1 .478 FLUORINE FISSION RECOILS USE FISSION -FLUORINE BROMIDES USE BROMINE FLUORIDES + RECOILS -FLUORINE CHLORIDES USE CHLORINE FLUORIDES 45 FISSION YIELO USE FISSION 45 FLUORINE COHPLEXES + FI5SIUN PRODUCTS 499 FLUORINE COMPUUNDS I .510 FISSIONABLE MATERIALS -FLUORINE FLUORIOES USE FLUORINE -FI S SI UM USE FISSION PRODUCTS -FLUORINE IODIDES USE IODINE FLUORIDES 9 FISrULAE USE DISEASES 12 FLUURINE ISOTOPES FITUM-CODE USE PROGRAMMING 15 FLUORINE OXIOES 6 FIVE-01MENS ONAL SPACE USE MATHEMATICS 16 FLUORINE 16 -FIXATION SEE ÄOSORPTION 114 FLUORINE 17 OR BONDING 364 FLUORINE IB OR JOINTS 823 FLUORINE 19 1 FIZZ-CODE USE PROGRAMMING 95 FLUORINE 20 FLADE POTENTIAL USE ELECTRIC POTENTIAL 10 FLUURINE 21 +■ ELECTROLYTES 4 FLUORINfc 22 4­ OXIDATION 138 FLUORITE USE CALCIUM FLUORIDES REOUCTION 4­ MINERALS -FLAIR USE TRIGA SERIES 3 FLUOROO USE DOSEMETERS 2 FLAME-COOE USE PROGRAMMING + GLASS 39 FLAMES SEE COMBUSTION 7 FLUOROFORM USE ORGANIC FLUORINE COMPOUNDS 11 FLANGES SEE JOINTS 24 FLUOROMETRY USE FLUORESCENCE 1 FLAP-CODE USE PROGRAMMING 4­ PHOTOMETRY 3 FLARE-CODE USE PRUGRAHHING -FLUJROSCOPY SEE FLUOROMETRY 4 FLASH BURNS SEE NUCLEAR EXPLOSIONS OR RAD10GRAPHY OR RADIATION INJURIES FLUUKOX PROCESS USE REPROCESSING OR THERMAL RADIATION FLUURS USE FLUORESCENCE 3 FLASH HEATING USE HEATING + PHOSPHORS 11 FLASH TUBES USE ELECTRIC DISCHARGES -FLUOKSPAK USE FLUORITE ELECTRON TUBES FLUOSILICIC ACIO USE SILICON FLUORIDES LIGHT FLUUTITANATES USE TITANIUH FLUORIDES 17 FLASH WELDING USE WELDING FLUOZIKCONATES USE ZIRCONIUM FLUORIDES FLASH-CODE USE PROGRAMMING FLUREX PROCESS USE REPROCESSING -FLASHER SUBMARINE USE S5W SERIES FLUSY-COOE USE PROGRAHHING 2 FLATTENING SEE BUCKLING FLUTE INSTABILITY USE PLASMA OR COLD WORKING -FLUX SEE BEAHS OR ROLLING OR HEAT TRANSFER FLATTOP USE CRITICAL ASSEMBLIES OR MAGNETIC FIELDS 13 FLAVINS USE HETEROCYCLICS OR NEUTRON FLUX ORGANIC NITROGEN COMPOUNDS FLUX-CODE USE PROGRAMMING ORGANIC OXYGEN COMPOUNDS FLUXES USE REFRACTORIES 14 FLAVONES BIOFLAVONOIDS + WELDING HETEROCYCLICS -FLUXMETERS SEE MAGNETOMETERS ORGANIC OXYGEN COMPOUNDS OR NEUTRON OETECTION PIGMENTS OR NEUTRON FLUX VITAMINS 40 FLYING SPOT DIGITIZER USE ELECTRONIC EQUIPMENT FLAVONOID COMPOUNDS SEE BIOFLAVONOIDS + MEASUREMENT FLAVOR SEE ODOR + PARTICLE TRACKS FLAWS SEE DEFECTS FMC-G-CODE USE PROGRAMMING FLEER-CODE USE PROGRAMMING FMC-N-COOE USE PROGRAMMING FLEPAC-CODE USE PROGRAMMING FNR USE RESEARCH REACTORS FLEX-CODE USE PROGRAMMING FUAHS FLEXIBLE PLASTIC REACTOR USE FPR FOB USE REACTORS FLIC-CODE USE PROGRAMMING FUCK EQUATION USE HARTREE-FOCK HETHOD FLICKER EFFECT USE CATHODES FOCK FUNCTIONALS USE FIELD THEORY 4­ CURRENTS ■4 QUANTUM HECHANICS THERMIONICS FOCK HETHOD USE HARTREE-FOCK METHOD ­4 VARIATIONS FOCK REPRESENTATION USE HILBERT SPACE FLIES USE INSECTS ♦ MANY BODY PROBLEM FLIGHT PATH USE PARTICLE TRACKS 4- QUANTUM MECHANICS 30

-FOCK SELF-CONSISTENT FIELD USE HARTREE-FUCK METHOD -FOURIER COEFFICIENTS USE FOURIER ANALYSIS FOCUSING SEE LENSES -FUURIER COMPONENTS USE FOURIER ANALYSIS OR OPTICAL SYSTEMS -FOURIER DECOMPOSITION USE FOURIER ANALYSIS FOG USE AEROSOLS -FOURIER EQUATION USE FOURIER HEAT EQUATION FUG-CODE USE PROGRAMMING -FUURIER EXPANSIUN USE FOURIER ANALYSIS FOILNORM-CODE USE PKUGRAMMING FOURIER HEAT EQUATIUN USE DIFFERENTIAL EQUATIONS FOILS *■ HEAT TRANSFER FOKKER ACTICN PRINCIPLE USE CHARGED PARTICLES *■ THÉRHAL CONDUCTIVITY DIFFERENTIAL EQUATIONS -FUURIER LAW USE FOURIER HEAT EQUATION ♦* INTERACTIONS -FOURIER REPRESENTATION USE FOURIER ANALYSIS + RELATIVITY THEORY -FOORIER SERIES USE FOURIER ANALYSIS VARIATIONS -FOURIER SUPERPOSITIUN USE FOURIER ANALYSIS -FOKKER LEAST ACTION PRINCIPLE US>· E FOKKER ACTIUN PRINCIPLE -FOURIER TRANSFORM METHOD USE FOURIER TRANSFORMATIONS -FOKKER-PLANCK COEFFICIENTS USt FOKKER-PLANCK EQUATIUN FOURIER TRANSFORMATIONS USE DIFFERENTIAL EQUATIONS FOKKER-PLANCK EÙUATIUN USE DIFFERENTIAL EQUATIONS *■ INTEGRALS TRANSPORT THEORY *■ OSCILLATIONS -FOKKER-SCHWARZSCHILO-TETRUDE A US*E FOKKER ACTION PRINCIPLE FOURMARIERITE USE LEAD OXIDES FOLOED FLOW SEE COUNTER CURRENT «- URANIUH HINERALS FOLDY TERM USE ELECTRIC POTENTIAL + URANIUH OXIOES FOLDY-WOUTHUYSEN TRANSFORM 23 FOWL USE BIRDS * INTERACTIONS -FOWLER EQUATION USE FOWLER-NORDHËIH THEORY *4­ MAGNETIC MOMENTS -FOWLER FORMULA USE FOWLER-NOROHEIH THEORY -FOLOY-TANI TRANSFORMATION USE FOLDY-WUUTHUYSEN TRANSFORM -FOWLER FUNCTION USE FOWLER-NURDHEIM THEORY -FOLDY-WOUTHUYSEN APPROXIMATION USE FOLDY-WOUTHUYSEN TRANSFORM FOWLER-NURDHEIM THEORY USE METALS -FOLDY-WOUTHUYSEN REPKESENTATIU USE FOLDY-WOUTHUYSEN TRANSFORM «■ PHOTOELECTRIC EFFECT FOLDY-WOUTHUYSEN TRANSFURH USE DIRAC EQUATIONS -FOWLER-NORDHEIM WORK FUNCTION USE FOWLER-NORDHEIM THEORY MATHEMATICS 5 FPR USE CRITICAL ASSEMBLIES -FQLDY-WOUTHUYSEN-TANI REPRESEN US>· E FOLDY-WOUTHUYSEN TRANSFORM -FR-1 USE FR-2 FOLIC ACID USE VITAMIN Β GROUP 42 FR-2 USE RESEARCH REACTORS + VITAMINS 25 FRACTIONATION SEE DISTILLATION -FOLLICLE STIMULATING HORHÜNE USE FSH OR SOLVENT EXTRACTION FOLLICLES SEE GONADS 83 FRACTURES SEE BONES OR OVARIES OR FAILURES OR SKIN -FRAGMENTS SEE OECAY -FOLLICULIN USE ESTRONE OR FALLOUT FOHENT-COOE USE PROGRAHHING OR FISSION PRODUCTS FONCT-COOE USE PROGRAHMING OR HYPERFRAGMENTS FONG THEORY USE DISTRIBUTION OR PARTICLES FISSION PROOUCTS FRAN USE RESEARCH REACTORS * MASS 973 FRANCE USE EUROPE -FUNG-NEWTON THEORY US»E FUNG THEORY 37 FRANCIUM FONTENAY-AUX-ROSES USE FRANCE FRANCIUH BORIDES FOOD I FRANCIUM BROMIDES FOOD CHAIN SEE DIET FRANCIUH CARBIDES OR FOOO FRANCIUH CARBONATES FORBUSH DECREASE USE COSMIC RADIATION I FRANCIUH CHLORIDES ♦ SUN 1 FRANCIUH COHPLEXES TIME 12 FRANCIUM COMPOUNDS >· VARIATIONS 2 FRANCIUM FLUORIOES 37 FORBUSH DEPRESSION US*E COSMIC RADIATION FRANCIUM HYDRIDES MAGNETIC FIELDS FRANCIUH HYDROXIDES *♦ VARIATIONS 2 FRANCIUM IQUIDES -FORBUSH EVENT USE FORBUSH DECREASE 5 FRANCIUM ISOTOPES 154 FORCED CONVECTION USE CONVECTION FRANCIUM NITRATES 1 FORCÚH-CODE USE PROGRAMMING FRANCIUM NITRIDES -FORD NUCLEAR REACTOR USE FNR 1 FRANCIUH OXIDES -FORO SWIMMING POOL REACTOR USE FNR FRANCIUH PHOSPHATES FQRDAN-CODE USE PROGRAMMING FRANCIUM SILICATES 33 FORESTS USE PLANTS FRANCIUH SULFATES 483 FORGING FRANCIUH SULFIDES FORK-CODE USE PROGRAMMING 1 FRANCIUH 205 1,059 FORM FACTOR SEE ANGULAR DISTRIBUTION I FRANCIUH 206 OR CURRENTS 1 FRANCIUH 207 OR OIRAC FORM FACTOR 1 FRANCIUH 208 OR ELECTROMAGNETIC WAVES 1 FRANCIUH 209 OR NUCLEI 1 FRANCIUM 210 OR SCATTERING 2 FRANCIUH 211 57 FORMALDEHYDE USE ALDEHYDES 10 FRANCIUM 212 FORMIC ACID 2 FRANCIUM 213 -FORMALIN US>· E FORMALDEHYDE 1 FRANCIUM 214 FORMAHIDE USE AMIDES FRANCIUM 215 FORMIC ACID FRANCIUM 216 FORHANITE N1UBIUM OXIDES 2 FRANCIUM 217 RARE EARTHS 1 FRANCIUM 218 TANTALUM OXIOES 4 FRANCIUM 219 URANIUM HINERALS 3 FRANCIUM 220 FORMATION SEE PREPARATION 15 FRANCIUM 221 OR PRODUCTION 2 FRANCIUH 222 OR REACTION KINETICS 37 FRANCIUH 223 FORMATION FREE ENERGY USE THERMODYNAMICS FRANCIUM 224 FURMATION HEAT USE THERHODYNAMICS 1 FRANCIUH 225 FURHATIUNS SEE DEPOSITS 3 FRANCK-CONDON PRINCIPLE USE CRYSTALS 1.075 FORMIC ACIO + ELECTRONS 11 FORMING USE DEFORMATION ♦ MOLECULES 4 DIES ♦ TRANSIENTS FORHVAR USE DIELECTRICS I FRANKENSTEIN USE BUBBLE CHAMBERS 4 POLYVINYLS + PARTICLE TRACKS FORSCHUNGSREAKTOR BERLIN USE BER -FRANKFURT RESEARCH REACTOR USE FRF FURSCHUNGSREAKTOR FRANKFURT USE FRF FRANKLINITE USE IRON OXIDES -FORSCHUNGSREAKTOR GEESTHACHT USE FRG + MANGANESE OXIDES -FORSCHUNGSREAKTOR HAMBURG USE FRG «■ SPINELS -FORSCHUNGSREAKTUR JUELICH-1 USE HERLIN-JUELICH ♦ ZINC OXIOES FORSCHUNGSREAKTOR JUELICH-2 USE DIOO-JUELICH FRANTIC-CODE USE PROGRAMMING -FORSCHUNGSREAKTOR MAINZ USE TRIGA SERIES FRASCATI SYNCHROTRON USE SYNCHROTRONS 'FORSCHUNGSREAKTUR HUtNCHEN USE FRM FRAUNHOFER DIFFRACTION USE APERTURE FORSTERITE USE MAGNESIUM SILICATES ♦ OIFFRACTION 4 MINERALS *■ DISTANCE FORTRAN USE PROGRAMMING FRAUNHOFER LINES USE ABSORPTION FORTRAT DIAGRAM USE DIAGRAMS ♦ SPECTRA 4 FREQUENCY *■ SUN 4­ SPECTRA -FRAUNHOFER SPECTRUM USE FRAUNHOFER LINES FOSSIL FUELS SEE COAL -FRB USE BER OR OILS 15 FRCTF USE REACTORS UR PETROL EUH -FRO USE OFR FOSSILS SEE AGE ESTIMATION FREAK-CODE USE PROGRAHHING OR ANIMALS -FREDHOLH ÜETERHINANT USE FREDHOLM EQUATION OR GEOLOGY FREDHOLH EQUATION USE INTEGRAL EQUATIONS OR PLANTS -FREDHOLH THEOREH USE FREDHOLH EQUATION OR ROCKS 58 FREE CONVECTION USE CONVECTION FOTRAC-CODE USE PROGRAMMING 340 FREE ENERGY SEE THERMODYNAMICS FOULING SEE CONTAMINATION 2,795 FREE RAOICALS OR PRECIPITATION FREE-CÛOE USE PROGRAHMING OR RESIDUES 36 FREEZING SEE COOL ING FOUNTAIN EFFECT USE FLUID FLOW DR CRYSTALLIZATION 4 HEATING OR SOLIDIFICATION t HELIUM II 3 FREEZING OUT USE LOW TEMPERATURE FOUR FACTOR FORMULA USE MULTIPLICATION FACTORS ♦ SEPARATION PROCESSES F0UR-FERM10N INTERACTION USE FERHI INTERACTIUN 9 FREEZING POINT DEPRESSION USE SOLIDIFICATION 110 FOUR-PI COUNTERS USE COUNTERS ♦ SOLUTIONS 715 FOURIER ANALYSIS USE MATHEHATtCS 42 FREEZING POINTS USE LOW TEMPERATURE 4 OSCILLATIONS * SOLIDIFICATION 31

FRENCH GUIANA USE SOUTH AMERICA CUNT RUL SYSTEMS FRENKEL DEFECTS USE DEFECTS REACTOR SAFETY ♦ LATTICES SHUTDOWN -FRENKEL PAIRS USE FRENKEL DEFECTS MELTING 225 FREONS USE CRYOGENICS THERMONUCLEAR REACTIONS ♦ ORGANIC FLOORINE COMPOUNDS 56 FUSIUN HEAT USt THERHUDYNAHICS FREQUENCY 4 FUSION METHOD USI ELEMENTAHY PARTICLES FRESNEL COEFFICIENT USE MECHANICS QUANTUM MECHANICS ♦ REFRACTION SPIN ♦ VELOCITY G 2Ü USL COHPUTERS -FREUNDLICH ADSORPTION USE FREUNDLICH ISOTHERM G-PARITY USE PARIICLE HODELS FREUNDLICH ISOTHERM USE ADSORBENTS G-VALUfc SEE RADIATION CHEMISTRY f ADSORPTION GABBRO USE IGNEOUS ROCKS ♦ GASES GABUN USE AFRICA USE MINERALS GAU-CODE USF PROGRAHHING ♦■ RARE EARTHS L.AOULINITE USE BERYLL1UH SILICATES ♦ THORIUH SILICATES GAOULINIUH CUHPUUNUS 11 FRF USE RESEARCH REACTORS HOLMIUM COMPOUNDS 13 FRG USE RESEARCH REACTORS IRON SILICATES -FRG-1 OSE FRG MINERALS -FRG-2 USE FRG RHENIUM CUMPUUNDS FRICKE OOSEMETER USE CHEHICAL RADIATION ÜETECTÜRS YTTR IUH UXIDES «· DOSEHETERS 893 GADOLINIUM ♦ IRON SULFATES 327 GADOLINIUM ALLUYS 1,668 FRICTION 19 GADOLINIUM BORIDES FRIEOEL LAW USE CRYSTALS 7 GAOOLINIUM 8RÜHIDES *■ DIFFRACTION 13 GADOLINIUM CARBIDES ♦ SYMHETRY 4 GADOLINIUM CARBONATES FR1EDEL-CRAFT REACTION USE ALKYL RADICALS 81 GADOLINIUM CHLORIDES «- ALUMINUM CHLORIDES 57 GADOLINIUM COHPLEXES «- AROMATICS 198 GADOLINIUM COHPOUNDS + CATALYSIS 31 GADOLINIUM FLUORIDES ♦ CHEMICAL REACTIONS 15 GADOLINIUM HYDRIDES FRITZSCHEITE USE MANGANESE PHOSPHATES 8 GAOOLINIUM HYDRDXIOtS ♦ URANIUH HINERALS 7 GAU0L1NI0H IODIDES *■ URANIUM PHOSPHATES 37 GADOLINIUM ISOTOPES -FRJ1 USE HERLIN-JUELICH 19 GADOLINIUM NITRATES -FRJ2 USE DtOO-JUELICH 11 GADOLINIUM NITRIDES 38 FRM USE RESEARCH REACTORS 273 GADOLINIUM OXIDES -FRH2 USE TRIGA SERIES 12 GAUOLINIUH PHOSPHATES 292 FROGS USE AMPHIBIANS GADOLINIUM SILICATES FROST TEST USE FUEL ELEMENTS 22 GADOLINIUM SULFATES ♦ MATERIALS TESTING 14 GADOLINIUM SULFIDES 6 FROUDE NUMBER USE FLOW MODELS ι GADOLINIUM 144 ♦ FLUIO FLOW 5 GADOLINIUM 145 ♦ MECHANICS L4 GADOLINIUM 146 92 FRUCTOSE USE SUGARS 15 GAOOLINIUM 147 798 FRUIT 10 GADOLINIOM 14B 8 FRUIT FLIES USE INSECTS 27 GAOOLINIUM 149 ♦ PARASITES 10 GADOLINIUM 150 ­FSO SEE FLYING SPOT DIGITIZER 19 GAOOLINIUM 151 FSFR USE REACTORS 49 GADOLINIOM 152 5 FSH USE HORMONES 48 GADOLINIUM 153 1 FSNUWA USE REACTORS 78 GADOLINIOM 154 ­FSR USE AFSR B2 GADOLINIUM 155 45 FT­VALUE USE BETA DECAY 75 GADOLINIUM 156 + HALF-LIFE 62 GADOLINIUM 157 FTR USE RESEARCH REACTORS 54 GADOLINIUM 158 1 FUCUS USE ALGAE 43 GADOLINIUM 159 FUDGE­CODE USE PROGRAMMING 35 GADOLINIUM 160 ­FUEL SEE FOSSIL FUELS 13 GADOLINIUM 161 OR FUELS 2 GADOLINIUM 162 3,239 FUEL CANS GAGCR USE REACTORS 49 FUEL CELLS USE BATTERIES 456 GAGES ♦ CONVERSION 1 GAHNITE USI ALUMINUM UXIDES 339 FUEL CYCLE SEE BREEDING SPINELS DR BURNUP *♦ ZINC OXIDES OR REPROCESSING 49 GAIN SEL AMPI. IF IERS 22 FUEL ELEMENT CLUSTERS USE CONFIGURATION ­GALACTIN USE Ι TH ♦ FUEL ELEMENTS 44 GALACTOSE USt SOGAHS 14,227 FUEL ELEMENTS 16 GALACTOSIDASE USE ENZVHES 8 FUEL PINS USE FUEL ELEMENTS GALACTOSr *■ RODS >· ♦ SUGARS 13 FUEL PLATES USE FUEL ELEMENTS 2 GALANGIN USI FLAVONES ♦ PLATES ♦ PIGHENTS 4 FUEL ROOS USE FUEL ELEMENTS 168 GALAXIES USE STARS + RODS 1 GALAXY­CODE USE PROGRAMMING 263 FUEL SLURRIES 83 GALENA USE LEAD SULFIDES 746 FUEL SOLUTIONS ♦ MINERALS 209 FUEL SUSPENSIONS -GALILEI GROUP USL GAL ILEI TRANSFORMAT IONS FUELMOVE-CODE USE PROGRAHHING -GALILEI TRANSFORM USE GALREI TRANSFORHATIUNS 8,430 FUELS GALILEI TRANSFORMATIONS USE GROUP THFOHY 3 FULLER EARTH USE CLAYS ♦ HECHANICS FUMALLOY USE CHROHIUH ALLOYS HOT ION ♦ NICKEL ALLOYS 17 GALL BLAODEK US»E BILIARY TRACT 77 FUMARIO ACIO USE ORGANIC ACIOS t TISSUES FUME HOODS SEE AIR 38 GALLIC AC I D USE BENZOIC ACIO OR CLEANING HYDROXIDES OR DECONTAMINATION GALLIDES US*E GALL 10M ALLOYS 40 FUNCTIONALS USE MATHEMATICS INTERMETALLIC COMPOUNDS 59 FUNCTIONS 5EE MATHEMATICS 31 GALLING SE»E SKIN 828 FUNGI OR TISSUES FUOSS EQUATION USE CONCENTRATION 537 GALLIUM ♦ ELECTRIC CONDUCTIVITY 261 GALLIUM ALLOYS ♦ ELECTROLYTES GALLIUM SORlUËS -FUUSS-ONSAGER EQUATION USE FUOSS EQUATION 10 GALLIUM BROMIDES FUR. SEE ANIMALS 5 GALLIUM CARBIDES OR HAIR GALLIUM CARBONATES OR RESEARCH REACTORS 40 GALLIUM CHLORIDES 157 FURANS USE HETEROCYCLICS 22 GALLIUM COMPLEXES f ORGANIC OXYGEN COHPOUNDS 209 GALLIUM COHPOUNDS 24 FURFURAL USE ALDEHYOES 4 GALLIUM FLUORIDES ♦ FURANS 3 GALLIUM HYDRIDES -FURFUROL USE FURFURAL 4 GALLIUM HYDROXIDES 1 FURILDIOXIME USE FURANS 10 GALLIUM IODIDES ♦ OXIHES 25 GALLIUM ISOTOPES ♦ REAGENTS 3 GALLIUM NITRATES FURN-CODE USE PROGRAHHING 7 GALLIUM NITRIDES 1,942 FURNACES BU GALLI UM OXIDES FURRY THEOREM USE QUANTUM ELECTRODYNAMICS GALLIUH PHOSPHATES -FURRY-JONES THEORY USE FURRY-JONES-DNSAGER THEORY 1 GALLIUM SILICATES FURRY-JONES-ONSAGER THEORY USE ISOTOPE SEPARATION 3 GALLIUH SULFATES ♦ THERMAL COLUMN 4 GALLIUH SULFIDES ♦ THERMAL DIFFUSION 8 GALLIUM 64 6 FUSARIUM USE FUNGI 14 GALLIUM 65 ♦ PARASITES 40 GALLIUH 66 279 FUSEO SALT FUEL 39 GALLIUH 67 2,368 FUSED SALTS 75 GALLIUH 60 7 FUSED SILICA USE MELTING 60 GALLIUH 69 *■ SILICON OXIDES 13 GALLIUM 70 64 GALLIUM 71 32

GALLIUM 72 GCPR USE REACTORS GALLIUH 73 -GCR JAPAN USE TOKAI-MURA GALLIUH 74 GCRE-1 USE REACTORS GALLIUH 75 GCRE-2 USE REACTORS GALS-CODE USE PROGRAMMING GE-300-HP0 USE REACTORS GALVANOMAGNET IC EFFECI USE CURRENTS -GEC-SIMON CARRES USE GESCR 4- HEAT TRANSFER -GEESTHACHT CRITICAL ASSEHBLY USE CAG 4 MAGNETIC FIELDS -GEESTHACHT RESEARCH REACTOR USE FRG GALVANOMETERS USE ELECTRIC METERS GEIGER-HUELLER COUNTERS GAM-CODE USE PROGRAMMING GEIGER-NUTALL RELATION USE ALPHA DECAY GAHBLE-CDOE USE PROGRAHHING 4 HALF-LIFE GAMES THEORY USE HATHEHATICS GEISSLER TUBE USE ELECTRON TUBES GAMETES SEE GONADS 4 FLUORESCENCE OR REPRODUCTION + GASES ♦ 12 GAMMA CASCAOES USE ELECTRONS GLOW DISCHARGES ♦ GAHHA RADIATION GELATINE USE COLLOIDS GAMMA DETECTION GELATION USE COLLOIDS GAMMA FUNCTION USE HATHEHATICS GELFAND-LEVITAN EQUATION USE 80UN0 STATE 30,373 GAHMA RADIATION 4 INTEGRAL EQUATIONS 4,785 GAMMA SOURCES 4 PHASE SHIFT 3,137 GAMMA SPECTROMETERS 4 QUANTUM HECHANICS -GAMMA TRANSITION SEE ENERGY LEVELS GELL-MANN HODEL USE NUCLEONS OR EXTERNAL CONVERSION 4 PIONS OR GAHHA RAOIATION 4 SCATTERING OR INTERNAL CONVERSION GELL-MANN THEORY USE QUANTUH NUMBER OR TRANSIENTS 4 STRANGENESS GAMMA-11 USE REACTORS GELL-MANN-BRUECKNER HOOEL USE ELECTRONS GAHHA-P-COOE USE PROGRAHMING 4 FERMI GAS -GAMMAGRAPHY USE RADIOGRAPHY 4 NUCLEAR MODELS -GAMHASCOPY USE RADIOGRAPHY -GELL-MANN-GOLDBERGER THEURY USE GELL-HANN MOOEL -GAMMEL-CHRI ST IAN-THALER THEORY USE GAHHEL-THALER POTENTIAL -GELL-MANN-LEVY RELATION USE GOLDBERGER-TREIMAN RELATION -GAHHEL-THALER MATRIX USE GAMMEL-THALER POTENTIAL -GELL-MANN-NISHIJIHA RELATION USE GELL-MANN THEORY -GAMMEL-THALER PHASE USE GAMMEL-THALER POTENTIAL -GELL-MANN-NISHIJIHA SCHEHE USE GELL-MANN THEORY GAMHEL-THALER POTENTIAL USE OPE HODEL -GELL-MANN-OKUBO MASS FORMULA USE OKUBO HASS FORHULA -GAMMEL-THALER THEORY USE GAMMEL-THALER POTENTIAL -GELL-MANÑ-PA1S THEORY USE GELL-MANN THEORY GAHOW BARRIER USE ALPHA DECAY -GELS USE COLLOIDS ♦ BARRIERS GEM-COOE USE PROGRAMMING -GAHOW FACTOR USE GAMOW BARRIER -GEN. EL. VALLECITOS BUIL. W. R USE VBWR -GAMOW-BACH REGION USE GAMOW BARRIER -GEN. NUCL. ENGINEERING CU. BWR USE DCB-H1 -GAHOW-TELLER COUPLING USE GAMOW-TELLER RULES -GENE LOCI SEE CHROMATIDS -GAMOW-TELLER OECAY USE GAMOW-TELLER RULES OR CHROMOSOMES -GAHOW-TELLER INTERACTION USE GAMOW-TELLER RULES OR GENES GAHOW-TELLER RULES USE BETA OECAY OR GENETICS ♦ SELECTION RULES -GENERAL ATOMIC GAS-COOLED R. USE GAGCR -GAMOW-TELLER SELECTION RULES USE GAMOW-TELLER RULES -GENERAL ELECTRIC TEST REACTOR USE GETR -GAMOW-TELLER THEORY USE GAMOW-TELLER RULES -GENERAL ELECTRIC-SIMEON CARRES USE GESCR -GAHOW-TELLER TRANSITION USE GAMOW-TELLER RULES GENERAL RELATIVITY THEORY USE GRAVITATION GAHTEC-COOE USE PROGRAMMING 4­ RELATIVITY THEORY GANDS-CODE USE PROGRAMMING 4 SPACE GANGLIONS USE NERVOUS SYSTEM 2 544 GENERATORS GANGRENE USE OISEASES 158 GENES ifcfc CHROMOSOMES ♦ TISSUES OR GENETICS » ULCERS 3 356 GENETICS GANGUE USE RESIDUES -GENEVA UNIV. AGN- 201 REACTOR USE AGN SERIES GAOP-CODE USE PROGRAMMING 2 GENLES-CODE USE PROGRAMMING GAP-CODE USE PROGRAMMING 5 GENOTYPE USE GENETICS GAPLSN-COOE USE PROGRAHMING GENSELS-CODE USE PROGRAHHING -GAPS USE OPENINGS 55B GEOCHEMISTRY -GARCH1NG RESEARCH REACTOR USE ARGONAUT GARCHING 4 GEOOESY USE EARTH -GARIGLIANO 1 USE SENN-1 4 MATHEMATICS -GARIGLIANO 2 USE SENN-2 120 GEOGRAPHY USE EARTH GARNETS USE ALUMINUM SILICATES 1 908 GEOLOGY 4- HINERALS GEOM-CODE USE PROGRAMMING 1 GAROL-COOE USE PROGRAHHING 190 GEOMAGNETIC :O0RDINATES USE EARTH 4 MAGNETIC FIELDS GARTENHAUS PUTENTIAL USE FIELD THEORY ♦ MESONS » ZONES 4 NUCLEON-NUCLEON POTENTIAL -GEOMAGNETIC CUT-OFF RIGIDITY USE COSMIC RADIATION 4- PERTURBATION THEORY * EARTH 3 GAS ANALYSIS USE CHEMICAL ANALYSIS 4 ENERGY RANGE » GASES * MAGNETIC FIELDS ,815 GAS COOLANT 18 GEOMAGNETIC EQUATOR USE EARTH -GAS COOLED 630A USE R-630A-MNSG * EQUATOR ,138 GAS FLOW 4 MAGNETIC FIELDS 93 GAS FUEL GEOMAGNETIC POLES USE GEOMAGNETIC COORDINATES 15 GAS HODEL USE NUCLEAR MODELS GEOMAGNETIC STORMS USE EARTH -GAS-C. R. GEN. EL./SIMEON C. USE GESCR * MAGNETIC FIELDS -GAS-C. R. SYSTEMS PROGRAM USE ML-1 * TURBULENCE -GAS-COOLED H. WATER R. SIEMENS USE GCHWR 19 GEOMAGNETISM USE EARTH -GAS-COOLEO POWER REACTOR USE GCPR » MAGNETIC FIELDS -GAS-COOLED R. EXPERIMENT 1 USE GCRE-1 HI GEOMETRY SEE CONFIGURATION -GAS-COOLEO R. EXPERIMENT 2 USE GCRE-2 OR HATHEHATICS -GAS-COOLEO R. GENERAL ATOMIC USE GAGCR I GEUMRES-CODE USE PROGRAMMING -GASEOUS UF6 REACTOR USE UFR 1,331 GEOPHYSICS ,450 GASES -GEÛRGE WASHINGTON SUBMARINE USE S5N SERIES 1 GASH-CODE USE PROGRAHHING GEORGE-CODE USE PROGRAMMING 1 GASKET-COOE USE PROGRAMMING 42 GEORGIA USE USA 31 GASKETS SEE JOINTS -GEORGIA TECH. RESEARCH.REACTUR USE GTRR 1 GASLIT-CODE USE PROGRAMMING -GE0STR0PH1C FORCE USE CORIOLIS FORCE 13 GASOLINE USE HYDROCARBONS GERJUOY-STEIN THEORY USE ELECTRONS 1 GASP-CODE USE PROGRAHHING 4· EXCITATION 5 GASTEROPODS USE MOLLUSCS 4 INTERACTIONS 5 GASTRITIS USE DISEASES 4- MOLECULES » STOMACH * ROTATION 1 GASTUNITE USE POTASSIUM PHOSPHATES 13 GERH-FREE SEE STERILIZATION 4· SODIUM PHOSPHATES GERMAN SILVER USE COPPER ALLOYS 4 URANIUM HINERALS * NICKEL ALLOYS 4 URANIUM PHOSPHATES » ZINC ALLOYS GATE-CODE USE PROGRAHMING -GERMAN TRIGA-II REAC USE TRIGA SERIES 3 GATES SEE SWITCHES 1,456 GERMANIUM 1 GATHER-CODE USE PROGRAMMING 264 GERMANIUM ALLOYS GATHERHOS-COOE USE PROGRAHHING GERMANIUM BORIOES 74 GATING CIRCUITS USE CIRCUITS 4 GERMANIUM BROMIOES -GATO SUBMARINE USE S5W SERIES 1 GERMANIUM CARBIOES 67 GAUGE INVARIANCE USE FIELD THEORY GERMANIUH CARBONATES * INVARIANCE PRINCIPLE 27 GERMANIUM CHLORIDES -GAUGE TRANSFORMATION USE GAUGE INVARIANCE 0 GERMANIUM COHPLEXES -GAUSS DISTRIBUTION USE GAUSS FUNCTION 101 GERMANIUM COMPOUNDS GAUSS ERROR FUNCTION USE INTEGRALS s GERMANIUH FLUORIDES * PROBABILITY 30 GERMANIUM HYDRIDES 2 GAUSS FUNCTION USE MATHEMATICS 1 GERMANIUM HYDROXIOES * PROBABILITY 7 GERMANIUM IODIDES -GAUSS NUCLEAR HODEL USE GAUSS POTENTIAL 30 GERMANIUM ISOTOPES GAUSS POTENTIAL USE INTERACTIONS GERMANIUH NITRATES 4 NUCLEI 2 GERMANIUH NITRIDES 4 NUCLEONS 90 GERMANIUH OXIOES GAUSS QUADRATURES USE INTEGRALS GERMANIUM PHOSPHATES -GAUSS WELL USE GAUSS POTENTIAL GERMANIUH SILICATES GAUSSIAN PROCESSES SEE STATISTICS GERMANIUM SULFATES GAZED-COOE USE PROGRAHHING 11 GERMANIUM SULFIDES GBF GRAPHITE USE GRAPHITE GERMANIUH 64 GCHWR USE REACTORS GERHANIUM 65 33

5 GERMANIUM 66 USE OISEASES 7 GERMANIUM 67 ♦ SUGARS 14 GERMANIUM 68 URINE 16 GERMANIUM 69 GLYCYLGLYCINE US»E AMINO ACIDS 39 GERMANIUM 70 GLYOXAL USI. ALDEHYDES 61 GERMANIUH 71 GLYUXYLIC ACID usi- ORGANIC ACIDS 44 GERMANIUM 72 GNEISS usi: ROCKS 37 GERMANIUM 73 GNURIMOSCHEHA USE INSECTS 48 GERMANIUM 74 GOATS USE ANIMALS 21 GERMANIUM 7b GUC-CODE USF PROGRAMMING 29 GERMANIUM 76 GOUlVA-t USE CRITICAL ASSEMBL1 ES 28 GERMANIUM 77 GOOIVA-2 USE REACTORS 4 GERMANIUM 78 GutTHlTE USE IRON HYDROXIDES 830 GERMANY USE EUROPE t [RUN OXIDES ­GERMANY MTR USE OIDO­JUEL1CH ♦ HINERALS 75 GERMINATION SEE SEEDS GOETZ AEROSOL SPECTROMETER USE AEROSOLS GERMS SEE BACTERIA SPECTROMETERS ­GES. KERNEN.VERW. SCHIFFBAU H . USE FRG ­GUETZ AEROSOLS US»E GUETZ AEROSOL SPECTROMETER GESCR USE REACTORS 71 GOITER USE OISEASES 78 GETR USE RESEARCH REACTORS THYROID 12 GETIER SEE TRAPS 2,488 GOLD * 928 GEV RANGE 535 GOLD ALLOYS ­GEV/C USE GEV RANGE GOLD BORIDES 4 MOMENTUM 3 GULL) BROMIDES GFA PROCESS SEE SLURREX PROCESS GULU CARBIOES 1 GGBR USE REACTORS GOLD CARBONATES 2 GHANA USE AFRICA 23 GOLD CHLORIDES ­GHANA RESEARCH R. USE IRT­ACCRA 12 GOLD COMPLEXES ­GHENT UNIV. ARGONAUT R. USE ARGONAUT GHENT 54 GOLD COMPQONUS ­GIANT CELLS USE ANIMAL CELLS 2 GOLD FLUORIDES 191 GIANT RESONANCE USE CROSS SECTIONS 2 GOLD HYDRIDES ♦ NUCLEAR REACTIUNS GDLD HYDROXIDES ♦ RESONANCE 1 GOLD IODIDES 3 GIANT RESONANCE MODEL OSE ABSORPTION 109 GULD ISOTOPES ♦ CROSS 5ECTIUNS GOLD NITRATES ♦ PHOTONS GOLD NITRIDES 14 GIANT STARS USE STARS GULU OXIOES 21 GIBBERELLIC ACID USE ARUHATICS to1 GOL D PHOSPHATES ♦ ORGANIC ACIDS GOLD SILICATES GIBBS ADSORPTION EQUATIUN USE ADSORPTION 2 GULD SULFATES ♦ SURFACE TENSION 3 GOLD SULFIDES ♦ THERHUDYNAHICS 4 GOLD 1B5 -GIBBS CANONICAL DISTRIBUTION USE GI8BS DISTR IBUTIDN 1 GOLD 186 GIBBS DISTRIBUTION USE STATISTICAL MECHANICS 2 GOLD 187 ♦ THERHUDYNAHICS 2 uOLO 188 GIBBS ENSEMBLE USE STATISTICAL HECHANICS 6 GOLD 189 + THERMODYNAMICS 9 GOLD 190 -GIBBS FREE ENERGY USE GIBBS FONCTION 8 GOLD 191 GIBBS FUNCTION USE FREE ENERGY 10 GOLD 1S>2 + THERHUDYNAHICS 23 GOLD 193 -GIBBS POTENTIAL USE GIBBS FUNCT ÍON ito GOLD 194 9 GIBBS-DUHEM EQUATION USE THERHOOYNAHICS 4'. GOLD 195 5 GIBBSITE USE ALUMINUM OXIDES 50 GULD 196 ♦ HINERALS 3 79 GOLD 1**7 SEE AHPHIBIANS 909 GUL'J 198 OR FISH 62 GOLD I'í9 1 GINV-CODE USE PROGRAMMING a GULU ?_nr> 16 GINZBURG-LANOAU THEORY USE MAXWELL EuUATIONS 5 GULD 201 ♦ SUPERCONDUCTIVITY I GULU 202 -GKN USE SEP 1 GULD 203 1 GLAD-CODE USE PROGRAHMING 1 GOLD­ CODE USE PROGHAHHING 4,070 GLANDS ­GULDBEKGER METHUO USI GOLDBLRGEH HUDEL 1 GLASGOW SYNCHROTRON USE SYNCHROTRONS 13 GOLDBERGEH MODEL USI NUCLEAR MOUELS 4,051 GLASS NUCLEAR REACTIONS GLASS MOLD ALLOY USE COPPER ALLOYS -GOLOBERGER THEORY U »SI­ GOLDBERGEH MODEL ♦ IRON ALLOYS -G0LDBERGER-TKE1MAN FORMULA US I: GOLDBERGER­TREIHAN RELATION «■ NICKEL ALLOYS GOLDBERGER-TREIHAN HELA!ION USI COUPLING ♦ ZINC ALLOYS FIELD THEORY 16 GLAUCONITE USE ALUMINUM SILICATES *t L IFETIHE «■ IRON SILICATES PIONS ♦ MINERALS GOLDFISH US«I FI5H USE CERAMICS -GOLOHABER-TELLEH HUUtL USE GIANT RESONANCE HODEL ♦ COATING GOLOSTONE DIAGRAMS USI FIELD THEORY 1 GLEE-CODE USE PROGRAMHING t MANY BODY PROBLEM 34 GLEEP USE RESEARCH REACTORS PERTURBATION THEORY GLIOBLASTOMAS USE BRAIN -GOLOSTONE THEORY US*E GOLDSTONE DIAGRAMS ♦ TUHORS GOLGI APPARATUS USt CYTOLOGY 16 GLIOMAS USE BRAIN GÜMPERTZ FUNCTION usi: 01AGRAH S ♦ TUHORS HORT AL I TY 19 GLOBIN USE PROTEINS * TIHE -GLOBINS USE GLDBIN -GOMPEHTZ PLOT US*L GOMPERTZ FUNCTION 60B GLOBULINS -GONADOTROPIN A USE FSH 15 GLOBULINS-ALPHA USE GLOBULINS -GONADOTROPIN Β USE LH 7 GLOBULINS-BETA USE GLOBULINS 29 GONADOTROPINS USE HORMONES 51 GLOBULINS-GAMMA USE GLOBULINS 422 GONADS 13 GLOMERULI USE KIDNEYS 22 GUNIOHETERS USE ANGULAR DISTRIBUTION -GLOMERULONEPHRITIS SEE INFECTIONS ♦ INSTRUMENTS OR NEPHRITIS I GOSLARITE USE HINERALS OR RADIATION INJURIES ♦ ZINC SULFATES 227 GLOVEBOXES USE RADIATION PROTECTION -GOTU REACTOR USE TRIGA SERIES ♦ REMOTE HANDL ING 4 GOUT USE DISEASES 420 GLOW DISCHARGES -GOUY BALANCE USe GOUY METHOD 9 GLUCAGON USE HORMONES 9 GOUY METHOD USE SU5CEPTIBILITY 45 GLUCONIC ACIO USE ORGANIC ACIDS -GOOY TECHNIQUE USE GOUY METHOD 695 GLUCOSE USE SUGARS 1 GPE-CDOE USE PROGRAHHING 24 GLUCOSE­D USE ISOMERS 92 GRAFT POLYMERS USE POLYHERS + SUGARS -GRAFTS USE TRANSPLANTS ­GLUCOSI OES USE GLYCOSIDES 734 GRAIN BOUNDARIES 59 GLUCURONIC ACID SEE ÜRGANIC ACIDS 52 GRAIN OENSITY USE DENSITY 9 GLUCURONIDASE USE ENZYHES ♦ PARTICLES ♦ GLUCURONIC ACID 580 GRAIN SIZE 1B5 GLUTAMIC ACID USE AMINO ACIDS 6 GRAND PARTITION FUNCTIUN USE HATHEHATICS 26 GLUTAMINE USE AMINO ACIOS 6 GRANITE-G1 USE GRANITES 36 GLUTARIC ACIO USE ORGANIC ACIDS ♦ STANOARDS 174 GLUTATHIQN USE AMINO ACIOS 9 GRANITE-G2 USE GRANITES 20 GLUTEN USE PROTEINS ♦ STANDARDS 46 GLYCERIC ACID USE ORGANIC ACIDS 10 GRANITE-G3 USE GRANITES 2S4 GLYCERIN USE ALCOHOLS o- STANDARDS 470 GLYCINE USE AMINO ACIDS 479 GRANITES ­GLYCOCOL USE GLYCINE 20 GRANOOIORITES USE 1GNE00S ROCKS 232 GLYCOGEN USE POLYSACCHARIDES -GRANULOCYTES USE LEUCOCYTES 94 GLYCOLIC ACID USE ORGANIC ACIDS 41 GRANULOMAS USE TUHORS 379 GLYCOLS USE ALCOHOLS 6 GRAPEFRUIT USE FRUIT 82 GLYCOLYSIS USE DECOMPOSITION 20 GRAPES USE FRUIT ♦ SUGARS 348 GRAPHITE 10 GLYCOPROTEINS USE PROTEINS 7 GRAPHITE ATJ USE GRAPHITE ♦ SUGARS 3 GRAPHITE CSF USE GRAPHITE 118 GLYCOSIDES SEE CARBOHYDRATES 7 GRAPHITE EY9 USE GRAPHITE OR SUGARS -GRAPHITE LOW ENERGY EXPER. USE GLEEP 317 GRAPHITE MODERATOR 3 GRAPHITE-C-1B USE GRAPHITE 34

GRAPHIΓΙΖΑΤΙΟΝ USE GRAPHITE HAbRUBRACUN USE INSECTS GRAPHS USE DIAGRAMS HAU0AH1TE USE HICROLITE GRAPHS­CODE USE PROGRAMMING ­HADDU SUBHARINE USE S5W SER IES GRASHOF NUMBER USE CONVECTION ­HAUUUCK SUBMARINE USE S5W SERIES + FLUID FLOW HAURuNS USE ELEMENTARY PARTICLES GRASS SEE PLANTS HAEFFNER EFFECT USE CAPILLARIES GRASSHOPPERS USE INSECTS ♦ CURRENTS GRAVE­CODE USt PROGRAMMING + ELECTRULYSIS ­GRAVES DISEASE SEE RASEDOW * ISOTOPE SEPARATION OK GOITER «■ LIQUID METALS OR HYPERTHYROIDISM 1,195 HAFNIUM UR THYROTOXICOSIS 522 HAFNIUM ALLOYS GRAVIHETRY USE DETERMINAT ION 73 HAFNIUM BURIOES WEIGHT 10 HAFNIUM BROMIDES 1,647 GRAVITATION * 190 HAFNIUM CARBIDES 27 GRAVITONS USE GRAVITATION HAFNIUM CARBONATES t­ QUANTUM MECHANICS 105 HAFNIUM CHLORIDES GRAVITY HETERS USE GRAVITATION 65 HAFNIUM COMPLEXES HEASUREHENT 131 HAFNIUM COMPOUNDS ­GRAZ UNIV. ARGONAUT R. US»E ARGUNAUT GRAZ 41 HAFNIUM FLUORIDES 25 GREASES SEE LUBR ICATION 19 HAFNIUM HYDRIDES 159 GREECE USE EUROPE 10 HAFNIUM HYDROXIDES ­GREEK RESEARCH REACTOR USE GRR 30 HAFNIUM IODIDES 10 GREEN BEANS USE VEGETABLES 35 HAFNIUM ISOTOPES 877 GREEN FUNCTION USE DIFFERENTIAL EQUATIONS 19 HAFNIUM NITRATES ­GREEN SALT USE URANIUM TETRAFLUORIDE 35 HAFNIUM NITRIDES 30 GREENLAND USE ARCTIC REGIONS 260 HAFNIUM OXIDES ­GREENLING SUBHARINE USE S5W SERIES 7 HAFNIUM PHOSPHATES 57 GRIOS SEE BARRIERS 5 HAFNIUM SILICATES OR ELECTRODES 9 HAFNIUM SULFATES ­GRIGNARD COHPOUNOS USE GRIGNARD REAGENTS 4 HAFNIUM SULFIDES GRIGNARD REAGENTS USE ALKYL RAOICALS O HAFNIUM L6Ò *■ HALIDËS HAFNIUM 167 ♦ MAGNESIUH COHPOUNDS B HAFNIUM 16Θ DRGANOHETALLICS 2 HAFNIUM 169 1 GRIND­CODE US*E PROGRAHHING 13 HAFNIUH 170 88 GRINDING SEE ORE PROCESSING 8 HAFNIUM 171 ­GROSSWELZHEIM AEG REACTOR USE PR 10 20 HAFNIUM 172 GROTHITE USE RARE EARTHS 12 HAFNIUM 173 ♦ TITANITE 14 HAFNIUM 174 33 GROUND SEE LEVELS 29 HAFNIUM 1 75 OR SOILS 50 HAFNIUM 176 6 GROUND DISPOSAL SEE WASTE DISPOSAL 10b HAFNIUH 17? 18 GROUND SQUIRRELS USE RODENTS 68 HAFNIUM 178 -GROUND TEST REACTOR USE GTR 58 HAFNIUM 179 62B GROUND WATER 62 HAFNIUM 1B0 5,322 GRUUP THEORY 113 HAFNIUM 181 I GROUSS-CODE USE PROGRAHHING 9 HAFNIUM 182 451 GROWTH SEE AGE 6 HAFNIUH 183 OR BUBBLE GROWTH HAFNIUM 184 OR CRYSTALL IZATION 226 HAIR SEE SKIN OR EXPANSION 5 HAIR FOLLICLES USE HAIR -GROWTH HORMONE USE STH «■ SKIN GRR USE RESEARCH REACTORS HALDEN BHWR USE REACTORS GRUENEISEN CONSTANT USE COMPRESSIBILITY -HALDEN HEAVY BOILING WATER R. USE HALDEN BHWR SEE PUREX PROCESS + EXPANSION HALEX PROCESS OR SOLVENT EXTRACTION ♦ SPECIFIC HEAT ¥ VOLUME 6,283 HALF­LIFE 2 GRUENEISEN FORMULA USE ELECTRIC CONDUCTIVITY 10 HALF­THICKNESS USE ABSORPTION + HETALS + THICKNESS t> TEHPERATURE ­HALFTIHE USE HALF­LIFE ­GRUENEISEN GAHMA USE GRUENEISEN CONSTANT ­HALIBUT USE SSG5B7 GRUPA­COOE USE PROGRAHMING 1,485 HALIUES 38 GTR USE RESEARCH REACTORS 10 HALITE USE HINERALS GTRR USE RESEARCH REACTORS ♦ SODIUM CHLORIDES GUANABARA USE REACTORS ­HALL COEFFICIENT USE HALL EFFECT 118 GUANIDINE USE AMIDES ­HALL CONSTANT USE HALL EFFECT 97 GUANINE USE PURINES HALL EFFECT 19 GUANOS I NE USE GUANINE ­HALL FORMULA USE HALPERN­HALL THEORY NUCLEOSIDES ­HALL GENERATORS USE HALL EFFECT 10 GUANYLIC ACID US*E GUANINE ­HALL MOBILITY USE HALL EFFECT NUCLEOTIDES ­HALL PLATES USE HALL EFFECT >· ORGANIC PHOSPHORUS COMPOUNDS ­HALL PROBES USE HALL EFFECT -GUARDFISH SUBMARINE US>· E S5W SER IES HALL PROCESS USE ELECTROCHEMISTRY GUATEMALA USE CENTRAL AMERICA *· REDUCTION -GUENZBURG REACTOR USE KRB ­HALL THEORY USE HALPERN­HALL THEORY GUIDANCE ­HALL VOLTAGE USE HALL EFFECT -GUIDED HISSILE DESTROYER USE DLG35 ­HALL­SHOCKLEY­READ LEVEL USE SHOCKLEY­READ THEORY GUINEA PIGS ­HALL­SHOCKLEY­READ THEORY USE SHOCKLEY­READ THEORY GUINIER-PRESTON ZONES USE ALLOYS HALL­VINEN THEORY USE FLUID FLDW CRYSTALS + HELIUM H *■- HARDNESS ­HALLAM NUCLEAR POWER FACILITY USE HNPF + LATTICES HALLIHONDITE USE ARSENIC OXIDES f LAUE DIAGRAHS + PARSONSITE PRECIPITATION + URANIUM MINERALS GUH ACACIA USl·E RESINS ­HALUGENATfcD HYOROCARo USE ORGANIC HALOGEN COMPOUNDS GUMMITE USE URANIUH MINERALS HALOGENATION USE CHEHICAL REACTIONS + URANIUM OXIOES + HALOGENS -GUNDREHHINGEN REACTOR USE KRB HALOGENS GUNNISON RIVER USE COLORADO HALPERN­HALL THEURY USE CHARGED PARTICLES t RIVERS ♦ DENSITY USA ♦ ENERGY 4 GUPPY US*E FISH ♦ IONIZATION GUTS-CODE USE PROGRAHHING ♦ LOSSES 1 GUTTA-PERCHA SEE SLURREX PROCESS HALPERN­JOHNSON THEORY USE HAGNETIC HATERIALS 4 GUTZEIT HETHOD USE CHEMICAL ANALYSIS «■ NEUTRONS 3 GYHNOSPERMS USE PLANTS ♦ SCATTERING 6 GYNECOLOGY USE MEDICINE HALPERN­STRUTINSKI THEURY USE ANGULAR DISTRIBUTION 3 GYNOGENESIS USE REPRODUCTION ♦ FISSION 70 GYPSUM USE CALCIUM SULFATES HAM USe HEAT f MINERALS HAMBERGITE USe BERYLLIUM COHPOUNDS 68 GYROFREQUENCY SEE CYCLOTRON FREQUENCY ♦ BORATES DR FREQUENCY ♦ HINERALS OR MAGNETIC FIELDS ­HAMBURG RESEARCH REACTOR USE FRG OR ROTATION ­HAMILTON COLLEGE RESEARCH K. USE HNR -GYROMAGNETIC RADIUS USE LARHOR RADIUS ­HAMILTON PRINCIPLE USE HAMRTUMAN FUNCTION USE HAGNETIC HOMENTS HAMILTUN­JACOBI EQUATIUNS USE DIFFERENTIAL EQUATIONS 521 GYROMAGNETIC RATIO ♦ SPIN ♦ HAMILT0N1AN FUNCTION USE GUIDANCE ­HAH1LTUNIAN USE HAHILTONIAN FONCTION

24 GYROSCOPES «■ ROTATION HAHILTONIAN FUNCTION SEE GRANITE­Gl HAHILTUNIAN OPERATOR U5E QUANTUH HECHANICS 30 Gl OR REACTORS HAMMER­CODE U5E PROGRAMMING SEE GRANITE­G2 HAMSTERS USE ROOENTS 55 G2 OR REACTDRS HAN­B USE REACTORS SEE GRANITE­G3 HAN­C USE REACTORS 50 G3 OR REACTORS HAN­CML USE CRITICAL ASSEMBLIES USE BOLTZMANN STATISTICS HAN­D USE REACTORS 12 H­THEOREM HAN­DR USE FIELD THEORY USE REACTORS HAN­F 5 HAAG THEORY ♦ QUANTUM HECHANICS USE REACTORS HAN­H ♦ RELATIVITY THEORY USE REACTORS HAN­KE 11 HABIT PLANE USE CRYSTALS USE REACTORS 35

HAN-KW USE REACTORS -HtAT DISSIPAT ION USE ENERGY LUSSES -HAN-PRCF USE PRCF ♦ HtAT TRANSFER -HANDLING SEE CONTROL 2,509 Ht AT EXCHANGERS OR PREPARATION -HEAT FLOW USL HEAT TRANSFER OR REMOTE HANDL ING 9 HEAT GENERATION OSE HEAT ING OR TRANSPORT -HEAT OF ABSORPTION USE ABSORPTION HEAT SEE BODY -HEAT OF ADSORPTION USE ADSORPTION HEAT OR TISSUES -HEAT OF C0NBUST1UN USE COMBUSTION HEAT -HANFORD ATOMIC PRODUCTS UPERAT USE HAPO -HEAT OF DISSOCIATION USE DISSOCIATION HEAT -HANFORO NPR USE NPR -HEAT OF DISS0LUT1UN USE SOLUTION HEAT -HANFORD PHYS. CONST. TESTING R USE HPCTR -HEAT OF EVAPORATION USE EVAPORATION HEAT -HANFORO PLUTONIUM PROU. R. Β USE HAN­B -HEAT OF FORHAMON USE FORMAT ION HEAT -HANFOKD PLUTONIUM PROD. R. C USE HAN­C -HEAT OF HI XING USE MIXING HEAT SOLUTION HEAT -HANFORD PLUTONIUM PROO. R. D USE HAN­D -HEAT OF SOLUTION USE SUBL IMATIUN HEAT -HANFORO PLUTONIOH PROD. R. DR USE HAN­DR -HEAT UF SUBL1HATIÛN USE TRANSFOHHATIUN HEAT -HANFORD PLUTONIUM PROO. R. F USE HAN­F -HeAT OF TRANSFOHHATIUN USE TRANSIT ION HEAT -HANFORO PLUTONIUM PROD. R. H USE HAN­H -HEAT OF TRANSITION USE TRANSPURT HEAT -HANFORO PLUTONIUM PROD. R. KE USE HAN­KE -HEAT OF TRANSPORT USE ALLOYS -HANFORD PLUTONIUM PROO. R. KW USE HAN­KW -HEAT RESISTING ALLOYS USE HEAT RESIST ING METALS -HANFORD PLUTONIUM PROD.R.Ν USE HAN­N -HANFORD PLUTONIUM PROD.R.N. USE HAN­N 759 HtAT RESISTING METALS -HANFORO PU RECYCLE CRITICAL F. USE PRCF 8,4 84 HE A I TRANSFER -HANFORD TEST PILÉ USE HEW­305 -HEAT TRANSFER EQUIPMENT SEE HEAT EXCHANGERS -HANFORD TEST REACTOR USE HEW­305 OR HEAT TRANSFER -HANFORO THERMAL TEST REACTOR USE TTR­2 OR HEATING -HANFORO 305 TEST REACTOR USE HEW­305 OR LABORATORY EQUIPMENT -HANKEL FUNCTIONS USE BESSEL FUNCTIONS -HEAT TRANSFER REACTOR cXP. USE HTRE­1 HANKEL TRANSFORM USE FUNCTIONS -HEAT TRANSFER REACTOR EXP. USE HTRE­2 + INTEGRALS -HEAT TRANSFeR REACTUH tXP. USE HTRE­3 -HANSON LONG COUNTER USE LONG COUNTER HEAT TREATMENTS -HANSON-MCKIBBEN LONG COUNTER USE LONG COUNTER HEAT-CODE USE PROGRAHHING HAPO USE USAEC HEATERS USE HEATING + WASHINGTON HEATING HARBOR-COOE USE PROGRAMMING HEATING­CODE USE PROGRAHMING -HARD COMPONENT USE ABSORPTION HEAVY IONS USE IONS ♦ COSMIC RAOIATION HEAVY HINEHALS USE HINERALS + ENERGY RANGE HEAVY NUCLEI SEE ACTIN1DES HARD CORE PINCH USE PINCH OR NUCLEI HARD-CORE POTENTIAL USE INTERACTIONS 21 HEAVY PARTICLES SEE HYPERONS ♦ NUCLEONS OR PARTICLES 3 HARD-SPHERE MOOEL USE GASES 2,579 HEAVY WATER + HECHANICS ­HEAVY WATER COMPONENTS TEST R. USE HWCTR ♦ STATISTICS 759 HCAVY WATeR COOLANT 33 HARDENING SEE HARUNESS 2,250 HEAVY WATER MUDERAIOR OR SPECTRAL SHIFT ­HEAVY WATER REACTOR K­1 USI RI HARDNESS " ­HEAVY WATCH REACTOR 80 USE HWH-BO -HARMONIC ANALYSIS USE FOURIER ANALYSIS ­HEAVY WATER RESEARCH REACTUH USL RREL ♦ HATHEHATICS ­HEAVY WATER­ORGANIC UENMAHK H. USI OOR f OSCILLATIONS HECTIC­CODE USI PROGRAMHING HARMONIC POTENTIAL USE NUCLEAR HODELS HECTOR use Res E ARCH REACTORS HARMONIE USE RESEARCH REACTORS HCCTURITE USE L ITHIOH COMPOUNDS HARMONY-CODE USE PROGRAHMING 1 MONTHOR ILLUNI TC -HARTMANN FLOW USE HARTMANN NUMBER HEGÜUR USI ALUHINUH ALLOYS HARTMANN NUMBER USE FLUID FLOW CUPPER ALLOYS MAGNETOHYDRODYNAMICS HAGNESIUM ALLOYS -HARTMANN PROBLEM US*E HARTMANN NUMBER HEDENBERGITE USI CALCIUH SILICATES -HARTREE APPROXIMATION USE HARTREE-FOCK METHOD IRON SIL ICATES HARTREE-FOCK HETHOD USE ATOMIC MODELS PYROXENES + ENERGY LEVELS USI ACETIC ACID + SELF-CDNSISTENT FIELD AH INE S HARVARD SYNCHROCYCLOTRON USE CYCLOTRONS CHELATES SYNCHROTRONS ETHYL RADICALS HARWELL SYNCHROCYCLOTRON US·>E CYCLOTRONS ETHYLFNE ♦ SYNCHROTRONS HYOROXIDES HARWELL SYNCHROTRON USE PROTON BEAMS HEETR­CODE USI PRUGRAHHING + SYNCHROTRONS HE I DA USI ACETIC ACID HASSITT-CODE USE PROGRAMMING CHELATES HASTELLOY USE CHROHIUH ALLUYS ETHYl RADICALS ♦ HOLYBDENUM ALLOYS HYDROXIDES NICKEL ALLOYS ORGANIC NITROGEN COHPOUNDS HAST I-CODE US*E PROGRAMMING HEINRICHITE USE ARSENIC OXIDES HATCHËTTGLITE USE CALCIUM OXIDES BARIUM OXIDES ♦ NIOBIOM OXIDES URANIUM MINIKALS

«■ TANTALUM OXIDES URANIUM OXIOES *■ URANIUM MINERALS HEISENBERG FORCE USI. INTERACT IONS ♦ URANIUH OXIDES NUCLEONS HATCHING SEE EGGS HEISENBERG MODEL USI- FERROMAGNETIC MATERIALS OR EMBRYOS QUANTUH HECHANICS HAUSER­FESHBACH THEORY USE COMPOUND NUCLEI SPIN NUCLEAR REACTIONS HEISENBERG MULTIPLE PRODUCTION USI INTERACTIONS * RANOOM PHASE APPROXIMATION NUCLEONS * STATISTICS PI UN S 51 HAWAII US*E ISLANDS HEISENBERG NONLINEAR THEURY USt DIFFERENTIAL EQUATIONS ♦ PACIFIC OCEAN FIELD THEORY ♦ USA PARTICLE HODELS -HAWLSER SIODELEY ORG. MÜO. USE DMRHS SP1NUH HAY SEE AGRICULTURE HEISENBERG PICTURE USF QUANTUH MECHANICS OR GRASS HEISENBERG REPRESENTAI ION USE QUANTUH HECHANICS -HAYNtS ALLOYS USE STELLITE ­HE ISSDAMPFREAKTOR KAHL USI HDR 8 HAZARDS USE SAFETY ­HEITLER­LONÜON FUNCTION USE HEI TLER-LUNÜUN THEORY 4 HAZE-CODE USE PROGRAHMING HeiTLER­LONDUN THCOHY USE BINDING ENERGY 4 HAZEL USE REACTORS t ELECTRUNS -HAZEL-2 USE PHOENIX REACTOR ♦ QUANTUH HECHANICS -HBWR USE HALOEN BHWR ­HEITLeK­LONÜON WAVES USL· HEITLER-LONDUN THEORY 2 HCF USE REACTORS HELA CeLLS USt ANIMAL CELLS 1 HOR USE REACTORS HELEX USE ANIMAL S 1 HDTOP USE ORGANIC PHOSPHORUS COMPOUNDS HELIANTHUS USF PLANTS TR1DECYL RADICALS HELICAL INSTABILITY USE KINK INSTABILITY SE»E BODY PINCH OR BRAIN » PLASMA -HEAO ABSTRACT USE LEADING ABSTRACT HELICITY US«L MOMENTUM HEALING SEE REGENERATION SPIN HEALTH HAZARDS SEE RADIATION INJURIES -HEL[ODOR US*E BERYL UK TOXICITY HELIOTRON USL ACCELERATORS -HEALTH INCIDENTS SEE ACCIDENTS HELIUM OR OISEASES HELIUM BORIDES OR RADIATION INJURIES HELIUM BROMIDES OR RAOIATION SICKNESS HELIUM CARBIDES HEALTH PHYSICS SEE RADIATION PROTECTION HELIUM CARBONATES ­HEALTH PHYSICS RESEARCH R. USE HPRR HELIUM CHLORIDES HEART HELIUH COMPLEXES ­HEAT SEE ENERGY HELIUM COHPOUNDS DR HEATING HELIUH FLUORIDES OR INFRARED RAOIATION HELIUM HYDRIDES OR SPECIFIC HEAT HELIUM HYDROXIDES OR TEHPERATURE 19 HELIUM 1 USE ALLOTROPY OR THERHAL RADIATION ♦ HELIUM 4 DR THERHODYNAHICS 1 73 HEL1UH II USE ALLOTROPY ­HEAT CAPACITY USE SPECIFIC HEAT ♦ HELIUM 4 ­HEAT CONDUCTION SEE HEAT TRANSFER HELIUM IODIDES OR THERMAL CONDUCTIVITY 75 HELIUM ISOTOPES 36

HELIUM NITRATES 11 HEXOKINASE ENZYMES HELIUM NITRIDES HEXOSE 3 HELIUM OXIDES KINASES HELIUM PHOSPHATES 32 HEXOSE USE SUGARS HELIUH SILICATES 2fl6 HEXYL RADICALS USE ALKYL RAOICALS HELIUH SULFATES 33 HFBR USE RESEARCH REACTORS HELIUH SULFIDES -HFBRR USE HFBR 2,693 HELIUH 3 HFCE-2 USE RESEARCH REACTORS -HELIUH 3 BEAHS USE HELIUH 3 112 HFIR USE RESEARCH REACTORS 4 ION BEAMS 3 HFN-COUE USE PROGRAHMING 2,102 HELIUM 4 27 HFR USE RESEARCH REACTORS 180 HELIUM 5 -HFS SEE HYPERFINE STRUCTURE 168 HELIUH 6 4B HIBERNATION USE BODY 14 HELIUH 7 HETABULISM 12 HELIUH 8 TEMPERATURE HELHHOLTZ COILS USE MAGNETIC FIELDS HIFAK USE RESEARCH REACTORS 18 HELHHOLTZ EQUATION SEE FLUID FLOW -HIGGINS CONTINUOUS ION EXCHANG USE HIGGINS ION EXCHANGER OR LENSES -HIGGINS CONTRACTOR USE HIGGINS ION EXCHANGER OR THERMODYNAMICS HIGGINS ION EXCHANGER USE COUNTER CURRENT 14 HELHHOLTZ INSTABILITY USE FLUIO FLOW 4 ION EXCHANGE 4 STABILITY -HIGGINS HETHOD USE HIGGINS ION EXCHANGER HELHHOLTZ THEOREM USE VECTORS -HIGGINS SEMICONTINUÜUS UN EXC USE HIGGINS ION EXCHANGER- -HELMHOLTZ-HUYGENS PRINCIPLE USE HUYGENS PRINCIPLE -HIGH CONVERSION FACILITY USE HCF HELMINTOSPORIUH USE FUNGI -HIGH FLUX AUSTRALIAN R. USE HI FAR 1 HELVITE USE BERYLLIUM SILICATES -HIGH FLUX ISOTPE R. USE HFIR 4 IRON SILICATES -HIGH FLUX REACTOR PETTEN USE HFR 4- MANGANESE SILICATES -HIGH FREQUENCY ENGINEERING SEE ELECTRONICS 4· MINERALS OR MICROWAVES 4 ZINC SILICATES OR RADAR 7 HEMAGGLUTINATION USE ERYTHROCYTES OR RADIO WAVES + IMMUNITY -HIGH POWER DENSITY CONCEPT USE GE-300-HPO 20 HEMAGGLUTININS USE AGGLUTININS -HIGH TEMP GAS-COOLED REACTOR USE HTGCR-SHIP » ANTIBODIES -HIGH TEMP. R. PROJECT DRAGON USE DRAGON -HEMANGIOMAS USE ANGIOMAS -HIGH TEMP.LATTICE TEST REACTOR USE HTLTR 6 HEMATIN USE HEHOGLOBIN 20,443 HIGH TEMPERATURE 67 HEMATITE USE IRON OXIDES 239 HILBERT SPACE USE BANACH SPACE 4· HINERALS HUBERT TRANSFORH USE INTEGRALS 16 HEMATOCRIT USE ANALYSIS HILGER SPECTROGRAPH USE LIGHT 4 BLOÛO CELLS QUARTZ 3 HEMATOLOGY USE BLOUD SPECTRA -HEHATOPOIETIN USE ERYTHROPOIETIN SPECTROMETERS 8 HEHATOPORPHYRIN USE HEHOGLOBIN -HILL DETERMINANTS USE HILL EQUATION + PORPHYRINS HILL EQUATION USE DIFFERENTIAL EQUATIONS 11 HEMATOXYLIN USE DYES OSCILLATIONS 25 HEME USE HEMOGLOBIN 16 HILL REACTION CHEMICAL REACTIONS 42 HEHIN USE HEHOGLOBIN NUCLEOTIDES -HEMISPHERES SEE EARTH -HILL-BROWN HETHOO USE HILL EQUATION OR SPHERES -HILL-HEISNER HETHOO USE HILL EQUATION OR ZONES HILL-WHEELER THEORY USE COLLECTIVE HODEL 652 HEMOGLOBIN 4 FISSION HEMOGRAMS USE ANALYSIS 1 HIHN-CODE USE PROGRAMMING » BLOOD 31 HINKLEY POINT USE REACTORS 33 HEMOLYSINS USE ANTIBODIES 2 HIPERCO ALLOYS USE COBALT ALLOYS 74 HEMOLYSIS USE IHHUNITY IRON ALLOYS 5 HEMOPHILIA USE BLOOD 4 HIPPOCAMPUS SEE ANIMALS 4 COAGULATION OR BRAIN 4· OISEASES 29 H1PPURAN USE HIPPURIC ACID 5 HEHOPHILUS USE BACTERIA 4 SODIUM COMPOUNDS -HEMOPOIESIS USE BLOOD FORMATION 123 HIPPURIC ACID USE AMINO ACIOS 742 HEHORRHAGE 229 HIROSHIMA USE JAPAN 4 HEMOSIDERIN SEE HEHOGLOBIN 1 HISINGERITE USE IRON SILICATES OR PIGMENTS 4 MINERALS 5 HEMOSIDEROSIS USE OISEASES 6 HISTAMINASE USE ENZYHES 4 HEMOSIDERIN 153 HISTAMINE USE DRUGS -HENRY CLAY SUBHARINE USE S5W SERIES IMIDAZOLES 21 HENRY LAW USE GASES 103 HISTIDINE AMINO ACIOS 4- LIQUIDS IMIDAZOLES 4 SOLUTIONS 6 HISTOGRAMS RADIOGRAPHY -HENS USE CHICKENS TISSUES 90 HEPARIN SEE BLOOO -HISTOLOGY USE TISSUES OR COAGULATION HISTONES USE PROTEINS OR DRUGS -HITACHI RESEARCH REACTOR USE JHTR 6 HEPATITIS USE DISEASES -HITACHI TRAINING REACTOR USE JHTR * LIVER HIVEC CYCLOTRON USE CYCLOTRONS 17 HEPATOMAS USE LIVER HJELHITE USE NIOBIUM OXIOES 4 TUHORS RARE EARTHS 247 HEPTANE TANTALUM OXIDES 5 HEPTANOIC ACID USE ORGANIC ACIOS URANIUM MINERALS 5 HEPTENE USE ALKENES URANIUH OXIDES 2 HEPTYL RADICALS USE ALKYL RADICALS ACETIC ACID 5 HERALD USE RESEARCH REACTORS AMINES 1 HEREDITY SEE GENETICS CHELATES OR REPRODUCTION METHYLENE 4 HERESY-CODE USE PROGRAHMING 225 HNPF USE REACTORS 11 HERMEX PROCESS USE REPROCESSING 57 HODGKIN DISEASE USE DISEASES 9 HERHITE POLYNOMIALS USE MATHEMATICS LYMPH SYSTEH 14 HERMITIAN MATRIX USE MATRICES 1 HODGKINSONITE MANGANESE SILICATES 6 HERMITIAN OPERATORS USE QUANTUM MECHANICS MINERALS 11 HERO USE CRITICAL ASSEMBLIES ZINC SILICATES 7 HEROIN USE ALKALOIDS 130 HODOSCOPE COINCIDENCE HETHODS 7 HERPES ZOSTER SEE DISEASES RAOIATION OETECTORS OR VIRUSES -HOGER ONDERWIJS REACTOR USE HOR 5 HERSCHEL EFFECT USE NUCLEAR EMULSIONS HOLES SEE CARRIERS 6 HERTZSPRUNG-RUSSEL OIAGRAM USE ASTROPHYSICS OR DEFECTS 4 OIAGRAMS OR ELECTRIC CHARGES * STARS OR OPENINGS 6 HESPERIOIN USE BIOFLAVONOIDS OR ZONES * GLYCOSIDES I HOLLBROOK HETEORITE USE METEORITES HETAL-CODE USE PROGRAMMING 40 HOLLOW CATHODES USE CATHODES 4,898 HETEROCYCLICS 400 HOLMIUM -HETEROGENEITY SEE DISTRIBUTION 135 HOLMIUM ALLOYS OR ZONES 6 HOLMIUM BORIDES -HETEROGENEOUS EXPERIMENTAL R. USE HERALD 4 HOLMIUM BROMIDES 3 HETEROZYGOTES USE GENETICS 9 HOLMIUM CARBIDES HETRON USE POLYESTERS 3 HOLMIUM CARBONATES HEVESY-PANETH HETHOD USE ELECTRIC POTENTIAL 31 HOLMIUM CHLORIDES * ELECTROCHEHISTRY 35 HULM1UM COMPLEXES * SOLUTIONS 142 HOLMIUM COMPOUNDS 4 TRACER TECHNIQUES 17 HOLMIUM FLUORIDES 12 HEW-305 USE RESEARCH REACTORS 8 HOLMIUM HYDRIDES 2 HEX-CODE USE PROGRAMMING 5 HOLMIUM HYDROXIDES 10 HEXADECANE USE ALKANES 2 H0LM1UH IODIDES 1 HEXAGONAL STRUCTURE USE LATTICES 12 HOLMIUM ISOTOPES -HEXAMETHYLENEOIAMINOTETRAACETI USE HHOTA 7 HOLHIUM NITRATES 1,215 HEXANE 19 HOLMIUM NITRIDES 5 HEXANOIC ACID USE ORGANIC ACIDS 95 HOLHIUM OXIDES -HEXANOL USE ALCOHOLS 1 HOLMIUM PHOSPHATES 4 HEXYL RADICALS 1 HOLMIUM SILICATES 17 HEXENE USE ALKENES 18 HOLMIUM SULFATES HEXLAX-3D-C0DE USE PROGRAMMING 8 HOLHIUM SULFIDES 2 HOLMIUM 149 37

HOLHIUM 150 1 HUHAN COUNTERS USE BODY HOLHIUM 151 t COUNTERS HOLMIUM 152 » HAN 1 HOLHIUM 153 HUMAN FACTORS SEE MAN HOLMIUM 154 UR PERSUNNEL 5 HOLMIUM 155 18 HUMBOLDT BAY USL CAL I FURNIA 7 HOLMIUM 156 ♦ USA 2 HOLHIUM 157 2 HUMBOLDT BAY REACTOR USE REACTORS 7 HOLMIUM 158 32 HUMlL ACID USE URGANIC ACIDS 9 HOLMIUM 159 ♦ SOILS 26 HOLMIUM 160 1,788 HUMIDITY 22 HOLMIUM 161 ­HUMPHHEYS­GLASGOW KtACTJK USI PWR­HG li HOLHIUM 162 8 HUMUS USE SOILS 12 HOLHIUM 163 9 HUND RULES USI MULTIPLETS 10 HOLMIUM 164 ­HUNGARIAN WWR­C REALTOR USE WWR SERIES 22 HOLHIUM 165 102 HUNGARY USL EURUPE 11 HOLHIUM 166 HUNTfcR­CUDE USI PROGRAMM ING 4 HOLM I UH 167 29 HUNTERSTON SEE REACTORS 1 HOLMIUM 168 11 HURWITZ EFFECT USE ENERGY LEVELS 4 HOLMIUM 169 NUCLEAR HODElS 2 HOLHIUM 170 RESONANCE HINERALS 1 HOLMQUIST ITE USE AMPHIBOLES 14 HUTTUNI TE USE ♦ LITHIUM COMPUUNDS THORIUH SILICATES -HOLTSMARK DISTRIBUTION USE HOLTSMARK THEORY 7 flUYGENS PRINCIPLE USI OSCILLAT IONS -HOL Τ SMARK. FUNCTION USE HOLTSMARK THEORY WAVE PHOPAGATION HOLTSMARK THEORY USE ELECTRIC FIELDS ­HUYGENS­KIRCHHUFF PRlNLlPLE USI HUYGENS PRINCIPLE * PLASMA 172 HhCTK USI. RESEAKCH REACTORS f VARIATIONS 5 HWGCR USI REACTURS 5 HOMEOSTASIS USE BODY HHR­132 USE REALTORS 1 HOMESTEAD METEORITE USE METEORITES HWR­1B00 USt REACT 1RS 6 HOMOCYSTEINE USE AMINO ACIDS 1 HWK­80 USI REACTORS 3 HOHOCYSTINE USE AMINO ACIDS ­HYACINTH SI E FL0WER5 lIRCON 91 HOHOGENEOUS AMINES ­HOHOGENEOUS ASS. ZERO ENERGY USE HAZEL 16 HYALURuNIC ACIO ­HUMOGENEOUS PHOSPHORIC ACID R. USE HP AR GLUCURONIC ACID ­HOMOGENEOUS REACTOR EXP. 1 USE HRE­1 POLYMERS ­HOMOGENEOUS REACTOR EXP. 2 USE HRE­2 3'J ■1YALURUNIDASE ENZYMES ­HOHOGENEOUS REACTOR cXP. 3 USE HRE­3 HYALURUNIC ACID ­HOMOGENEOUS REACTOR EXP. 4 USE HRE­4 21 HYAMINE USI PEST IC IDES 14 HOMOPOLAR GENERATORS USE ELECTRIC POTENTIAL ­HYitERNAT I UN USI HIBERNATION GENERATORS 6 HYBRIU HESONANCF USE HESUNANCE HONDURAS US*E CENTRAL AHeRICA 24 HYuHIOIZATION USE ATOMIC MODELS 29 HONEYCOMB SEE CONFIGURATION ORBI Τι HONG KONG USE ASIA 12 lYiiKlDS ATOMIC MOUELS 1 HONING USE MACHINING oENFTICS 2 HOR USE RESEARCH REACTORS IGNEOUS ROCKS HORACE USE REACTORS HYURA INVERTEBRATES ­HORACE HARDY LESTER RESEARCH R USE OMRP rtYURARGlLL ITL ALUMINUM SII. ICA I E S 11 HORDEUM USE BARLEY MINERAL S ♦ CEREALS HYURATASL USI ENZYMES ADSURPTIUN 88 HORMONES HYDRATAT ION USI WAT I K 23 HORNBLENDE USE ALUMINUM SR ICATES AMPHIBOLES USI SAI IS CALCIOM SILICATES WATER IRON SILICATES -HYUKATION SI E HYIJKAIAT IUN MAGNESIUH SILICATES HYDKOGENATIUN 2 HORNFELS USE ROCKS HYDKAULICS 3 HORNSTONE USE QUARTZ HYUKAZIDES USE ORGANIC NITROGEN COMPOUNDS 40 HORSES USE ANIMALS HYDRAZINE 47 HOSPITALS USE BUILDINGS HYURAZJNES USt ORGANIC NITROGEN COMPUUNDS MEDICINE HYORIUtS 7 HOT BOX USE CRITICAL ASSEMBLIES HYURU USE HI SEARCH REALTORS 451 HOT CELLS USE RADIATION PROTECTION HYDRUBRUMIC ACIU REMOTE HANDL ING HYURIJCAKBUNS 16 HOT CHANNEL FACTORS COOLANT LOOPS HYDROCEPHALUS SI E »RAIN HEAT TRANSFER UK DISEASES 7 HOT CHANNELS COOLANT LOOPS UH HAI FORMAI IONS HIGH TEMPERATURE HYDRUCHLfJRIC ACIU -HOT CRITICAL EXPERIMENTS USE HOTCE HYURUCIIRT I SUHL USL CURT I SONE -HOT ENR. CARBON MOD. TH. OSC. USE HECTOR ■lYDKULYANR ACIU USf CYANIDES 17 HOT LAB USE LABORATORY EQUIPMENT t M I NE KAL AC IDS RADIOCHEMISTRY 165 HYbKUUYNAHICS USE FLUID FLOW 24 HOT SPOT BURNOUT 1,776 HYUROFLUUKIC ACID CONTAMINATION 15,987 HYUHUGEN RADIOACTIVITY ­MYDRUGLN ItHUMlDLS USE HYORUItHUMIC ALIU 1,152 HOT WORKING ­HYURUGtN CHLURlDCS USI HYDKOCHl URIC ACID HOT­CODE USE PROGRAHMING HYDROGEN CUMPLEXES 7 HOT­WIRE GAGES USE GAGES HYDROGEN COMPOUNDS f PRESSURE ­HYURUGtN FLUORIDES USf HYÜHUFLUUKIC ACID 2 HOTCE USE CHITICAL ASSEMBLIES ­HYUHUGEN HYORIDES USE HYDROGEN HOUORV CRACKING PROCESS USE DECOMPOSITION ­HYDROGEN HYDHUX IIJLS USE WATER *■ HEATING ­HYUHUGEN IODIDES USL HYUHUIUUR ACID * PETROLEUM ­HYDROGEN ISOTOPES SEE ÜEUUK IUM 1 HPAR USE REACTURS OP HYDROGEN ­HPCMF USE PRCF OR IK Ι ΓIUM 2 HPCTR USE RESEARCH REACTORS -HYURUGEN NI TRATES USE NITRIC ACID 12 HPO­CODE USE PROGRAHMING HYDROGEN PEROXIOLS 24 HPRR USE RESEARCH REACTURS -HYUKUuEN PHOSPHATES USE PHOSPHORIC ACID ­HR OIAGRAM USE HERTZSPRUNG­RUSSEL UlAGHAH -HYDROGEN SILICATES USE SILICIC ACID 105 HRE­1 USE REACTORS -HYURUGEN SULFATES USE SULFURIC ACID 25 HRE­2 USE REACTORS HYDROGEN SULFIDES 16 HRE­3 USE REACTORS -HYURUGEN 1 USE HYDROGEN 2 HRE­4 USE REACTORS -HYDROGEN 2 USE OEUIFRIUM ­HRR USE JHTR -HYDROGEN 3 USE TRITIUM 406 HRT USE RESEARCH REACTORS HYOROGLN 4 1 HTGC USE REACTORS HYDROGEN 5 11 HTGCR­SHIP USE REACTORS HYDROGEN 6 192 HTGR USE REACTORS HYURUGEN 7 ­HTGR­1 USE ZENITH HYUROGEN-ORTHU USE HYUHUGEN HTLTR USE RESEARCH REACTORS ♦ ISOMERS ­HTO USE LABELLED COHPOUNDS 106 TYUROGEN­PARA USE HYDROGEN + TRITIUM ♦ ISOMERS * WATER 7 HYDROGENASE USE ENZYMES ­HTR USE HTGCR­SHIP 361 HYDROGENATION ­HTR JAPAN USE JHTR 115 HYDROIODIC ACID 22 HTRE­1 USE REACTORS 6 HYDROLASES USE ENZYMES 3 HTRE­2 USE REACTORS ♦ HYDROLYSIS 12 HTRE­3 USE REACTORS 2,018 HYDROLOGY 1 HTTF USE CRITICAL ASSEHBLIES 1,669 HYDR0LYS15 ­HUBBLE CONSTANT USE HUBBLE EFFECT ­HYDROMAGNETIC WAVES USE ALFVEN WAVES HUBBLE EFFECT USE DOPPLER EFFECT 12 HYUROMETALLURGY USE HETALLURGY * NEBDLAE HYURONALIUH USE ALUHINUH ALLUYS ♦ SPECTRAL SHIFT ♦ HAGNESIUH ALLOYS ­HUBBLE SHIFT USE HUBBLE EFFECT 6 HYDRONEPHROSIS USE DISEASES ­HUBBLE­KUHASON SHIFT USE HUBBLE EFFECT ♦ Κ IDNt Y S ­HUGENHOLTZ­PINES THEORY USE VAN HOVE­ HUGENHOLTZ THEORY 18 HYDROSTATICS USE LIQUIDS HUGONIOT CURVE USE DENSITY ♦ HECHANICS ♦ PRESSURE HYDROSULFITES USE SULFUROUS ACID ♦ SHOCK WAVES 3 HYDROTHERHAL STAGE USE HINERALS ­HUGONIOT EQUATION USE HUGON.IOT CURVE ♦ ORUGENESIS 38

3 HYDROTHORITE USE MINtRALS ICELAND USE ARCTIC REGIONS * THORIUH SILICATES EUROPE *■ URANIUH HINERALS ICLHFR US·>E REACTORS 3,240 HYDROXIDES ICUNÜSCUPES USE CAMERAS + ­HYDKUXYETHYLETHYLENEDIAMÍNUTRI USE HEUTA TELEVISION RADIATION PROTECTION ­HYDROXYETHYLIMINODIACETIC ACID USE HEIDA ICRP USE *■ ­HYDRDXYL IONS USE HYDROXIDES STANDARDS ♦■ IONS 1CSH USE LH USA 92 HYDROXYLAMINE USE AHINES IDAHO USE * HYDROXIDES IDAHO FALLS TESTING STATION' USE OMRE GASES 3 HYORUXYLAPATITE USE APATITES IDEAL GAS USE «■ HYDROXIDES IOF-CODE USE PROGRAMMING USE ALUMINUM SILICATES 16 HYDROXYPROLINE USE HYDROXIDES IDOCRASE ♦ PROLINE f CALCIUM SILICATES + ­HYDROXYPROPIOPHENONE USE POP MINERALS ­HYDROXYTRYPTAMINE USE SEROTONIN IEAR-1 USE RESEARCH REACTORS REACTORS 3 HYOROZINCITE USE MINERALS IETK USE «■ ZINC CARBONATES IFR USE I BR ALUMINUM ALLOYS 9 HYGIENE SEE DECONTAMINATION IGEDUR USE OR RAOIATION PROTECTION + COPPER ALLOYS 2 HYGROMETRY USE HUMIDITY ♦ MAGNESIUH ALLOYS ♦ MEASUREMENT 1GNEUUS ROCKS HYGROSCOPICITY USE ADSORPTION IGNIMBRITES USE IGNEOUS ROCKS + HUMIDITY f VULCANICS -HYGROSCOPY USE HYGROMETRY 34 IGNITION SEE COMBUSTION HYL-LEKAAS COORDINATES USE HELIUM OR ELECTRIC DISCHARGES * QUANTUM HECHANICS IGNITION PIN ALLOY USE CERIUM ALLOYS 19 HYHU 80 USE IRON ALLOYS + IRON ALLOYS ♦ HOLYBDENUM ALL0Y5 49 IGNITRUNS USE ELECTRON TUBES + NICKEL ALLOYS IISNR USE RESEARCH REACTDRS USE NUCLEAR EMULSIONS 79 HYPERCHARGE SEE NOCLEAR MODELS 225 ILFORU EHULSIONS OR PARTICLE MODELS 8 ILKOVIC EQUATION USE EQUATIUNS OR QUANTUM MECHANICS + POLAROGRAPHY ­HYPERFINE COUPLING USE HYPERFINE STRUCTURE BO ILL I AC USE COMPUTERS ­HYPERFINE INTERACTION USE HYPERFINE STRUCTURE «· DIGITAL SYSTEMS ­HYPERFINE SPECTRA USE HYPERFINE STRUCTURE 12 I LI. 1 AC 2 USE COMPUTERS ­HYPERFINE SPLITTING USE HYPERFINE STRUCTURE *■ DIGITAL SYSTEMS 2,141 HYPERFINE STRUCTURE 12 ILL I AC 3 USE COMPUTERS 549 HYPERFRAGMENTS *■ DIGITAL SYSTEMS 14 HYPERGEOMETRIC FUNCTIONS USE MATHEMATICS 1 ILLIAC­CODE USE PROGRAMMING 5 HYPERGLYCEMIA USE ABUNDANCE ­ILL INI UH USE PROMETHIUH BLOOD 835 ILLINOIS USE USA +* SUGARS 28 ILLITE USE CLAYS USE NICKEL ALLOYS ­HYPERNUCLEI USE HYPERFRAGMENTS 4 I LLI UH 2,488 HYPERONS + STEELS ­HYPERPLASIA SEE DISEASES 45 ILHENITE USE IRON OXIDES OR REGENERATION + HINERALS OR TUMORS + TITANIUH OXIDES USE TAPIOLITE 18 HYPERSUNICS USE VELOCITY ILMENURUTILE + TITANIUM OXIDES 10 HYPERSURFACES USE HATHEHATICS USE MINERALS 42 HYPERTENSION USE BLOOD CIRCULATION 1 ILSEMANITE 227 HYPERTHYROIDISM USE OISEASES ♦■ MOLYBDENUH OXIDES THYROID -IMAGE BRIGHTNESS INTENSIF1ERS USE IHAGE INTENSIFIERS USE ELECTRON TUBES 3 HYPERTROPHY SE*E TISSUES 10 I HAGE CONVERTERS OR VOLOHE + IMAGES OR WEIGHT -IMAGE UEIECTION USE DETECTION 7 HYPO USE RESEARCH REACTORS * IMAGES USE CHLORINE COHPOUNDS 50 IMAGE INTENSIFIERS USE IMAGES 10 HYPOCHLORIC ACID + HINERAL ACIDS IMAGE TUBES USE ELECTRON TUBES USE CHLORINE COHPOUNDS ♦ IMAGES 25 HYPOCHLOROUS ACID + HINERAL ACIDS 402 IMAGES USE HINERAL ACIDS 90 IMIDAZOLES USE HETEROCYCLICS 21 HYPOPHOSPHQROUS ACID •1- PHOSPHORUS COHPDUNOS + ORGANIC NITROGEN COMPOUNDS USE GLANDS 36 IMIUbS USE ORGANIC NITROGEN COMPOUNDS 8 HYPOPHYSECTOHY PITUITARY GLAND 69 IHINES USE ORGANIC NITROGEN COMPOUNDS * SURGERY 4 IMMERSION OBJECTIVES SEE MICROSCOPY -HYPOPHYSIS US*E PITUITARY GLAND 186 IMMUNITY 8 HYPOSULFITES USE SULFUROUS ACID IMP SATELLITES USE SATELLITES 9 HYPOTENSION use BLOOD CIRCULATION IMPACT PARAHETER USE NUCLEAR REACTIONS 45 HYPOTHALAHUS SEE BRAIN + NUCLEI OR GLANDS * SCATTERING OR NERVOUS SYSTEH 1,118 IMPACT SHOCK 15 HYPOTHERMIA USE BODY 191 IMPEDANCE SEE CAPACITORS + TEMPERATURE OR COILS 34 HYPOTHYROIDISM USE DISEASES OR INDUCTION ♦ THYROID OR RESISTORS 14 HYPOXANTHINE USE PURINES -IMPERFECTIONS SEE OEFECTS 25 HYPOXIA U5E ABUNDANCE OR HALFORHATIONS OXYGEN -IMPERIAL COLLEGE LONDUN UN. USE CDNSORT­2 * VARIATIONS 10 IMPLOSIONS USE EXPLOSIONS 405 HYSTERESIS * 658 IMPREGNATION 54 IAEA IMPS-CODE USE PROGRAHHING 5 IANTHINITE USE URANIUM MINERALS IMPULSE SEE JETS ♦ URANIUH UXIDES OR PROPULSION 24 IBM SEE COMPUTERS OR PULSES 47 IBM 1401 USE COMPUTERS 226 IMPULSE APPROXIMATION USE BOUND STATE OIGITAL SYSTEMS ♦ SCATTERING 66 IBH 1620 US·>E COMPUTERS 13,277 IMPURITIES *■ DIGITAL SYSTEMS 1.693 IN PILE LOOPS 4 IBM 604 USE COMPUTERS -IN UTERO SEE PREGNANCY DIGITAL SYSTEMS 225 IN VITRO SEE ANIHAL CELLS 3 IBM 605 US*E COMPUTERS OR TISSUE CULTURES ♦ DIGITAL SYSTEHS -IN VIVO USE ■ 19 IBM 610 USE COMPUTERS -INCIUENTS SEE ACCIDENTS + DIGITAL SYSTEHS OR EXCURSIONS 221 IBM 650 USE COHPUTERS OR FAILURES DIGITAL SYSTEHS 3 INCINERATORS USE FURNACES 22 IBM 701 US*E COHPUTERS 145 INCLUSIONS SEE DEFECTS DIGITAL SYSTEMS OR IHPURITIES 32 IBH 7030 US·>E COMPUTERS 125 INCOLOY USE CHROMIUM ALLOYS + DIGITAL SYSTEMS + IRON ALLOYS 460 IBM 704 USE COMPUTERS ♦ MOLYBDENUH ALLOYS + OIGITAL SYSTEHS ♦ NICKEL ALLOYS 55 IBM 7040 USE COHPUTERS 2 INCOMPRESSIBLE FLOW USE FLUID FLOW OIGITAL SYSTEHS ♦ PRESSURE 28 IBM 7044 US*E CUHPUIERS 708 INCONEL ALLOYS USE ALUHINUM ALLOYS DIGITAL SYSTEHS 4­ CHROMIUM ALLOYS 27 IBH 7074 US·>E COHPUTERS ♦■ NICKEL ALLOYS DIGITAL SYSTEHS + NIOBIUM ALLOYS 76 IBH 7 09 US*E COHPUTERS ♦ TITANIUH ALLOYS 4- DIGITAL SYSTEHS -INCORPORATION SEE ABSORPTION 535 IBM 7090 use COMPUTERS OR MIXING *■ DIGITAL SYSTEMS INOARCH METEORITE USE METEORITES 177 IBM 7094 USE COMPUTERS INOAZOLES USE HETEROCYCLICS *■ DIGITAL SYSTEHS ♦ ORGANIC NITROGEN COHPOUNDS USE AROMATICS 4 I BR USE RESEARCH REACTORS INDENE IC RESINS USE POLYESTERS -INDEPENDENT PARTICLE HODEL USE SINGLE­PARTICLE MODEL IC8 -SI USE REACTORS INDIA USE ASIA -ICBWR USE LACÖWR INDIA INK SEE DYES 658 ICE INDIAN OCEAN USE SEA USE CETR -ICEBREAKER LENIN USE LENIN -INOIAN POINT POWER REACTUR 39

81 INDIANA USE USA I NSURANCE LI-GAL ASPECTS 93 INDICATORS SEE UYES RADIAT ION PRUT EC T ION ΠΚ LABELLED COMPOUNDS SAFETY 4 INDIGO CARMINE SEE DYES ,296 INDIUM RAUIUACT IVI IY 579 INDIUM ALLOYS INTEGRAL DOSE US.E RADIAT ION DOSES INDIUM BORIDES INTEGRAL EQUATIONS USE 0IFFFRENTlAL tQUAI IUNS 16 I NO I UM BROHIOES INTEGRALS 4 INDIUM CARBIDES INTEGRALS us»e MAThFHATICS INDIUM CARBONATES INTEGRATORS SI L ANALUG SYSTEMS 36 INDIUM CHLORIOtS DR DIGIIAL SYSTFMS 41 INDIUM COMPLEXES UR TRANSDUCERS 155 INDIUM COMPOUNDS -INRK-UNIV. INST. NULL. SLl use 1 ISNR 6 INDIUM FLUORIDES 1 NIEKALTIUNS ï INDIUM HYORIUES INTEÄATUM USE GERMANY 9 INDIUM HYDROXIDES INTERATOMIC UlSTANLtS SEE LATI ICES 16 INDIUM IODIDES (IK MDL E CUL F S 21 INDIUM ISOTOPES INTERCKYSTALLINE CURKJSIÜN USI LI1RR05 IUN 4 INDIUM NITRATES t GRAIN BUUNÜARIES 10 INDIUM NITRIDES I NTEι^FACES USI SURFACES 45 INDIUM OXIUES INTERFERENCE SI L IMPURITIES 2 INDIUM PHOSPHATES UR INTERACT IONS INDIUM SILICATES UR SPECTRA 24 INDIUM SULFATES INTERFERING LLEMENTS USE CHEMICAL ANALYS!5 11 INDIUM SULFIDES ♦ ERRllRS 3 INDIUM 106 IMPURITIES 10 IND I UH 107 171 INTEKFLRUMtTEKS SE.E INTERFERENCE 9 I NDI UH 108 UR OPTICAL SYSTEMS 13 INDI UH 109 (JK SPECTKOMEIEKS 22 INDIUM 110 ­1NTfcRFERUMETRY Usi INI tRU KOMETERS 46 INDIUM in 1NTEKGKANULAK LORKUSlUN USI CORROSION 14 INDI UH 112 GRAIN BOUNDARIES 76 1 ND I UM 113 INTERMEDIATE BUSUN US>· E BOSONS 134 IND I UH 114 INTERMEDIATE COUPLING USE j­j cuuPL:NG 255 INDIUM 115 ♦ L­S CUUPLING 101 I NO I UM 116 ­INTERMEDIATE COUPLING APPRUXIM USE TOMONAGA APPROXIMATION 37 INDIUM 117 INTERMEDIATE NEUTRONS USE RESONANCE NEUTRONS 7 INDIUM 118 iNTEKMEDlATe NUCLEI see EXC I TATIUN 5 INDIUM 119 OR NUCLEI 5 INDIUM 120 ­INTEKMLUlATE POWER UHfcEULK R. USI 1PBR 5 I NO I UM 121 INTERMEDIATE REACTORS USI REACTORS 3 INDIUM 122 KESnNANCt NEUTRONS I SHH 2 INDIUM 123 ­INTERMEDIATE SCALE HUMOGEN. USINJUN SATELLITES USE SATeLLlTES 42 I UD I NE INJURIES SEE RADIATION INJURIES 2 71 [UDINE COHPOUNDS INK SEE DYES 47 IODINE FLUORI DES ­ I UD I UE lODIOES OSE IODINE INNER BREMSSTRAHLUNG USE BREMSSTRAHLUNG 1SÜTOPES INDR­8 USE CHROMIOH ALLOYS 445 I UU I NL ♦ HOLYBUENUM ALLOYS 72 1UOI NE UXIDES NICKEL ALLOYS 3 1 UDI NE 117 118 ­INURGANIC COHPOUNDS US»E COHPOUNDS IODI NE 7 1 UD INE 1 19 I NOS I NE USE NUCLEOS IDtS '. 12 I OOI NE 120 INOSITOL SEE ALCOHOLS OR CYCLOALKANES 1!) IODINE 121 OR VITAMIN B GROUP 11 IODINE 122 21 I UD 1 NE 123 INSECTICIDES USE PESTICIDES i 1 IODI NE 124 2,760 INSECTS 125 1,535 INSPECTION 230 1 UU I NE -INSTITUT KERNFORSCHUNu BERLIN USE BER 69 [UDINE 126 -INSTITUTO ENERGIA ATOMICA K. 1 USE IEAR­1 294 I ODI NE 127 -INSTRUMENTATION SEE CONTROL SYSTEMS 1 10 1 OU 1 NE 128 DK INSTRUMENTS 126 IODINE 12'» OR RECORDING SYSTEMS 60 IODI NE 130 INSTRUMENTS 4,211 I OD 1 NE 1 31 -INSULATION SEE OIELECTRICS 192 IODINE 132 OR THERMAL INSULATION 82 I OUI NE 1 33 ?.a IODINE 1 i 4 ­INSULATORS SEE DIELECTRICS OR SOUND 83 IODINE 135 OR THERMAL INSULAI ION 9 I UU I NE 136 17 I UD I NE 137 162 INSULIN USE HORMONES 10 I UD I NE 138 ? IODINE ι 39 40

1 IODINE 140 104 IRON OXIDES 4 IODOFORM USE ORGANIC IODINE COMPOUNDS 3B IRON PHOSPHATES Τ ÏOOOMETRY USE DETERMINATION 350 IRON SILICATES + IODINE 481 IRON SULFATES 3.540 ION BEAMS 495 IRON SULFIDES -ION CHAMBERS USE IONIZATION CHAHBERS 1 IRON 47 14 ION CLUSTERS USE IONS IRON 4Θ 66 ION OENSITY USE IONS IRON 49 4,656 ION EXCHANGE 2 IRON 50 3.105 ION EXCHANGE HATERIALS IRON 51 9 ION GUN USE ION BEAMS 37 IRON 52 9 ION PAIRS SEE ANIONS 15 IRON 53 OR CATIONS 206 [RON 54 OR ELECTRONS 313 IRON 55 OR IONS 398 IRON 56 26 ION PUMPS USE IONIZATION 44B IRON 57 + PUMPS 81 IRON 58 VACUUM 917 IRON 59 412 ION RECOMBINATION USE IONS 5 IRON 60 ♦ NEUTRALIZATION 2 IRON 61 1.883 [ON SOURCES 73 IRON -ALPHA USE ALLOTROPY IONIC CONDUCTIVITY USE ELECTRIC CONDUCTIVITY ♦ IRON ♦ IONS 2 IRON -BETA USE ALLOTROPY IONIC CONVECTION USE CONVECTION ♦ IRON ♦ IONS 6 IRON •OELTA USE ALLOTROPY IONIC CRYSTALS USE CRYSTALS ♦ IRON + IONS 2 IRON -FREE SPECTROMETERS SEE BETA SPECTROMETERS -IONIC REACTIONS USE CHEMICAL REACTIONS 25 IRON -GAMMA USE ALLOTROPY » IONS + IRON IONIC STRENGTH USE BINDING ENERGY IRR USE RESEARCH REACTORS ♦ ELECTROLYTES 31,246 IRRADIATION -IONIUM USE THORIUH 230 81 IRREDUCIBLE REPRESENTATION USE HATRICES 11 130 IONIZATION IRREVERSIBLE PROCESSES USE THERMODYNAMICS 3 616 IONIZATION CHAMBERS IRT USE RESEARCH REACTORS -IONIZATION LOSS USE ENERGY LOSSES IRT-A USE RESEARCH REACTORS IONIZATION IRT-ACCRA USE RESEARCH REACTORS 107 IONIZING RADIATIONS SEE RADIATIONS IRT-B USE RESEARCH REACTORS 5 IONOPHORESIS USE ELECTROPHORESIS IRT-C USE RESEARCH REACTORS + IONS IRT-D USE RESEARCH REACTORS 16 IONOSONDES USE INSTRUHENTS IRT-DJAKARTA USE RESEARCH REACTORS IONOSPHERE IRT-E USE RESEARCH REACTORS + MEASUREMENT 1RT-F USE RESEARCH REACTORS 2 132 IONOSPHERE IRT-SOFIA USE RESEARCH REACTORS 16 656 IONS -IRT-1000 SEE IRT Β IONTOPHORESIS USE MEDICINE OR IRT-SOFIA THERAPY ISCA USE RESEARCH REACTORS 61 IOWA US*E USA ISCHEMIA SEE BLOOD CIRCULATION -IOWA STATE COLLEGE ASSEMBLY USE ISCA OR BLOOD VESSELS -IOWA STATE UNIVERSITY UTR-10 USE UTR-10-I0WA ISENTROPY USE THERHUDYNAHICS 1 IPBR USE REACTORS 1SHIKAWAITE USE IRON OXIDES 1 IPL-V-COOE USE PROGRAMMING ♦ NIOBIUM OXIDES -I PR USE CETR + RARE EARTHS 5 IPRONIAZID USE ORUGS ♦ TANTALUM OXIDES HYDRAZ1DES ♦ URANIUM MINERALS -IR SEE ISOTOPE REACTOR ♦ URANIUM OXIOES IRAN USE ASIA 25 ISHR USE REACTORS IREKIN-CODE USE PROGRAMMING 25 ISING HODEL USE ALLOYS 6 IRELAND USE EUROPE ♦ LATTICES 370 IRIDIUM 1 ISLAMABAD PAKISTAN RR USE RESEARCH REACTORS 142 IRIDIUM ALLOYS ISLANOS 1 IRIDIUM BORIDES 2 ISO SEE ISOMERS IRIDIUM BROHIOES -ISOAMYL RADICALS USE AMYL RAOICALS IRIDIUM CARBIDES ♦ ISOHERS IRIDIUM CARBONATES -ISUAHYLACETATE USE ACETATES IRIDIUM CHLORIDES ♦ AHYL RAOICALS IRIDIUM COHPLEXES ♦ ISOMERS IRIDIUM COMPOUNDS 46 ISOBAR MODEL USE PARTICLE MODELS IRIDIUM FLUORIDES 377 ISOBARS SEE ATOMS IRIDIUM HYDRIDES OR MASS NUMBER IRIDIUM HYDROXIDES OR NUCLEI IRIDIUM IODIDES OR PRESSURE IRIDIUM ISOTOPES -ISOBUTANE USE BUTANE IRIDIUM NITRATES ♦ ISOMERS IRIDIUM NITRIDES -ISOBUTANOL USE SUTANOL IRIDIUM OXIDES ♦ ISOMERS IRIDIUM PHOSPHATES -ISOBUTYL RAOICALS USE BUTYL RAOICALS IRIDIUM SILICATES ♦ ISOMERS IRIDIUM SULFATES -ISOBUTYLENE USE BUTYLENE IRIDIUM SULFIDES IRIDIUM 1S2 ♦ ISOMERS IRIDIUM 183 -1S0BUTYRIC ACID USE BUTYRIC ACIO IRIDIUM 184 ♦ ISOMERS IRIDIUM 185 -ISOCHRONUUS CYCLOTRONS USE CYCLOTRONS IRIDIUM 1B6 ♦ FREQUENCY IRIDIUM 187 ♦ SPIRAL SECTOR ACCELERATORS IRIOIUH 188 ISOCRUNCH-CODE USE PROGRAMMING IRIDIUM 189 5 1 SUDÓSE CURVES USE DIAGRAHS IRIDIUM 190 + DISTRIBUTION IRIDIUM 191 + RADIATIUN DOSES IRIDIUM 192 -ISOLEUCINE USE ISOMERS IRIDIUM 193 ♦ LEUCINE IRIDIUM 194 73 ISOMERIC TRANSITION USE DECAY IRIDIUM 195 ♦ ISOHERS IRIOIUH 196 4,034 ISOMERS IRIDIUM 197 SEE CRYSTALLIZATION IRIDIUM 198 15 ISOMORPHISM OR HATHEHATICS IRIG1NITE USE' DRUGS USE MOLYBDENUM OXIOES 11 IS0NIA2ID ♦ HYDRAZIOES » URANIUH HINERALS USE ISOMERS ♦ URANIUH OXIOES -I SONI TRILES ♦ NITRILES USE CERIUM OXIDES USE ISOMERS ♦ MINERALS -ISOOCTANE » OCTANE ♦ NIOBIUM OXIDES ISUPUWER-CUDE USE PROGRAMMING 4- THORIUM OXIDES 28 ISOPRENE USE BUTADIENE ♦ TITANIUM OXIDES ♦ METHYL RAOICALS 6 IRL USE RESEARCH REACTORS -ISOPROPYL ETHER USE ETHERS 7 .443 IRON ♦ ISOMERS 3 .048 IRON ALLOYS *■ PROPYL RADICALS 23 IRON BOR I OES -ISOPROPYL RADICALS USE ISOMERS 9 IRON BROHIOES ♦ PROPYL RADICALS 120 IRON CARBIDES 1.657 ISOSPIN SEE NUCLEAR HODELS 52 IRON CARBONATES OR PARTICLE MODELS 340 IRON CHLORIDES 170 ISOTOPE DILUTION USE ISOTOPES 342 IRON COHPLEXES » SOLUTIONS 1 .439 IRON COMPOUNDS 1,774 ISUrOPE EFFECTS 63 IRON FLUORIDES 1 ISOTOPE REACTOR USE RESEARCH REACTORS 4 IRON HYDRIDES 3.681 ISOTOPE SEPARATION 343 IRON HYDROXIDES -ISOTOPE SHIFT USE HYPERFINE STRUCTURE 10 IRON IODIDES » ISOTOPES 129 IRON ISOTOPES ♦ SPECTRAL SHIFT 76 IRON NITRATES 4.303 ISOTOPES 23 IRON NITRIDES ISOTOPES-CODE USE PROGRAMMING 41

2,037 ISUTÛPIC EXCHANGE 2i JUNES INSTRUMENTS ISOTOPIC SHIFT USE HYPERFINE STRUCTURE MERCURY AILUYS ♦ ISUTOPES REDUCTIUN ♦ SPECTRAL SHIFT Ζ INC ALLOYS ISOTOPIC SUBSTITUTION USE ISUTOPIC EXCHANGE ­JUNES­FUMRY/ML·THUD USt JU'H S­FUKRY THEURY 1SÜTR0PY USE ANISOTROPY JONES­FURRY THEURY USE EFFI CIENCY ÏSOVECTORS USE VECTORS ISUTOPE SEPARATION ISPRA 020 RESEARCH REACTuR USE ISPRA­1 THERMAL COLUMN ISPRA­1 USE RESFAHCH REACTORS THERMAL DIFFUSION ISPRA­2 USE RESFARCH REACTORS ­JONES­FURHY­INSAGEH THEORY USE JUNES­FUHKY THEORY ISR USE REACTORS JUKDISlTE USE AMORPHOUS STATE ISRAEL USt ASIA MINERAL S ISRAELI RESEARCH REACTOR USE IRR MOLYBDENUM SULFIDES ISTANBUL SWIMMING PUUL R. USE TR­1 12 JUSHI EFFECT CURRENTS ISU­UTR­10 USE UTR­IO­IOWA L IGHT ITACUNIC ACIO USE ORGANIC ACIDS RADIATIUN EFFECTS ITAL USE RESEARCH REACTORS JU5R USI HEACTOHS ITALIAN FAST BREEDER R. USE ITFBR JOST FUNCTION USL SCATTIHING ITALY USE EUROPE SCHHOEDINGLH EQUATIUN ITERATIVE METHODS USE EQUATIONS ­JOST­DYSUN REPHESENTAT1UN USI DYSON REPRESENTATION ITFBR USE REACTORS ­JUST­LEHMANN REPRESEN!AI I UN USE DYSON REPRESENTAT[ON IVORY COAST USE AFRICA ­JOST­LtHHANN­DYSON REPRESENTAT USI: OYSUN REPRESENTATION IXION USE THERMONUCLEAR DEVICES JUULE EFFECT USE ELECTROMAGNETIC FIELDS J­J COUPLING USE INTERACTIONS EXPANSION ♦ NUCLEAR MODELS VARIAT IONS ♦ ORBITS JOULE HEATING CURRENTS SPIN HEAT ING JACK SUBMARINE US*E S5W SERIES ­JOURNAL USE JACKETS 23 JPDR USE REACTUR- S JACKSON MODEL USE COMPOUND NUCLEI 42 JRR­1 USE RE5FARCH REACTORS «- CROSS SECTIONS 31 JRR­2 USL RESEARCH REALTUHS ♦ NUCLEAR REACTIONS IB JRR­3 USE RESEARCH REACTORS JACOB CORRELATION USE HEAT TRANSFER 5 JRR­4 USE REACTURS ♦ NUCLEATE BOILING ­JUAN VIGON USE JEN­1 ­JACOBIAN USE JACOBIAN FUNCTION ­JUELICH PEBBLE BED REACTUH USI AVR JACOBIAN FUNCTION USE HATHEHATICS ­JUELICH RESEARCH REACTUH 1 USI MERL IN­JUEL ICH JACOBIAN POLYNOMIALS USE DIFFERENTIAL EQUATIONS ­JUELICH RESEARCH REACTUR ¿ USI ÜIDU­JUELICM JAERI­CA USE CRITICAL ASSEHBLIES 13 JUGGERNAUT use HESEAKCH REACTORS ­JAFFE FORMULA USE JAFFE THEORY 3 JUICES SEE FOOD ­JAFFE HETHOD USE JAFFE THEORY JULIE­CODE USE PHOGRAMHING ­JAFFE RELATIONSHIP USE JAFFE THEORY 58 JUNCTIONS SEE JOINTS JAFFE THEORY USE DIFFUSIUN OR SfHICONDUCTORS ♦ IUN RECOHBINATION 2 JONO USI CRI TICAL ASSEHBL RS ♦ IONIZATION 60 JUPITER SEE PLANETS ­JAFFE­ZANSTRA THEORY OSE JAFFE THEORY OR ROCKETS ­JAHN­TELLER DISTORTIONS USE JAHN­TELLER EFFECT 15 JUTE SEE F IBEHS JAHN­TELLER EFFECT USE ENERGY LEVELS DR PLANTS + HOLECULES ­K REACTOR SAVANNAH RIVER USE SAV­K ­JAHN­TELLER THEOREM USE JAHN­TELLER EFFECT 70 «•RESONANCES USI HESUNS JAM SEE FOOD ♦ RESONANCE JAMAICA USE CENTRAL AMERICA «­ABSORPTION USt ABSORPTION ♦ ISLANDS ATOMIC MUULI. S ­JAMES MADISON SUBMARINE USE S5W SERIES ORBI TS ­JAMES MONROE SUBMARINE USE S5W SERIES PHOTOFLECTHIC EFFECT JANUS USE RESEARCH REACTORS \ X RADI AI ION JANUS GREEN USE DYES 191 K­CAPTURE USI CAPTURE JAPAN USE ASIA ELECTRONS ­JAPAN ENGINEERING TESTING R. USE JETR SHELL MODELS ­JAPAN GAS­COOLEO REACTOR USE TUKAI­MURA K­CUNVeRSION USI INTERNAL CIJNVLKSIDN ­JAPAN PDR USE JPDR SHELL MODELS ­JAPAN POWER OEHONSTRATION R. USE JPDR ­K­CONveRSlUN COEFFICIENT USE K­CONVIRSION ­JAPAN RESEARCH REACTOR 1 USE JRR­I ­K­EUGE ABSORPTION USE K­AOSORPTION ­JAPAN RESEARCH REACTOR 2 USE JRR­2 K­MATRIX USI MATRICES ­JAPAN RESEARCH REACTOR 3 USE JRR­3 ­K­ΜΙ SONS USI KAONS ­JAPAN RESEARCH REACTOR 4 USE JRR­4 K­l K­l RESONANCES USI MESONS ­JAPANESE MATERIALS TESTING R USE JHTR RESDNANCe ­JAPANESE OCEANDGRAPHIC SHIP USE JOSR ­KACLEN REPRESENTATIUN USE LEHMANN­KAFLt EN REPRESENTAT! J N ­JAPCO USE TDKAI­HURA KAHL­HA I N USI Rf ACTORS ­JARGON USE ZIRCON KAHLCRITE OSI ARSENIC UXIDES JAROSITE USE IRON SULFATES IHON OXIDES ♦ MINERALS URANIUM MINIHAI S + POTASSIUM SULFATES URANIUM OXIDf S JASON USE RESEARCH REACTORS KAINITE USI POTASSIUM CHI. UHI OES -JASTROW FUNCTION USE JASTROW THEORY KANGAROO KATS USI RATS -JASTROW INTERACTION USE JASTROW THEORY ­KANSAI RESEARCH REACTOR USE JKRR -JASTROW MODEL USE JASTROW THEÜRY KANSAS USI USA JASTROW THEORY USE HARD­CORE POTENTIAL ­KANSAS STATE UNlV. THIGA USI TRIGA SIR If S ♦ NUCLEON­NUCLEON POTENTIAL KANTHAL USE CHROMIUM ALLOYS 9 JAUNDICE USE DISEASES NICKEL AILUYS + LIVER KANTHAL­A ALUH1NUH ALLOYS ♦ PIGMENTS CHROMIUM ALLOYS 12 JAW USE BONES COBALT ALLOYS 61 JEEP USE RESEARCH REACTORS IRON ALLOYS 3 JEEP­2 USE RESEARCH REACTORS 33 KAOLINE USE CLAYS ­JEJUNUM USE INTESTINE 45 KAÜLIN1TE USE ALUHINUM SR RATES 1 JEMIMA USE CRITICAL ASSEHBLIES MINERALS 1 JEN USE RESEARCH REACTORS 6, 130 KAONS 39 JEN­1 USE RESEARCH REACTORS 713 KAUNS­HINUS USE KAUNS ­JENS­LOTTES CORRELATION USE JENS­LOTTES EQUATIONS 280 KAONS­NEUTRAL USE KAUNS JENS­LOTTES EQUATIONS USE HEAT TRANSFER 537 KAUNS­PLUS USE KAUNS ♦ NUCLEATE BOILING ­KAP1TZA BUUNUARY EFFtCT USL ΚΑΡΙΤ7Λ RESISTANCE 5 JENSEN SARCOMA USE CANCER KAP1TZA RESISTANCE USI HEAT TRANSFER ­JERSEY CENTRAL PUWER­L1GHT CU USE OYSTER CREEK LOW lEHPFKATUHf 1 JETR USE RESEARCH REACTORS SURFACES 78 JETS ­KAPL PROOF TEST REACTUR USE PTR­KAPL TTH­I 12 JEZEBEL USE CRITICAL ASSEHBLIES ­KAPL THERHAL TFST RLACIUK USE 15 JHTR USE RESEARCH REACTORS ¿i, KAPPA HES0N5 USE KAUNS USE MESONS JINING1TE USE CALCIUH UXIOES KAPPA RESONANCES ♦ IRON OX IDES t RESONANCE ♦ PHOSPHORUS OXIDES ­KAPUR­PEIERLS HETHOD USI. PEIEHL5 HETHOO ♦ THORIUH SILICATES 20 KARE­COOE USE PRUGRAHHING ♦ URANIUH HINERALS ­KARL­FISCHER HETHOD use KARL­FISCHER REAGENT ♦ URANIUH OXIDES KARL­FISCHER REAGENT USE T I THAT ION + VANADIUM OXIDES WATER JKRR USE RESEARCH REACTDRS ­KARL­FISCHER TITRATlUN us»e KARL­FISCHER REAGENT JHTR USE RESEARCH REACTORS ­KARLSRUHE ARGONAUT REACTUR USI ARGONAUT KARLSRUHE -JOB CURVE USC JOB HETHOD ­KARLSRUHE RESEARCH R. FR­2 USE FR­2 JOB METHOD USE CHEHICAL ANALYSIS ­KARLSRUHE SUBCRITICAL ASSEMBLY USE SCAK ♦ COMPLEXES 1 KARMAN NUMBER use FLUID FLOW JOHANNITE USE COPPER SULFATES KARMAN VORTEX STREET USE VORTEX FLOW ♦ URANIUH MINERALS KARYOCERITE USI MELANUCERITE f URANIUM SULFATES THUKlUM COMPOUNDS -JOHN ADAMS SUBHARINE USE SSW SERIES 10 KASOLITE US»E LEAD SR ICATES -JOHN CALHOUN SUBMARINE USE S5W SERIES URANIUH HINERALS -JOHN MARSHALL SUBMARINE USE S5W SERIES URANIUH SIL ICATES -JOINT ESTABLISHHENT EXP. PILE USE JEEP 6 KATHAROMETERS USI: GASES JOINTS MEASUREMENT JQMINY END-QUENCH TECHNIQUE USE QUENCHING THERMAL CONDUCTIVIIV JHTR ♦ THERMAL CYCLING ­KAWASAKI RESEARCH REACTOR US*E KBWP USE REACTORS KBWP­OHR­15 USE REACTORS 42

USE COMPUTERS ­KJtLDAHL ANALYSIS USE KJELDAHL HETHOD ♦ DIGITAL SYSTeMS 14 KJELUAHL METHOD USE AMHONIA -KE REACTOR HANFORD USE ΗΛΝ­ΚΕ *■ DETERMINATION KEILHAUITE USE KARF EAnTHS + NITROGEN + TITANITE ­KJELOAHL­PARNAS METHUO USE KJELDAHL METHOD KEL-F USE ORGANIC FLUORINE COMPOUNDS ­KJELLEK ZERO ENERGY EXP. USE NORA KELUIDS SEE FIBROSIS KKN USE REACTORS OR REGENERATION 3 KLEBSIELLA PNEUHONIAt USE BACTERIA OR SKIN 11 KLEIN­GORDON EQUATIUN USE ELEMENTARY PARTICLES UR TISSUES + MOTION -KÉHA SUBCRITICAL SUSPENSION USE SUSPOP * QUANTUM MECHANICS -KEHA SUSPENSION TEST R. USE KSTH + RELATIVITY THEORY KEHHER EQUATION USE ELEHENTARY PARTICLES 25 KLEIN­NISHINA FUrtHULA USE COHPTON EFFECT *■ QUANTUM MECHANICS + CROSS SECTIONS «­ RELATIVITY THEORY KLINO­SKLUOOWSKITE USE MAGNESIUM SILICATES -KtMHER THEORY USE KEMMER EQUATION ♦ URANIUM HINERALS -KEMMtR-DUFFIN EQUATIUN USE KEHHER EQUATION + URANIUH SILICATES KENTUCKY USE USA ­KLINOTSCHEFFKINITE USE KLINO­TSCHEFFKINITÉ KENYA USE AFRICA 162 KLYSTRUNS USE ELECTRON TUBES KER-CÜDE USE PROGRAHHING 95 KNIGHT SHIFT USE ELECTRONS KERATIN USE PROTEINS + FREQUENCY KERATITIS SEE CORNEA *■ HAGNETIC FIELDS OR OISEASES «■ NUCLEAR MAGNETIC RESONANCE OR RADIATION INJURIES ­KNIPP­BLOCH THEORY USE KNIPP­UHLENBECK THEORY OR SKIN ­KNIPP­UHLÉNBECK METHOD USE KNIPP­UHLEN8ECK THEORY KERNtLS USE INTEGRAL EQUATIONS KNIPP­UHLENBECK THEURY USE BETA DECAY -KERNKRAFT BADEN-WUERTT. OHR-15 USE KflWP­OMR­15 + BREHSSTRAHLUNG -KERNKRAFTWERK BAOEN-WUERTTEHB. USE K8WP KNK USE REACTORS -KERNKRAFTWERK LINGEN USE KWL ­KNK­CA USE CAG -KERNKRAFTWERK NIEOERAICHBALH USE KKN KNOCK-ON USE RECOILS -KERNKRAFTWERK UBRIGHEIM USE KHO -KNOCK-ON ELECTRONS USE COSMIC RAOIATION -KERNKRAFTWERK-RWE-BAYERNWEKK USE KRB + ELECTRONS KEROSENE USE HYDROCARBONS + KNOCK­ON KERR CELLS USE BEAHS -KNOCK-ON REACTIONS USE KNOCK­OUT REACTIONS + KERR EFFECT KNOCK-OUT REACTIONS USE KNOCK­ON ♦ LIGHT «■ NUCLEAR REACTIONS + MODULATION KNOLLS ATOMIC POWER LABORATORY USE NEW YORK 26 KERR EFFECT SEE ELECTRIC FIELDS + USAEC OR LIGHT KNOOP HARDNESS USE HARDNESS OR MAGNETS + MATERIALS TESTING OR POLARIZATION -KNOOP INDENTER USE KNOOP HARDNESS 15 KETQACIDS USE KETONES -KNOOP NUMBER USE KNOOP HARONESS + ORGANIC ACIDS -KNOOP-VICKERS HARONESS USE KNOOP HARDNESS 142 KETONES KNOPITE USE MINERALS 13 KETOSTEROIDS USE HORMONES * PEROVSKITE + STEROIOS * RARE EARTHS 974 KEV RANGE -KNUDSEN CELL TECHNIQUE USE KNUDSEN TECHNIQUE -KEV/C USE KEV RANGE -KNUOSEN CELLS USE KNUDSEN TECHNIQUE +■ MOHENTUH -KNUDSEN CONDITION USE KNUDSEN NUMBER 49 KEMB USE REACTORS 142 KNUDSEN EFFUSION USE DIFFUSION ­KHALATNIKOV COEFFICIENT USF KHALATNIKOV THEORY *■ GAS FLOW ­KHALATNIKOV SPECTRUM USE KHALATNIKOV THEORY -KNUDSEN EFFUSION CELLS USE KNUOSEN TECHNIQUE KHALATNIKOV THEORY USE HELIUH -KNUDSEN FLOW USE KNUOSEN EFFUSION ♦ SUPERFLUIDITY -KNUDSEN FORMULA USE KNUDSEN EFFUSION ♦ THERHOOYNAMICS -KNUDSEN GAS USE KNUDSEN EFFUSION ­KHALATNIKOV­ZHARKOV THEORY USE KHALATNIKOV THEORY 8 KNUDSEN NUMBER USE FLUID FLOW 3 KHIBINY USE USSR + VISCOSITY 2 KHURI REPRESENTATION USE MANDELSTAM REPRESENTATION -KNUDSEN REGION USE KNUDSEN NUMBER «- REGGE POLES KNUDSEN TECHNIQUE USE MEASUREMENT ­KHURI SERIES USE KHURI REPRESENTATION * METALS ­KICK SORTER USE PULSE ANALYZERS «■ PRESSURE 2,076 KIUNEYS ♦ VAPORS 1 KIESERITE USE MAGNESIUH SULFATES -KNUDSEN TYPE EFFUSION VESSEL USE KNUDSEN TECHNIQUE + MINERALS -KNUDSEN WEIGHT LOSS METHUO USE KNUDSEN TECHNIQUE ­KIHARA CORE USE KIHARA POTENTIAL KOCHELITE USE MINERALS KIHAKA POTENTIAL USE ATOMS * NIOBIUM OXIDES ♦ INTERACTIONS + RARE EARTHS t MOLECULES + THORIUM OXIDES ­KIHARA THEORY USE KIHARA POTENTIAL *■ ZIRCONIUM OXIDES KIKUCHI LINES USE CRYSTALS 16 KOEHLER-SEIT2 THEORY USE CRYSTALS + ELECTRONS * RADIATION EFFECTS *■ SCATTERING KOHN EFFECT USE FERMI LEVEL «■ SPECTRA ♦ LATTICES + SURFACES + METALS KINASES USE ENZYMES ♦ PHONONS ­KINEMATICS USE MECHANICS -KOHN PRINCIPLE USE KOHN EFFECT ♦ MOTION -KOHN THEORY USE KOHN EFFECT 79 KINETIC ENERGY USE ENERGY -KOMPAKT.NA-GEKUEHLT.KERNKRAFTW USE KNK «- MOTION KONEL USE COBALT ALLOYS ­KINETIC EXP. ON WATER BOILER USE KEWB * IRON ALLOYS ­KINETICS SEE FLUID FLOW + NICKEL ALLOYS OR GAS FLOW *­ TITANIUM ALLOYS OR LIQUID FLOW -KONOPINSKI-HAHHOUD HYPOTHESIS USE KONOPINSKI­MAHMOUD MODEL OR MECHANICS 3 KONOPINSKI-MAHMOUO MODEL USE LEPTONS OR REACTION KINETICS + WEAK INTERACTIONS DR REACTIVITY -KONOPINSKI-MAHMOUD THEURY USE KONOPINSKI­MAHMOUD MODEL KINETICS­CODE USE PROGRAMMING KOPP-NEUMANN RULE USE MOLAR HEAT ­KING CRAB USE CRUSTACEANS + SOLIOS KING FURNACE USE FURNACES KOPP I TE USE PYROCHLORE + SPECTROSCOPY 20 .KOREA USE ASIA ­KING VACUUM FURNACE USE KING FURNACE -KOREAN TRIGA MARK II R. USE TRIGA SERIES KINK INSTABILITY USE PINCH -KOSSEL LINES USE KOSSEL HETHOO + PLASMA KOSSEL METHOD USE DIFFRACTION + STABILITY + FLUORESCENCE ­KINKI­UTR USE UTR­KINKI * LATTICES KIRCHHOF RAOIATION LAW USE ABSORPTION + X RAOIATION ♦ EMISSION -KOSSEL PATTERNS USE KOSSEL HETHOD + TEMPERATURE -KOSSEL-VAN BERGEN METHOD USE KOSSEL METHOD ♦ THERMAL RAOIATION KOVAR USE COBALT ALLOYS 27 KIRKENDALL EFFECT SEE DIFFUSION ·■ IRON ALLOYS ­KIRKWOUD APPROXIMATION USE KIRKWOOD METHOD + NICKEL ALLOYS 5 KIRKWOUD METHOD USE LIQUIDS KPARAM-CODE USE PROGRAMMING ♦ MOLECULES -KRAFT PAPER USE DIELECTRICS ­KIRKWOOD­BAUER­MAGAT THEURY USE KIRKWOOD HETHOD ♦ PAPER ­KIRKWOOD­SALSBURG EQUATION USE KIRKWOOD METHOD KRAHER EFFECT USE ELECTRONS ­KISSLINGER­SORENSEN NOTATION USE KISSLINGER­SORENSEN THEORY ♦ EMISSION ­KISSLINGER­SORENSEN PARAMETERS USE KISSLINGER­SORENSEN THEORY ♦ METALS KISSLINGER­SORENSEN THEURY USE BELYAEV THEORY ♦ SURFACES + VIBRATIONAL STATE -KRAMERS DEGENERACY USE KRAMERS THEOREM 1 KISTI'KOWSKI­WRSON EQUATIUN USE EXPLOSIVES -KRAMERS DOUBLET USE KRAMERS THEOREM *■ PRESSURE -KRAMERS EQUATION USE KRAMERS THEOREM + VELOCITY -KRAMERS RESONANCE USE KRAMERS THEOREM ­KIVA I COHET LASL USE COHET KRAMERS THEOREH USE ELECTRONS ­KIVA II CAVITY LASL USE CAVITY ♦ ENERGY LEVELS 26 Kiwl­A USE REACTORS *■ QUANTUM HECHANICS 11 KIWI­Α PRIHE USE REACTORS -KRAMERS THEORY USE KRAMERS THEOREM 11 KIWI­A3 USE REACTORS KRB USE REACTORS 32 KIWI­B SERIES USE REACTORS -KREBS ASCITES USE KREBS CYCLE 10 KIWI­82A USE REACTORS -KREBS BUFFER USE KREBS CYCLE ­KIWI­TNT USE KTNTR KREBS CYCLE USE LIVER ­KIWI­TRANSIENT NUCLEAR TEST USE KTNTR * HETABOLISM 43

-KREBS FLASK USE KREBS CYCLE 134 L­S COUPLING USE ANGULAR MOMENTUM -KREBS SOLUTION USE KREBS CYCLE INTERACT IONS -KREBS-HENSELEIT BUFFER USE KREBS CYCLE t ORBITS -KREBS-RINGER SOLUTION USE KREBS CYCLE SHELL MODELS -KRIEGER-NELKIN APPROXIHATION USE KRIEGER-NELKIN THEORY * SPIN -KRIEGER-NELKIN CURVE USE KRIEGER-NELKIN THEORY ­L­3 US»E LI WÖ -KRIEGER-NELKIN HETHOD USE KRIEGER-NELKIN THEORY L­47 USL RESEARCH REACTORS KRIEGER-NELKIN THEORY USE MOLECULES ­L­54 BERLIN USE BER ♦ SCATTERING ­L­54 DENHARK USE DR­1 ♦ THERMAL NEUTRONS ­L­54 FRANKFURT USE FRF KRITO USE CRITICAL ASSEMBLIES ­L­54 JAPAN USE JRR­1 KROLL PROCES USE CHLORINATIDN ­L­54 HILAN USF CESNEF KROLL PROCESS USE REDUCTION 3 L­54 WALTER REED USI RESEARCH REACTORS -KROLL SPONGE USE KROLL PROCESS 1 L­77 USI RESEARCH REACTORS KROLL-RUDERHANN THEOREH USE CHARGED PARTICLES L­77 NEVADA USL RESEARCH REACTORS ♦ FIELD THEORY ­L­77 PUERTO RICO USF PRNC­l ♦ GAUGE INVARIANCE ­L­77 WYOHING USE UWHR » PHOTOPRODUCTION ­LA CROSSE BOILING WATER R. USE LACBWR ♦ S-MATRIX LABEL­CODE USE PROGRAMM[Nu -KRONIG-PENNEY LATTICES USE KRONIG-PENNEY MODEL 7,206 LABELLED CDHPOONOS KRONIG-PENNEY MOOEL USE ELECTRONS 9,459 LABORATORY EQUIPHENT ♦ INTERACTIONS ­LABORATORY REACTOR PROT. L­47 USL L­47 «■ LATTICES 1 LABRADORITE USE ALOMINUM SILICATES *■ HETALS ♦ CALCIUM SR ICATES + QUANTUH HECHANICS ♦ FELDSPARS ­KRONIG­PENNEY PROBLEH USE KRUNIG-PENNEY HODEL SODIOH SILICATES ­KRR USE JKRR 9 LABYRINTH US*E EARS 6 KRUSKAL LIMIT USE CURRENTS NERVOUS SYSTEM ♦ STELLARATÛRS 13 LACBWR US*E REACTORS 114 KRYPTON 5 LACQUERS SEE COAT ING KRYPTON BORIDES DR RESINS KRYPTON BROMIDES ­LACROSSE BWR USE LACBWR KRYPTON CARBIDES 7 LACTAHS SEE AMIDES KRYPTON CARBONATES 21 LACTATION USE MAMMARY GLANDS KRYPTON CHLORIDES MILK KRYPTON COMPLEXES 263 LACTIC ACID US»I ORGANIC ACIDS 30 KRYPTON COMPOUNDS 26 LACTOBACILLUS USf BACTERI A 29 KRYPTON FLUORIDES ­LACTÍ1FLAV1N U J E VITAMIN B­2 1 KRYPTON HYDRIDES 59 LACTONES USE ESTERS KRYPTON HYDROXIDES 49 LACTOSE USt SUGARS KRYPTON IODIOES LAUWPR USE REACTORS 65 KRYPTON ISOTOPES ­LADY GUDIVA USE GUD I VA­1 KRYPTON NITRATES ­LAFR USE CLEMENTINE KRYPTON NITRIDES 6 LAGO HAGGIORE USI­ ITALY 10 KRYPTON OXIDES LAKtS KRYPTON PHOSPHATES 16 LAGRANGE EQUATIONS USI DIFFERENTIAL EQUATIONS KRYPTON SILICATES MUT ION KRYPTON SULFATES VAH I ATIUNS KRYPTON SULFIDES ­LAGRANGE FIELD EQUATIUNS USI LAGHANGE EQUATIUNS 1 KRYPTON 70 ­LAGRANGE FORMALISM usi: LAGRANGE EQUATIONS KRYPTON 71 ­LAGRANG1AN USI LAGRANGIAN fUNCI ION KRYPTON 72 46 LAbRANGIAN FUNCTION USE DIFFERENTIAL EQUA I IUNS KRYPTON 73 ♦ MECHANICS 2 KRYPTON 74 2i LAGUeRRE POLYNOMIALS USI DIFFERENTIAL EQUATIONS 1 KRYPTON 75 HYPERGEUMETRIC FUNCT IUN,' 3 KRYPTON 76 MAIHEHATICS 3 KRYPTON 77 POLYNOMIALS 15 KRYPTON 7B 57 LAKES US•E HYDROLOGY 37 KRYPTON 79 84 LAMB SHIFT USI ENERGY LEVELS 25 KRYPTON 80 HYDROGEN 2 KRYPTON 81 SPECTRAL SHIFT 32 KRYPTON Θ2 8 LAMB THeORY USI CRYSTALS 43 KRYPTON B3 NEUTRONS 41 KRYPTON 84 RESONANCE 447 KRYPTON 85 19 LAMB WAVeS USE PLATFS 55 KRYPTON 86 UL IHASONICS 33 KRYPTON B7 » VIBRAI IONS 44 KRYPTON 86 ­LAHB­REIHEKFURU SHIFT USI IAMB SHIFT 24 KRYPTON 89 91 LAMBDA NEUTRAL USE LAMBOA PART ICL E S 15 KRYPTON 90 1,673 LAMBDA PARTICLES 10 KRYPTON 91 82 LAMBDA POINT SI 1 ALLOTROPY 7 KRYPTON 92 OR CHYOGENICS 6 KRYPTON 93 OR HELIUM 4 3 KRYPTON 94 OR SPECIFIC HEAT 3 KRYPTON 95 OR TRANSI ENT S KRYPTON 96 7 LAMBERT LAW USt ANGULAR DISTR IBUTION 2 KRYPTON 97 EMISSION ­KS­150 USE HWGCR ♦ RADIATIUNS 13 KSTR USE REACTORS 14 LAMBS USI AGE KTNTR USE RESEARCH REACTORS AN I H AL S 2 KUBO FORHULA USE ELECTRONS 1 LAHINAC US*I POLYESTERS ♦ INTERACTIONS 74 LAMINAR FLOW SI E TURBULENCE ♦ METALS 1 LAMINARIA USI ALGAE ♦ PHONONS LAMPF ACCELERATOR USE ACCELERATORS ♦ TRANSPORT THEORY 52 LAHPRE­l USI REACTORS -KUBO METHOD USE KUBO FORMULA ­LAHPRE­2 USI FRCTF -KUBO THEORY USE KUBO FORMULA 14 LAMPS SEE INFHAREU RADIATION -KUCZINSK1 EQUATION 05E KUCZ INSKI THEORY IÌK L IGHT -KUCZINSKI MODEL USE KUCZINSKI THEORY OR OLTRAVIOLtT RADIATION KUCZINSKI THEORY USE METALS 1 LANCZOS METHOD USE MATRICES ♦ SELF-DIFFUSION ­LANDAO ABSORPTION USL LANDAU DAMPING ♦ SINTERING 106 LANDAU DAMPING USI. BOLTZMANN­VLASOV EQUATION KUKLA USE CRITICAL ASSEMBLIES t ELECTRONS KUNZITE USE SPOOUMENE OSCILLAT IONS KUPFFER CELLS USE CYTOLOGY t PLASHA «- LIVER LANDAU DIAHAGNETISH USE DIAHAGNET1SH «- RETICULOENDOTHELIAL SYSTEM ELECTRON GAS -KURIE PLOT USE FERMI PLOT * HETALS KURIE-CODE USE PROGRAHMING * QOANTUH HECHANICS 1 KUTNAHORITE USE CARBONATES ­LANDAU DISTRIBUTION US»L LANDAU FLUCTUATIONS ♦ MINERALS LANDAU FLUCTUATIONS USE CHARGED PARTICLES -KUVTSCHATOW USE BELOYARSK t ENERGY LOSSES -KW REACTOR HANFORD USE HAN-KW LANDAU LIQUID HELIUM THEORY USE HELIUM 1 KWL USE REACTORS ♦ LIQUIDS KWO USE REACTORS ♦ PHONUNS 4 KYMOGRAPHY SEE DIAGNOSIS QUANTUM HECHANICS OR RADIOGRAPHY * QUASI PARTICLES 7 KYNURENIC ACIO USE HETEROCYCLICS ♦ ROTATION ♦ ORGANIC ACIDS 2 LANDE FACTOR USE ATOHS ♦ ORGANIC NITROGEN COMPOUNDS ENERGY LEVELS 13 KYNUREN1NE USE AMINO ACIDS * HAGNETIC FIELDS -KYOTO UNIV. RESEARCH REACTOR USE JKRR * ZEEHAN EFFECT -KYROPOULOS CRYSTAL GROWER USE KYROPOULOS METHOD ­LANDE G­FACTOR US*E LANDE FACTOR KYROPOULOS HETHOO USE MONOCRYSTALS ­LANDE INTERVAL FACTOR USE LANDE FACTOR ♦ PRODUCT ION ­LANDE SPLITTING FACTOR USE LANDE FACTOR -KYROPOULOS PRINCIPLE USE KYROPOULOS HETHOD LANE­THOMAS­WIGNER HODEL USE NUCLEAR HODELS 26 L CELLS USE ANIMAL CELLS ♦ NUCLEAR REACTIONS -L REACTOR SAVANNAH RIVER USE SAV-L 1 LANGBEINITE USE HAGNESIUH SULFATES 6 , L-CAPTURE USE CAPTURE ♦ HINERALS + ELECTRONS ♦ POTASSIUM SULFATES 44

4 LANÜbVIN EQUATION USE DIPOLES -LAUE REFLECTIUN TECHNIQUE USE LAUE DIAGRAMS ♦ HÄGNET ISM -LAUE-BRAGG SCATTERING USE BRAGG REFLECTION ♦ POLARIZATION -LAUE-BRAGG THEORY USE BRAGG REFLECTION -LANGEVIN FORHULA USE LANGEVIN EQUATION 16 LAUNCHING SEE ROCKETS -LANGEVIN FUNCTION USE LANGEVIN EQUATION 45 LAURIC ACIO USE ORGANIC ACIDS LANGEVIN THEORY USE OIAMAGNETISM LAURITSEN ELECTROSCUPE USE ELECTROMETERS LANGHUIR FREQUENCY USE ELECTRONS * RAOIATION OETECTORS ♦ FREQUENCY β LAURYL RADICALS USE ALKYL RAOICALS «■ OSCILLATIONS 22 LAVA USE IGNEOUS ROCKS » PLASHA 67 LAVES PHASES USE INTERMETALLIC COMPOUNDS 16 LANGHUIR ISOTHERH USE ADSORPTION -LAWRENCt RAD. LAB. CRII. EXP. USE HOT BOX + EQUATIUNS 13 LAWRENC1UH ♦ GASES LAWRENCIUM BORIDES ♦ LAYERS LAWRENCIUM BROHIOES ♦ PRESSURE LAWRENCIUM CARBIDES 158 LANGHUIR PROBE USE ELECTRIC CHARGES LAWRENCIUM CARBONATES ♦ ELECTRON TEMPERATURE LAWRENCIUM CHLORIDES ♦ PLASMA DIAGNOSTICS LAWRENCIUM COMPLEXES 3 LANOLIN USE CHOLESTEROL 2 LAWRENCIUM COMPOUNDS ♦ ETHERS LAWRENCIUM FLUORIDES -LANTHANIOES USE RARE EARTHS LAWRtNCIUM HYDRIDES .109 LANTHANUM LAWRENCIUM HYDROXIOES 282 LANTHANUM ALLOYS LAWRENCIUM IODIDES 1 LAWRENCIUM ISOTOPES 59 LANTHANUM BORIDES LAWRENCIUM NITRATES 27 LANTHANUM BROMIDES LAWRENCIUM NITRIDES 33 LANTHANUM CARBIDES 16 LANTHANUH CARBONATES 1 LAWRENCIUM OXIOES 209 LANTHANUM CHLORIDES LAWRENCIUM PHOSPHATES 148 LANTHANUH COMPLEXES LAWRENCIUM SILICATES 393 LANTHANUM COMPOUNDS LAWRENCIUM SULFATES 202 LANTHANUM FLUORIDES LAWRENCIUM SULFIDES 40 LANTHANUM HYDRIDES 2 LAWRENCIUM 257 49 LANTHANUH HYOROXIOES -LAWS SEE EQUATIONS 15 LANTHANUH IODIDES OR LEGAL ASPECTS 24 LANTHANUH ISOTOPES LAX THEOREM USE SHOCK WAVES 141 LANTHANUM NITRATES -LAX- JENDROFF METHOD USE LAX THEOREM 16 LANTHANUM NITRIDES 5,779 LAYERS 404 LANTHANUM OXIDES 2 LBBR USE REACTORS 20 LANTHANUM PHOSPHATES -LBR USE A2W 59 LANTHANUM SILICATES -LCAO CALCULATIONS USE LCAO METHOD 63 LANTHANUM SULFATES LCAO METHOD USE BINDING ENERGY 37 LANTHANUM SULFIDES ♦ MOLECULES 2 LANTHANUM 126 -LCAO MO CALCULATIONS USE LCAO METHOD 1 LANTHANUH 127 -LCAO SCF TREATMENT USE LCAO METHOD 2 LANTHANUM 128 -LCAO THEORY USE LCAO HETHOO 1 LANTHANUH 129 11 LCRE USE REACTORS 1 LANTHANUH 130 LEA FORMULA USE STATISTICS 9 LANTHANUH 131 2,ISO LEACHING 7 LANTHANUH 132 5.4B9 LEAD 5 LANTHANUM 133 648 LEAD ALLOYS 9 LANTHANUM 134 LEAD BORIDES 13 LANTHANUM 135 36 LEAD BROMIDES 7 LANTHANUH 136 3 LEAD CARBIOES 17 LANTHANUM 137 16 LEAO CARBONATES 23 LANTHANUH 138 157 LEAD CHLORIDES 84 LANTHANUM 139 43 LEAO COMPLEXES 371 LANTHANUH 140 471 LEAD COMPOUNDS 14 LANTHANUM 141 66 LEAD FLUORIDES 10 LANTHANUM 142 3 LEAD HYDRIDES 3 LANTHANUM 143 2 LEAD HYDROXIOES LANTHANUM 144 39 LEAO IODIDES 79 LAPLACE EQUATIONS USE DIFFERENTIAL EQUATIONS 239 LEAD ISOTOPES 140 LAPLACE TRANSFORM USE DIFFERENTIAL EQUATIONS LEAD METHOD USE AGE ESTIMATION 36 LAPLACIAN SEE BUCKLING 55 LEAD NITRATES -LAPOINTE ORE SORTER USE LAPOINTE PICKER 14 LEAD NITRIDES LAP01NTE PICKER USE RADIOACTIVE MINERALS 358 LEAD OXIDES ♦ SEPARATION PROCESSES 27 LEAO PHOSPHATES -LAPOINTE PICKER BELT USE LAPOINTE PICKER 31 LEAO SILICATES -LAPR USE CLEMENTINE 75 LEAD SULFATES LAPRE-1 USE REACTORS 258 LEAO SULFIDES LAPRE-2 USE REACTORS 1 LEAD 194 LARDERELLO USE REACTORS 1 LEAD 195 -LARGE SEED-BLANKET PWR USE SHIPPINGPORT-LSB 3 LEAD 196 -LARGE SHIP REACTUR PROTOTYPE USE A1W 3 LEAD 197 -LARGE STEAH GEN. HEAVY MATER USE SGHWT-500 6 LEAO 198 -LARMOR ELECTRONS USE LARHOR RADIUS 5 LEAD 199 -LARMOR FREQUENCY USE LARMOR PRECESSION 10 LEAD 200 -LARMOR NUCLEAR PRECESSION USE LARMOR PRECESSION 7 LEAO 201 LARMOR PRECESSION USE INTERACTIONS 19 LEAO 202 ♦ MAGNETIC FIELDS 33 LEAD 203 ♦ MAGNETIC MOMENTS 115 LEAD 204 ♦ PRECESSION 45 LEAO 205 114 LARMOR RADIUS USE CHARGED PARTICLES 255 LEAD 206 » MAGNETIC FIELDS 2 62 LEAO 207 ♦ MOTION 356 LEAO 208 LARSON-MILLER PARAMETER USE CREEP 40 LEAO 209 » RUPTURE 353 LEAD 210 ♦ TEMPERATURE 24 LEAD 211 149 LARVAE SEE INSECTS 194 LEAD 212 84 LARYNX USE TISSUES 1 LEAD 213 1 LASER-CODE USE PROGRAMMING 82 LEAD 214 511 LASERS LEAO 216 -LASL KIVA I COMET USE COMET 129 LEADING ABSTRACT -LASL KIVA II CAVITY USE CAVITY 517 LEAK OETECTORS -LASL KIVA II FLATTOP USE FLATTOP 140 LEAKAGE SEE ABSORPTION -LASL KIVA II HYORO USE HYDRO OR LEAKS -LASL KIVA III CRITICAL EXP. USE EC OR NEUTRON FLUX -LASL KIVA III RESEARCH R. USE SUPER COHET 2.429 LEAKS LASL-CF USE CRITICAL ASSEHBLIES 19 LEARNING USE BEHAVIOR 81 LATERAL DISTRIBUTION USE DISTRIBUTION ♦ NERVOUS SYSTEM 3 LATERITES USE SOILS -LEAST QUADRADITCS USE LEAST SQUARE FIT 27 LATEX USE EMULSIONS LEAST SQUARE FIT USE MATHEMATICS

«■ RUBBER -LEAST SQUARE METHOD USE LEAST SQUARE FIT LATINA REACTOR USE REACTORS 305 LEAST SQUARES USE HATHEHATICS 2 LATHES USE IGNEOUS ROCKS IS LEATHER SEE SKIN *■ VOLCAN I CS 224 LEAVES USE PLANTS 195 LATITUDE EFFECT USE EARTH -LEBESGUE INTEGRAL USE LEBESGUE MEASURE ZONES LEBESGUE HEASURE USE INTEGRALS LATTICE VIBRATIONS US*E LATTICES LECITHINS USE ESTERS ♦ OSCILLATIONS ♦ LIPIDS LATTICES ♦ ORGANIC PHOSPHORUS COHPOUNOS LAUE DIAGRAHS USE DIFFRACTION 474 LECTURES ♦ HONOCRYSTALS 114 LEE MOOEL USE PARTICLE MODELS » X RADIATION 29 LEE-YANG THEORY USE BETA OECAY -LAUE DIFFRACTION SEE BRAGG REFLECTION » PARITY OR LAUE OIAGRAMS ♦ WEAK INTERACTIONS -LAUE METHOD USE LAUE DIAGRAMS 126 LEGAL ASPECTS SEE INSURANCE -LAUE PATTERNS USE LAUE DIAGRAMS OR RADIATION PROTECTION -LAUE PHOTOGRAPHS USE LAUE OIAGRAMS OR SAFETY -LAUE REFLECTION SEE BRAGG REFLECTION 1 LEGAL-CODE USE PROGRAMMING OR LAUE DIAGRAHS LEGCOEF-CODE USE PROGRAMMING 45

LEGENURE FUNCTIUNS use MATHEMATICS LICHENS USE AL UAL ­LEGENURE POLYNOMIALS USE LfGENDRE FUNCTI3NS ♦ UJNL-I LEGENORE­COOE USE PROGRAMMING L RHTENBERG METAL USF. BISMUTH ALLOYS LEGS SEE BODY ♦ LIAD ALI HYS »R TISSUES ♦ I IN Al LilYS ­LEHMANN REPRESENTATION USE LEHMANN­KAELLEN REPRESENTATION -LIU TANK SHIELDING FACILITY USt I ï SI ­LEHMANN­KAELLEN EXPANalJN USE LEHMANN­KAtLLEN RtPRESENTA T 1JN LIJU USE RFStAHLH KEACIUHS LEHMANN­KAELLEN REPRESENTATluN USE EXPECTATION VALUE LIE ORUUPS SEE DlI I ER INTIAL EQUATIUNS QUANTUM FIELD THEURY UM MAIRILES *+ RELATIVITY THEORY LRBIG CUMbUSTIUN USF CONBUSlIUN ­LEHHANN­KAELLEN THEURY USE LEHMANN­KAELLEN REPRESENTATION ♦ ORGANIC COMPOUNDS ­LEHMANN­SYMANZIK­ZIMMcKHANN ME USE LSZ THEURY « UX IDAT[UN 6 LEMONS USE FRUIT 1 LIEBIGITE USE LAL C I LIM CARBUNAIES ­LEHONT AGN­201 REACTUR USE AGN SERIFS ♦ URANIUM CAKUilNATES 2 LENARO THEORY USt GASES ♦ URANIUM MINEKALS f REACTION KINETICS LIEBMANN ITERATION HEIHÜU USL ITÉKATI VE Ht THQOS 29 LENIN USE REACTnRS ♦ POISSON EQUATIONS SHIPS ­LIFilHANN METHOD USfc LIFBMANN ITERATION METHOD 73 LENNARD­JONES POTENTIAL US»E ATOMS ­LIEBMANN PROCESS USE Ut «HA NN ITERATION METHOD f INTERACTIONS LlENARD­WieCHER! POTtNTIAL USt ELECTSR CHARGES MOLECULES ♦ ELECTRUMAGNETIC FIELDS LENNARO­JONES THEORY US*E LATTICES ♦ MOI ION ♦ LIQUIDS 113 LIFE SPAN SEE AGt + MELTING DR L II ET IMI- ­LENNARD­JONES­DEVONSHIRE THEJR USE LENNARO­JONES THEORY 5 936 LIFETIME LENSES 63 LIGANDS USE CuMPLtXES LEOPARD­CODE USE PRUGRAMMING 6 923 LIGHT LEPIOOLITE USE LITHIUM COMPUUNDS ­LIGHT WATER CRITICAL ASSEMBLY USt LWCA * MICA LIGHT­CODE USE PRUGRAMMING * MINERALS 23 LIGNIN SEE WOOD LEPIDOMELANE USE MICA 74 LIGNIIE USE COAL LEPTON NUMBER USE QUANTUH HECHANICS 4 LIKELIHOOD RAT1C MEIHUU USÉ PROBABILIIY LEPTONS 14 L 1 LI UM USE PLANTS LERKONTOVITE USE CALCIUH PHOSPHATES 13 L IMÖS USE BODY «■ RAKE EARTHS fi 4 LIME USt CALCIUM UXIDES + URANIUH HINERALS 147 LIMESTONE USE CALCIUM CARBONATES + URANIUH PHOSPHATES ♦ ROCKS 1 LESSERITE USE BORON OXIDES LIMIT­COOe USE PROGRAMMING * HAGNESIUH OXIDES 5 LIMNOLOGY SEE BlULUbY ♦ MINERALS UR ENVlRONMENI LESSINGITE USE BECKELITE UR HYORULUGY + ERBIUM OXIDES 44 LIMONI TE USE I RUN HYDRUXIDES *■ YTTRIUM OXIDES ♦ MINERALS USE ENERGY LOSSES LINE BHOAOENING SEE SPECTRAL SHIFT f RADIATIONS LINEAR ACCELERATORS 3 062 LETHAL DOSE -LINEAR ENERGY TRANSFER USE LET 10 LETHAL GENES SEE GENES -LINGEN REACTOR USE KWL OR GENETICS LI NK-CODE USL PROGHAHHING OR MUTATIONS LlNULEIC ACID USE UKGANIC ALIUS 6 LETHALITY SEE LETHAL DOSE LINULENIC ACID USE ORGANIC ACIDS OR TOXICITY LINSEED OIL USE ORS ­LETHALS SEE GENETICS LIOUVILLE THEOREM USE MECHAN RS ÜR LETHAL GENES ♦ STAT IST t CS OR MUTATIONS -LIOUVRLE-NEUMANN SERIES USt NtUMANN SIRILS 14 LETHARGY SEE BEHAVIOR LIPASES USE ENZYMES OR DISEASES ♦ ESTERASES OR SLOWDOWN ♦ L [PIDS 15 LETTUCE SEE PLANTS LIPIDS DR VEGETABLES LIPOPULYSACCHARIDES use LIPIDS 156 LEUCINE USE AMINO ACIDS PGLYSACCHAHIULS 2 067 LEUCOCYTES LIPOPROTEINS US•f L[PIDS 4 LEUCONOSTOC OSE BACTERIA PHOT E INS LEUCOXENE USE MINERALS LIPOWITZ METAL us*e BISMUTH ALLOYS * TITANIUM OXIDES CAUHIUM ALLOYS 1 227 LEUKEH1A *♦ LEAD ALLOYS 7 LEUKOGEN USE DRUGS TIN ALLOYS 9 LEUKOPENIA USE ABUNDANCE ­L1P0XI DASES US•I ENZYMES ♦ LEUCOCYTES LI PIUS ♦ VARIATIONS *t OX IUASES -LEVEL SCHEMES USE OIAGRAMS LIPPMAN­SCHWINGER EQUAIIUN USI DlFFEHtNI IAL LUUA1 IUNS »■ ENERGY LEVELS INTEGRALS 53 LEVEL WIDTHS USE ENERGY LEVELS • QUANTUM MECHANICS ♦ LIFETIME t. SCATTER ING 6,097 LEVELS 12 LIPS SI I TISSUES -LEVINGER METHOD USE LEVINGER­BETHE THEORY 1,205 LIQUEFYING -LÊVINGER-BETHE FORMULA USE LEVINGER­BETHE THEORY 4 LIQUID CLUSTERS USE Liguios LEVINGER-BETHE THEORY USE NUCLEI * MOLECULES NUCLEONS 18b LIQUID DROP MODEL USE NUCLEAR HODELS PHÛTUPRUDUCTION 2,438 LlUUlD FLOW 33 LEVINSON THEOREM BOUND SIATE ­LIQUID FLUIDIZED Bl D CHIT. F. OSE LFBR­CX PHASE SHIFT ­LIQUID FLUIDIZED BED KEALIUH USE LFBR QUANTUM MECHANICS 1,843 LIQUID METAL COOLANT LEVINSON-BANERJEE THEORY BORN APPROXIMATION 451 LIQUID METAL FUEL INELASTIC SCATTERING ­LIQUID Ml Τ Λl FUEL R. EXP. 1 USE LHFHE­1 NUCLEI ­LlyuID MfcTAL FUEL REACTUR USE LMFR NUCLEONS 3,444 LIQUID HETALS -LEVINSON-JAUCH THEOREM USE LEVINSON THEOREM 1 1 ,'1'i I LIQUIDS LEVITRON OEVICE USE PINCH -L1SBUN POOL REACIOR USE JEN THERMONUCLEAR DÉVICES LISSAJOUS FIGURES USE OSCILLAT IONS -LEVY POTENTIAL USE LEVY­KLEIN POTENTIAL L1THARGE USE LEAD OX IDES -LEVY-KLEIN METHOD USE LEVY­KLEIN POTENTIAL ,509 LITMIUH LEVY-KLEIN POTENTIAL USE FIELD THEORY 2 70 LITHlUM ALLOYS NUCLEON­NUCLEON POTENTIAL LITHIUM BORIDES QUANTUM HECHANICS LITHIUM BROMIDES TAHH­ÜANCOFF HETHOO LITHIUM CARBIDES -LEVY-KLEIN SOLUTION USE LEVY­KLEIN POTENTIAL 103 LITHIUM CARBONATES LEWIS ACIOS USE BINDING ENERGY 694 LITHIUM CHLUKlOeS ELECTRON PAIRS 20 LITHIUM COMPLexES 15 LEWIS BASES BINDING ENERGY 652 LITHlUH COHPOUNDS ELECTRON PAIRS -LITHIUH COOLED REACTUR EXP. -LEWIS EFFECT USE LEWIS PEAK 1,178 LITHIUM FLUORIDES LEWIS NUMBER USE DIFFUSION 437 LITHIUM HYDRIDES HEAT TRANSFER 178 LITHIUM HYDROXIDES LEWIS PEAK GAHHA RADIAT [ON 136 LITHIUM IODIDES NUCLEAR REACTIONS 147 LITHIUM ISOTOPES PROTON BEAHS 184 LITHIUM NITRATES SPECTRA 20 LITHIUM NITRIDES LFBR USE REACTORS 240 LITHIUM OXIDES LFBR-CX USE CRITICAL ASSEHBLIES 42 LITHIUM PHOSPHATES LFR USE RESEARCH REACTORS LITHIUH SILICATES LGHCE USE CRITICAL ASSEHBLÍES LITHIUH SULFATES LH USE GONADOTROPINS LITHIUH SULFIDES HORMONES LITHIUM 4 LIANA-CODE USE PRUGRAHHING LITHIUM 5 -LIAPOUNOV FUNCTION USfc LIAPOUNOV HETHOO 1 ,276 LITHIUM 6 LIAPOUNOV METHOD USE DIFFERENTIAL EQUATIUNS 1 ,464 LITHIUM 7 ♦ STAoILITY 2 36 LITHIUM 8 -LIAPOUNOV STABILITY THEOREM USE LIAPUUNUV THEOREM LI THlUM 9 LIAPOUNOV THEOREM US£ DIFFERENTIAL EQUATIONS LIT« USE RESEARCH REACTURS STABILITY AFRICA 46

8 LITTER SIZE SEE EMBRYOS 1 LOVOZERITE USE MINERALS OR GENETICS «■ RARE EARTHS OR PREGNANCY 1 LOVOZERO USE USSR OR REPRODUCTION 44 LOW EQUATION USE SCATTERING 6 LITTLE EVA USE CRITICAL ASSEMBLIES * STRONG INTERACTIONS 71 LIVER -LOW FLUX REACTUR USE LFR -LIVERHORE GRAPHITE MOD. CR. EX USE LGMCË -LOW INTENSITY TEST REACTOR USE LITR -LIVERHORE POOL-TYPE REACTOR USE LPTR 17 LOW LEVEL COUNTERS USE COUNTERS -LIVERHORE REACTOR USE LIWB -LOW POWER TEST CRITICAL EXP. USE CET -LIVERHORE WATER BOILER USE LIWB -LOW POWER TEST FACILITY USE LPTF -LIVORNO REACTOR USE RTS-1 -LOW PUWER TEST HOT CRIT. EXP. USE HGTCE 5 LIWB USE RESEARCH REACTORS -LOW POWER WATER BOILER USE LOPO 16 LIZARDS USE ANIHALS ,171 LOw TEHPERATURE -LLO FACTOR USE VITAHIN B-12 -LOW-ALLOY STEELS USE CARBON STEELS LHFC-CODE USE PRUGRAHHING -LOWELL TECHNOL. INST. R. USE LTIR 95 LHFR USE RESEARCH REACTORS 1 LP-1 USE REACTORS 1 LHFRE-1 USE REACTORS LPPC-CODE USE PROGRAHHING 2 LOADED NUCLEAR EMULSIUNS USE NUCLEAR EHULSIONS 12 LPR USE RESEARCH REACTORS ♦ TRACE AHOUNTS LPR-1 USE REACTORS 40 LOADING LPTF USE CRITICAL ASSEHBLIES 3 LOAM USE CLAYS -LPTF CELL 1 USE HOTCE 13 LOBACHEVSKY GEOMETRY USE GEOHETRY -LPTF CELL 2 USE CET * HATHÉMATICS 20 LPTK USE RESEARCH REACTORS -LOBACHEVSKY PLANE USE LOBACHEVSKY GEOMETRY LRSPC-CODE USE PROGRAHHING -LOBACHEVSKY SPACE USE LOBACHEVSKY GEOMETRY LRX USE CRITICAL ASSEHBLIES -LOBACHEVSKY-BOLYAI GEUHETRY USE LOBACHEVSKY GEOMETRY -LSbR USE SGR -LOBSTERS USE CRUSTACEANS -LSR USE A1W -LOCATION SEE DETECTION LSSC-CODE USE PROGRAHHING OR ENVIRONMENT LSZ THEORY USE QUANTUM FIELD THEORY OR ZJNES LTFR-CODE USE PROGRAMMING SEE CHROMATIDS 5 LTH USE GONADOTROPINS OR CHROMOSOMES + HORMONES OR GENETICS LTIR USE RESEARCH REACTORS OR MUTATIONS 28 LTSF USE REACTORS LOCK-CODE USE PROGRAMMING 156 LUBRICANTS SEE GRAPHITE LOCKHART-HARTINELLI PARAHETER USE HEAT TRANSFER CR LUBRICATION -LOCKHEED CRIT. EXP. R. FACIL. USE CERF DR OILS -LOCKHEED NUCL. PRODUCTS PWR USE PWR-LOCKHEED OR SILICONES LOCKS USE CLOSURES LUBRICATION LOOOCHNIKITE USE THORIUM UXIDES LUCENS USE REACTORS «- TITANIUM OXIDES LUC1FERASE USE ENZYHES * URANIUM MINERALS LUCIFERIN USE PROTEINS + URANIUM UXIDES CUCITE SEE PLASTICS 4 LOFT USE RESEARCH REACTORS LUGUL USE ORUGS -LONDON DIPOLE THEORY USE LONDON FORCES *■ IODINE -LONDON DISPERSION FORCES USE LONDON FORCES * POTASSIUM IODIDES 30 LONDON EQUATION USE MAXWELL EQUATIONS «■ SOLUTIONS + SUPERCONDUCTIVITY -LUMINAL USE BARBITURIC ACID 10 LONDON FORCES USE DIPOLES ,647 LUMINESCENCE * MOLECULES LUMINESCENT CHAMBERS USE IMAGE INTENSIFIERS -LONDON SUPERCONDUCTORS USE LONDON EQUATION * LUMINESCENCE -LONDON THEORY USE LONDON EQUATION «- PARTICLE TRACKS -LONDON UNIV. TRAININO REACTOR USE LUTR + SCINTILLATIUN COUNTERS -LONDON UNIVERSITY ARGONAUT A. USE ARGONAUT LONOON 15 LUMINESCENT DETECTORS SEE FLUOROD -LONDON-MAXWELL EQUATION USE LONDON EQUATION ÛR SCINTILLATION COUNTERS -LONDON-VAN-DER-WAALS FORCES USE LONDON FORCES 35 LUMINOSITY USE LIGHT -LONG BEACH USS REACTUR USE CG9 * PHOTOMETRY LONG COUNTER USE BGRON FLUORIDES 6 LUMINOUS PAINTS OSE PHOSPHORS *■ FAST NEUTRUNS 1 LUND SYNCHROTRON USE SYNCHROTRONS ♦ NEUTRuN DETECTION -LUNDEGAROH SPRAY CHAMBER USE LUNDEGAROH TECHNIQUE * PROPORTIONAL COUNTERS LUNÛEGARÛH TECHNIQUE USE FLAMES ♦ SLOWDOWN * SPECTROCHEMISTRY LONGEVITY SEE AGE 2,785 LUNGS -LOOPS SEE COOLANT LOUPS 6 LUPINOS SEE PLANTS UR IN PILE LOOPS ÙR VEGETABLES OR PIPES USE COLLAGEN OR TUBES *■ DISEASE5 USE CALCIUH UXIDES + SKIN *■ HINERALS -LUTEINIZING HORMONE USE LH f NIOBIUM OXIOES LUTEOMA USE OVARIES * RARE EARTHS 5 LUTEÜMAS USE TUMURS + TITANIUM OXIDES -LUTEÙTR0P1C HORMONE USE LTH LOPO USE REACTORS 2B8 LUTETIUM LORANSKITE USE MINERALS 67 LUTETIUM ALLOYS ♦ NIOBIUM OXIOES 6 LUTETIUM BORIDES * RARE EARTHS 4 LUTETIUM BROMIDES ♦ ZIRCONIUM UXIDES 5 LUTETIUM CARBIDES -LORENTZ CONTRACTION USE LORENTZ TRANSFORMATIONS 3 LUTETIUM CARBONATES -LORENTZ COVARIANCE USE LORENTZ TRANSFORMATIONS 23 LUTETIUM CHLORIUES -LORENTZ DISTRIBUTION USE LORENTZ LINE SHAPES 32 LUTETIUM COMPLEXES -LORENTZ FACTOR USE LORENTZ TRANSFORMATIONS B6 LUTETIUM COMPOUNDS LORENTZ FIELD USE MOLECULES 10 LUTETIUM FLUORIDES *■ POLARIZATION 7 LUTETIUM HYDRIDES 57 LORENTZ FORCE USE ELECTRIC CHARGES 5 LUTETIUM HYDROXIDES ♦ ELECTRIC FIELDS 1 LUTETIUM IODIDES + INTERACTIONS 17 LUTETIUM ISOTOPES * HAGNETIC FIELDS 8 LUTETIUM NITRATES + VELOCITY 1 LUTETIUM NITRIDES -LORENTZ FRAME USE LORENTZ TRANSFORHATIONS BD LUTETIUM OXIDES USE GASES 2 LUTETIUM PHOSPHATES 27 LORENTZ GAS *■ IONIZATION 1 LUTETIUM SILICATES USE DIFFERENTIAL EQUATIONS 6 LUTETIUM SULFATES 16 LORENTZ GAUGE + ELECTRUUYNAHICS 6 LUTETIUM SULFIDES USE LORENTZ TRANSFORMATIONS 6 LUTETIUM 167 -LORENTZ GROUP USE LORENTZ TRANSFORMATIONS 5 LUTETIUH 168 -LORENTZ INVARIANCE USE SPECTRA 20 LUTETIUH 169 LORENTZ LINE SHAPES USE LORENTZ GAS 26 LUTETIUH 170 -LORENTZ PLASHA USE LORENTZ TRANSFORHATIONS 29 LUTETIUH 171 -LORENTZ SPACE USE GROUP THEORY 34 LUTETIUH 172 489 LORENTZ TRANSFORMATIONS + RELATIVITY THEORY 31 LUTETIUM 173 LORENZ NUMBER USE ELECTRIC CONDUCTIVITY IB LUTETIUH 174 + THERHAL CUNDUCTIVITY 117 LUTETIUM 175 ♦ WIEDEMANN-FRANZ LAW 87 LUTETIUM 176 -LOS ALAMOS FAST REACTOR USE CLEMENTINE 102 LUTETIUM 177 -LOS ALAMOS MOLTEN PU R. EXP 1 USE LAMPRE-l 8 LUTETIUH 178 -LOS ALAHOS HOLTEN PU R. EXP ¿ USE FRCTF 4 LUTETIUH 179 -LOS ALAMOS OMEGA WEST REACTOR USE OWR 1 LUTETIUM 180 -LOS ALAHOS PLUTONIUM REALTOR USE CLEMENTINE LUTR USE RESEARCH REACTORS -LOS ALAHOS POWER R. EXP. 1 USE LAPRE-1 LUXEMBURG USE EUROPE -LOS ALAMOS POWER R. EXP. 2 USE LAPRE-2 -LUZERN EXPERIHENTAL R. USE LUCENS LOS ALAHOS SCIENTIFIC LAB USE NEW HEXICO -LWB USE LIWB *■ USAEC LWCA USE RESEARCH REACTORS -LOS ALAMOS WATER BOILER HIGH I USE HYPO -LYHAN ALPHA EMISSION USE LYMAN LINES -LOS ALAHOS WATER BOILER LOW L. USE LUPO -LYMAN ALPHA RADIATIUN USE LYMAN LINES -LOS ALAMOS WATER BOILER SUPER USE SUPO -LYHAN CONTINUUM USE LYMAN LINES -LOS ANGELES EDUCATOR REACTUR USE EDUCATOR UCAL -LYHAN GLOW USE LYMAN LINES -LOS ANGELES-PASADENA R. USE LAOWPR 27 LYHAN LINES USE HYDROGEN -LOSS OF FLUID TEST REACTOR USE LOFT ♦ SPECTRA LOSSES -LYMAN SERIES USE LYMAN LINES LOUISIANA USE USA -LYMPH GLANDS USE LYMPH NODES 361 LYMPH NODES USE LYMPH SYSTEM 47

,308 LYMPH SYSTEM b MAGNESIUM 21 6 LYMPH VESSELS USF LYHPH SYSTEM 3 MAGNESIUM ?.¿ 3 LYMPHOBLASTOMAS USE LYMPH SYSTEM 19 MAGNESIUM 21 *■ TUMURS 511 MAGNE SlUM 2H 768 LYMPHOCYTES ?lú MAGNESIUM 2 5 10 LYMPHOGRANULOMAS USE LYMPH SYSTEM 234 MAGNtSlUH 26 *■ TUMORS 1 κ. MAGNESIUM 27 3 LYHPHOID CELLS USE CYTOLUGY 93 MAGNESIUM 28 + LYMPH SYSTEM MAGNET SIEEL­KS USE CAR 11 [ UE S ·■ LYMPHOCYTES CHROMIUM ALLOYS 52 LYMPHOMAS USE LYMPH SYSTEM » COBALT ALLOYS t­ TUMORS t. sims 4 LYMPHOPENIA USE ABONDANCE t TUNGSTEN ALLOYS *■ LYMPHOCYTES 17 MAGNETIC AMPLIFIERS USE AMPL [f IERS 59 LYHPHOSARCOHAS USE CANCER MAGNET ISM *■ LYHPH SYSTEM ­ΜΛΟΝΕΓIC COILS USE CURS -LYNCHBURG POOL REACTOR USE LPR MAGNE I S LYNUOCHITE USE CALCIUM OXIOES 86 MAGNETR COMPRESSION USt CONfINEMtNT + EOXENITE MAGNETIC 1 I ECUS LYNITE USE ALOHINOM ALLOYS PLASHA * COPPER ALLUYS 15 MAGNETIC CURES USI MAGNET 1 C HAT EH IALS 7 LYOHETALLURGY USE METALLURGY 4 HAGNET IC DI PUL ES USE D 1 PUL E S * SOLVENT EXTRACTION MAGNET 1 SM 21 LY0PH1LI2ATI0N USE EVAPORATION Β MAGNETIC DRUMS USI MtMURY DEVICES + LOW TEMPERATURE 23,395 MAGNETIC FIELDS 5 LYSERGIC ACID USE DRUGS 1,217 MAGNETIC MATERIALS + ORGANIC ACIOS 1 )248 MAGNETIC MlRKOKS * ORGANIC NITROGEN COMPOUNDS 4,974 MAGNETIC MOMENTS 116 LYSINE USE AMINO ACIDS ­MAGNETIC PERMEABILITY USI SUSCEPTIBIL1TY 39 LYSIS USE SOLUTIONS 52 MAGNETIC PROBES USI PLASMA OIAGNUSTICS 2B LYSOSOHES USE CYTOLOGY 452 MAGNETIC PROPERT ies USE MAGNET ISM * ENZYMES 1,729 MAGNETIC RE SUN ANC E 57 LYS02YHE USE ENZYMES 8 MAGNETIC REYNOLDS NUMtlEK USI MAGNETUHYORUUYNAHICS * GLOBULINS ­MAGNETIC SPeCTRÜMETERS SEE BETA SPECTROHLÏERS 30 H CENTERS USE LATTICES DR MAGNET R Fl ELDS * VACANCIES DR MASS SPECTROMETERS M-0615-C0DE USE PROGRAMHING OR 5PECTHUMETERS 1 MAC USE AIR 57 MAGNETIC STORMS USt. MAGNET IC Fl ELDS *■ CONTAMINATION TURBULENCE 1 MAC-CODE USE PROGRAMMING ­MAGNETIC SOSCEPTIBlLllY USI SUSCEPT JBR I TY MACABRE-CODE USE PROGRAHHING 53 MAGNETIC TAPES USE MEMURY (JEVICES 36 MACACA MULATTA USE HONKEYS RECORDING SYSTEMS 21 MACACUS RHESUS USE MONKEYS ­MAGNETIC TRAPS USf CONFINEMENT MACAO USE ASIA MAGNEI IC MIRRORS -MACH ANGLE USE MACH NUMBER 6,967 MAGNETISM -MACH CONE USE MACH NUMBER 106 MAGNETITE USE IRON OXIOES 130 MACH NUMBER USE VELOCITY * MINERALS 40 MACH PRINCIPLE USE INERTIAL FORCE » SPINELS -MACH RANGE USE MACH NUMBER 14 MAGNETOGASDYNAHICS USE MAGNETOHYUROUYNAHICS -MACH REFLECTION USE MACH NUHBER -HAGNETOHYDRODYNAMIC WAVES USE ALFVEN WAVt5 -MACH STEMS USE HACH NUHBFR ,8BO MAGNETÛHYDROOYNAMICS -MACH TAIL USE MACH NUMBER 252 MAGNETOMETERS MACH-CODE USE PROGRAHHING 84 MAGNETOSTRICTION USE DEFORMATIUN 3 -HACH-ZEHNOER INTERFEROHETER USE INTERFERENCE ♦ MAGNET li. FIELDS «- HEASUREHENT 191 MAGNETRONS USI ELECTRON TUBES + OPTICAL SYSTEHS 2,857 MAGNETS «- REFRACTION MAGNJLI A USE ΛΝΤΙΜΙ1ΝΥ ALLUYS * VARIATIONS LEAD ALLOYS 2,620 MACHINE PARTS 27 MAGNONS USE MAGNFI 1 SM 2B MACHINES SEE MECHANICAL STRUCTURES QUANTUM MECHANICS 1.374 MACHINING 128 MAGNOX USE MAGNESIUM ALLUYS 1 MACKINTOSH!TE USE THORIUH SIL ICATES 2 MA1N­CUDE USE PHUGHAMH1NG * URANIUH MINERALS 7 MAINE USE USA * URANIUM SIL ICATES 1,542 MAINTENANCE -MACROPHAGES USE PHAGOCYTES ­MAINZ RESeARCH HEACTOR USI TRIGA SERIES -HACROSCOPY SEE BODY 1 MAITLANDITE USE THURIUH SR ILAT! S OR INSPECTION URANIUM MINERALS OR TISSUES ' URANIUM SILICATES HADAGASCAR USE AFRICA 179 MAIZE USI CEREALS MADELUNG CONSTANT USE BINDING ENERGY MAJORANA FORCE USE INTERACTIUNS * CRYSTALS NUCLEUN S MAFIA-CODE USE PROGRAMHING QUANTUH HECHANICS 2 MAGEE THEORY USE DIFFUSION ­MAJORANA INTERACTION USI MAJORANA FORCE 1 MAGHEMITE USE IRON OXIDES MAJORANA NEUTRINO DSI BFTA DECAY «- HINERALS ι NEUTRI NUS HAGHYP-CODE USE PROGRAHMING ­MAJORANA OPERATOR USI MAJORANA FORCt 64 MAGIC NUCLEI USE NUCLEI MAJORANA THEORY USE BINDING ENERGY * SHELL MODELS MALACHITE USI CUPPER CARBONATES -MAGIC NUMBERS USE MAGIC NUCLEI MINERALS MAGMA USE IGNEOUS ROCKS ­MALAKON USI ZIRCON 1 MAGNALIUM USE ALUMINUH ALLOYS MALARIA USE DISEASES * MAGNESIUM ALLOYS INFECTIUNS S MAGNESITE USE HAGNESIUH CARBONATES PARASITES * MINERALS MALATHION USf ORGANIC PHOSPHORUS COMPOUNDS USI 2.741 MAGNESIUM MALEIC ACID ORGANIC ACIDS 1 MAGNESIUM ALL0Y-A231 USE ALUMINUM ALLOYS MALFORMATIONS HAGNESIUH ALLOYS HAL I BO USE REACTURS ZINC ALLOYS MALIC ACID USE URGANIC ACIDS HALINDA­CODE USE PROGRAMMING MAGNESIUM AU OY­EK MAGNESIUM ALLOYS RARE EARTHS MALONIC ACID USE ORGANIC ACIDS ZIRCONIUM ALLOYS HALTER EFFECT USE ELECTRONS ♦ HETALS MAGNESIUM ALLOY-EZ MAGNESIUM ALLOYS RARE EARTHS » SECONDARY EMISSION ZIRCONIOH ALLOYS HALTOSE USE SUGARS HAHHALS USE ANIMALS 1 MAGNESIUM ALL0Y-HK31B HAGNESIUH ALLOYS THORIUH ALLOYS ­HAHHARY CARCINOHA USE CAHCINOHAS ZIRCONIUM ALLOYS f HAHHARY GLANDS CHROHIUH ALLOYS MAMMARY GLANDS USE GLANDS MAGNESIUM ALLOY-ZR HAGNESIUH ALLOYS ­MAHHOTRDPIN USE LTH ZINC ALLOYS HAN ­MANCHESTER­LIVERPOOL UNIV. R . USE URR 1.663 MAGNESIUM ALLOYS tol MANDELIC iCIU USE ORGANIC ACIDS 10 MAGNESIUM BORIOES 324 MANDELSTAM REPRESENTATION USE DISPERSION RELATIONS 25 MAGNESIUM BROMIDES ELEMENTARY PARTICLES 7 MAGNESIUM CAR010ES 1,829 MANGANESE » 218 MAGNESIUM CARBONATES 1,136 MANGANESE ALLOYS 311 MAGNESIUM CHLORIDES 6 MANGANESE BORIDES 44 MAGNESIUM COMPLEXES 10 MANGANESE BROMIDES 393 MAGNESIUM COMPOUNDS 5 MANGANESE CARBIDES 213 MAGNESIUM FLUORIDES 10 MANGANESE CARBONATES 23 MAGNESIUM HYDRIDES 63 MANGANESE CHLORIDES 41 MAGNESIUM HYDROXIOES 54 MANGANESE COMPLEXES 17 MAGNESIUM IODIDES 400 MANGANESE COHPOUNDS 31 MAGNESIUM ISOTOPES 93 MANGANESE FLUORIDES 142 MAGNESIUM NITRATES 2 MANGANESE HYDRIDES 12 MAGNESIUM NITRIDES 22 MANGANESE HYDROXIDES 1.235 MAGNESIUM OXIOES 4 MANGANESE IODIDES 38 MAGNESIUM PHOSPHATES 23 MANGANESE ISOTOPES 443 MAGNESIUM SILICATES 17 MANGANESE NITRATES 134 MAGNESIUM SULFATES 6 MANGANESE NITRIDES 14 MAGNESIUM SULFIDES 744 MANGANESE OXIDES 3 MAGNESIUM 20 48

SEE CONVECTION 5 MANGANESE PHOSPHATES 106 MASS TRANSFER OR OIFFUSION 11 MANGANESE SILICATES OR FLUIO FLOW 91 MANGANESE SULFATES OR GAS FLOW 22 MANGANESE SULFIOES OR LIQUIO FLOW 1 MANGANESE 46 OR THERMAL DIFFUSION MANGANESE 47 USE USA MANGANESE 48 MASSACHUSETTS USE MITR MANGANESE 49 -MASSACHUSETTS INST. ECH. R. USE ATOMS β MANGANESE 50 MASSEY CRITERION ♦ CHARGE EXCHANGE 23 MANGANESE 51 ♦ CROSS SECTIONS 95 MANGANESE 52 4- IONS 44 MANGANESE 53 SCATTERING 376 MANGANESE 54 US.E MASSEY CRITERION 239 MANGANESE 55 -MASSEY HYPOTHESES USE MASSEY CRITERION 249 MANGANESE 56 -MASSEY THEORY CROSS SECTIONS 9 MANGANESE 57 MASSEY-HOHR EQUATION USE 2 MANGANESE 58 + HARD-CTJRE POTENTIAL ♦ MOLECULES 13 MANGANESE -ALPHA USE ALLOTROPY + MANGANESE SCATTERING 4 HANGANESE-BETA USE ALLOTROPY .+ VELOCITY ♦ MANGANESE -HASSEY-MÚHR THEORY USE HASSEY-MOHR EQUATION 2 MANGANESE-GAMMA USE ALLOTROPY -HASSEY-MOHR VALUES USE MASSEY-MOHR EQUATIUN + MANGANESE MASSICOT USE LEAD UXIDES 1 MANGANESE-SIGMA USE ALLOTROPY HAST CELLS SEE ANIMAL CELLS + MANGANESE OR CYTOLOGY 4 MANGANIN USE COPPER ALLOYS MASTITIS USE GLANDS ♦ MANGANESE ALLOYS INFECTIONS 4 MANGANI TE USE MANGANESE OXIDES .t MAMMARY GLANOS ♦ HINERALS MASURCA USE REACTORS NANGANOMOSSITE USE HOSSITE -HASURIUH USE TECHNETIUM HANGANONIOBITE USE NIOBITE MASUYITE USE LEAO OXIDES MANGANOTANT AL ITE USE TANTALITE URANIUM MINERALS MANGOLD USE ROOTS .♦ URANIUM OXIDES ♦ VEGETABLES MATEDIK-CODE USE PROGRAHHING -MANHATTAN COLLEGE ZERO POWER R USE MANHATTAN ZPR -MATERIAL PROOF REACTORR DIDUIDO USE DID0-JUEL1CH 1 MANHATTAN ZPR USE RESEARCH REACTORS MATERIALS TESTING 1 MANIAC 2 USE COMPUTERS MATERIALS TESTING ACCELERATOR USE ACCELERATORS ♦ DIGITAL SYSTEMS » MATERIALS TESTING 11 MANIAC 3 USE COMPUTERS -MATERIALS TESTING R. USIRIS USE OSIRIS OIGITAL SYSTEMS -MATERIALS TESTING REACTUR USE HTR 101 MANIPULATORS US.E RAOIATION PROTECTION -MATHEMATICAL TABLES USE MATHEMATICS REMOTE HANDLING ♦ TABLES 61 MANNI TOL US.E SUGARS MATHEMATICS 4 NANNOHUSTINE USE MANN[TOL MATHIEU EQUATION USE DIFFERENTIAL EQUATIONS SUGARS -MATHIEU FUNCTIONS USE MATHIEU EQUATION 27 HANNOSE US.E SUGARS MATRICES 319 MANOMETERS MATTHIESEN RULE USE ELECTRIC CONDUCTIVITY 24 MANUAL SEE LECTURES ♦ METALS -MANUFACTURE USE FABRICATION ♦ THERMAL CONDUCTIVITY 086 MANY BODY PROBLEM -MAXIMUM CREDIBLE ACCIDENT USE MCA MAP-CODE USE PROGRAMMING -MAXIMUM INHALATION QUANTITY USE MIQ 58 MAPS USE DIAGRAMS -MAXIMUM PERMISSIBLE ACTIVITY USE MPA -MAQUETTE SURGENERAT. CADARACHE USE MASURCA -MAXIMUM PERMISSIBLE CONCENTRAT USE MPC 1 MARC-CODE USE PROGRAMMING -MAXIMUH PERMISSIBLE DOSE USE MPO 15 MARCASI TE USE IRON SULFIDES -MAXIMUH PERMISSIBLE EXPUSURE USE MPE MINERALS -HAX1HUM PERMISSIBLE INTAKE USE MPI MARCO MR US*·E POLYESTERS -MAXIMUH PERMISSIBLE LEVEL USE HPL -HAXWELL DISTRIBUTION 31 HARCOULE LABORATORY USE CEA USE BOLTZHANN STATISTICS MAXWELL EQUATIONS + FRANCE USE DIFFERENTIAL EQUATIONS -MARCOULE REACTOR 1 USE Gl ·- ELECTROOYNAHICS -HARCOULE REACTOR 2 USE G2 ♦ ELECTROMAGNETISH -HARCOULE REACTOR 3 USE G3 -MAXWELL STATISTICS USE BOLTZMANN STATISTICS MARIGNACITE USE PYROCHLORE MAXWELL STRESS-TENSOR USE ELECTROMAGNETIC FIELDS MARINER SPACE PROBES USE SPACE VEHICLES t- STRESSES -MARITIME GAS COOLED REACTOR USE HGCR + TENSORS -MARITIME NUCL. STEAM GEN. 630A USE R-630A-MNSG -MAXWELL VELOCITY OISTRIBUTIUN USE BOLTZHANN STATISTICS 17 MARIUS USE CRITICAL ASSEMBLIES -HAXWELL-BOLTZHANN DISTRIBUTION USE BOLTZHANN STATISTICS -MARK V SYNCHROTRON USE MURA SYNCHROTRON -HAXMELL-BULTZHANN EQUATION USE BOLTZMANN EQUATION -HARK 1 S1W USE S1W-NRTS -HAXWELL-BOLTZHANN STATISTICS USE BOLTZMANN STATISTICS -HARK 2 S1H USE S1W-NRTS HAYEÍ THEORY USE GASES -MARKOV CHAINS USE HARKOV PROCESS ♦ THERMODYNAMICS 2 MARKOV PROCESS USE STOCHASTIC PROCESSES HBWR USE REACTORS *■ TRANSIENTS MC LEO*· GAUGE USE MANOMETERS 10 HARLEX USE POLYETHYLENES ♦■ VACUUM 1 MARMATITE USE IRON SULFIOES -HC MASTER NUCLEAR R. USE MNR + HINERALS MC NARY DAM USE BUILDINGS + ZINC SULFIDES ♦ HYDROLOGY -MARROW USE BONE MARROW 1 HC-2-C0DE USE PROGRAHMING 72 MARS USE PLANETS 28 MCA SEE ACCIDENTS 6 MARSHAK BOUNDARY CUNÛIT1GNS USE BOUNDARY CONDITIONS OR REACTOR SAFETY t TRANSPORT THEORY 1 MCBR USE REACTORS -HARSHAK CONDITIONS USE MARSHAK BOUNDARY CONDITIONS 1 MCKtLVEYITE USE CARBONATES 54 MARSHALL ISLANDS USE ISLANDS + RARE EARTHS ♦ PACIFIC OCEAN *- URANIUH HINERALS 3 MARSHALLESE USE HAN 6 MCR USE REACTORS ♦ MARSHALL ISLANDS 13 HDPA USE OODECYL RAOICALS POPULATIONS ♦ ORGANIC PHOSPHORUS COMPOUND HARTENSITE * 649 MEA USE AHINES -MARTIN ZERO POWER REACTOR USE HARTIN-CF ♦ ETHYL RADICALS HARTIN-CF USE CRITICAL ASSEMBLIES + ORGANIC SULFUR COMPOUNDS -HARTIN-PUFF-SCHWINGER THEORY USE HARTIN-SCHWINGER THEORY 626 MEAN FREE PATH SEE CROSS SECTIONS -HARTIN-SCHWINGER APPROXIMATION USE MARTIN-SCHWINGER THEORY OR DIFFUSION LENGTH -MARTIN-SCHWINGER METHOD USE MARTIN-SCHWINGER THEORY -HEAN LIFE SEE HALF-LIFE MARTIN-SCHWINGER THEORY USE MANY BODY PROBLEM OR LIFETIME ♦ QUANTUM FIELD THEORY 84 323 MEASUREMENT -HARTINELLI CORRELATION USE LOCKHART-HARTINELLI PARAHETER 920 MEAT -MARTINELLI THEORY USE LOCKHART-HARTINELLI PARAMETER -MECHANICAL ENGINEERING SEE DESIGN -MARTINELLI-NELSON CURRELATIUN USE LOCKHART-MARTINELLI PARAHETER OR MECHANICAL STRUCTURES -MARTINELLI-NELSON THEURY USE LOCKHART-HARTINELLI PARAMETER 1 -MECHANICAL MOMENTS USE MECHANICS -HARVIKEN STATIUN USE R4-EVA 5 606 MECHANICAL PROPERTIES MARY KATHLEEN MINES USE AUSTRALIA 4 500 MECHANICAL STRUCTURES ♦ MINING 3 433 MECHANICS 6 MARYLA USE RESEARCH REACTORS -HECHANISHS SEE HACHINE PARTS 133 MARYLAND USE USA OR MECHANICS MASCAGNI TE USE SULFATES OR REACTION KINETICS 434 MASERS OR SERVOHECHANISHS MASKELYNITE USE ALUMINUM SILICATES 6 MEDIASTINUM SEE BODY ♦ CALCIUM SILICATES OR TISSUES *■ METEORITES -MEDICAL RESEARCH REACTUR USE MRR ♦ MINERALS 7,291 MEDICINE 5B HASKING AGENTS SEE CHEMICAL ANALYSIS 36 MEDITERRANEAN SEA USE EUROPE 32 MASKS SEE RAOIATION PROTECTION ♦ SEA 13 HASONITE USE CHL0RITE5 HEDIUH LOGIC USE CIRCUITS 11.940 MASS ♦ OIGITAL SYSTEHS IS MASS DEFECT USE MASS NUMBER HEDJIOITE USE CALCIUM CARBONATES 18 MASS EFFECT LAW USE REACTION KINETICS ► URANIUM CARBONATES 4 74 MASS NUMBER USE ATOMS ♦ URANIUH MINERALS ID MASS REN0RMALI2ATI0N USE MASS 4 MEDULLOBLASTOMAS USE CANCER »■ SELF-ENERGY 60 MEG USE ETHYL RAOICALS 4.308 HASS SPECTROMETERS ♦ GUAN1DINE ' ORGANIC SULFUR COMPUUNDS 49

22 MEGAKARYOCYTES USE BLOUO CELLS 4 MERCURY 191 * BONE HARRUW 9 MERCUKY 192 * PLATELETS 24 MERCURY 193 -MEGAPHEN USE CHLURPRUNAZINE 11 MERCUKY 194 -MEHRZWECKFOKSCHUNGSREAKTOR USE MZFR 31 MERCURY 195 186 MEIOSIS USE MITOSIS 28 MERCURY 196 -MEISSNER EFFECT USE HEISSNER­OCHSENFELD EFFECT 131 MCRCUKY 197 HEISSNER-OCHSENFELO EFFECT USE SUPERCONDUCTIVITY 148 MERCURY 14 0 37 MELANINE USE AMINES 110 HERCURV 199 * AZINES 59 MERCUKY 200 21 MELANIN USt PIGMENTS 50 MERCURY 201 Β MELANOCYTES USE ANIMAL CELLS 55 MEKCUKY .'0.! t PIGMENTS 2 83 MERCURY 203 38 MELANOMAS USE TUMORS 31 MERCURY 204 -MELANOPHORES USE MELANOCYTES 19 MERCURY 205 11 HELANOPLUS USE INSECTS 5 MEhCuRY 206 1 MELANOVANAUITE USE CALCIUH OXIDES MERCURY 208 » MINERALS MERCURY 210 + VANADIUM OXIDES MERCURY 212 I MELANTERITE USE IRON SULFATES 13 MeKISIEH USF PLANTS * MINERALS t TISSUES -MELEKESS USE ARBUS-MELEKESS 31 MERLIN USE REACTORS 3 MELIBIOSE USE SUGARS 13 HERLlN­JueLICH USE RESEARCH REACTORS 1 MELILITE USE ALUHINUM SILICATES 3 MERUMORPHIC FUNCTIONS USE HATHEHATICS * CALCIUM SILICATES 7 MESENTERY USE iNTesTiNe * MINERALS ♦ PEHITUNEOM * SUDIUH SILICATES 39 HESIC ATOHS USF ATOHS 5 HELLIN TRANSFORM USE INTEGRALS HESUN5 10 MELLITIC ACID USE BENZENE 21 HESITYL RADICALS SE»E ALKENES * ORGANIC ACIOS USE BENZENE -MELT REFINING USE ZONE REFINING 7 MESITYLENE HETHYL RAOICALS 5,174 MELTING US*E EUOIALYTE 2,114 MELTING POINTS MESUÜ1ALYTE NI ,Hi IHM SR ICATES 58 MELUSINE USE RESEARCH REACTORS US>· E HETfcORI TES 3 MELUSINE-2 USE RESEARCH REACTORS MESUÛIOERITE t MINERALS 1,860 MEMBRANES USE ATOMS 135 MEMORY DEVICES USE RECORDING SYSTEMS 8 HESON CLOUD MESONS -MENDELEEV CLASSIFICAT1UN USE PERIODIC SYSTEM 1 HESUN RESONANCES US#E RESONANCE -MENDELEEV PERIODIC SYSTEM USE PERIODIC SYSTEM 420 MESONS -MENDELEEV TABLE USE PERIOOIC SYSTEM 10 MESOSPHERE USE ATMOSPHERE MENOELEJEVITE USE CALCIUH OXIDES ­HESÜTHORIUH 1 USE RADIUM 228 ♦ LEAD OXIOES ­MESOTHORIUM 2 USfc ACTINIUM 228 ♦ RARE EARTHS MESSYHESH­CODE USt PRUGRAHHING ♦ URANIUM MINERALS META­AOTUNITE 1 USE CALCIUH PHOSPHATES ♦ URANIUH OXIDES 4 URANIUH HINERALS 27 MENDELEVIUM 4 URANIUH PHOSPHATES MENDELEVIUM BORIDES META­AUTUNITE 2 USI: CALCIUH PHOSPHATES MENDELEVIUM BROMIDES URANIUH HINEHALS MENDELEVIUM CARBIOES •ι URANIUH PHOSPHATES MENOELEVIUM CARBONATES META­BASSETITE USf IRON PHOSPHATES MENDELEVIUM CHLORIDES 4 URANIUH HINEHALS MENDELEVIUM COMPLEXES 4 URANIUH PHOSPHATES 3 MENOELEVIUM COHPOUNDS HETA­HEINRICH1TE USI ARSENIC OXIOES MENDELEVIUM FLUORIDES BARIUH OXIDES MENOELEVIUM HYDRIDES * UHANIUM MINERALS MENDELEVIUM HYDROXIDES *4 URANIUH UXIDES MENDELEVIUM IODIDES HETA­KAHLERITE USE ARSFNIC OXIOES 5 MENDELEVIUM ISOTOPES 4 IRON OXIDES MENDELEVIUM NITRATES URANIUH MINERALS MENOELEVIUM NITRIDES *4 URANIUH OXIDES 1 MENDELEVIUM OXIOES META­KIRCHHEIMERITE USE ARSENIC OXIOES MENDELEVIUM PHOSPHATES COBALT OXIDES MENDELEVIUM SILICATES » URANIUH HINERALS MENDELEVIUM SULFATES *4 URANIUH UXIDES MENDELEVIUM SULFIDES META­L0PAR1TE USE CALCIUH UXIDES MENDELEVIUM 250 4 HINEHALS MENDELEVIUM 252 t NIOBIUH OXIOES 2 MENOELEVIUM 255 4 RARE EARTHS 5 MENDELEVIUM 256 TITANIUM UXlUf.S 1 MENDELEVIUM 257 4* WATER I MENOELEVIUM 259 HETA­SALEEITE USI HAGNESIUH PHOSPHATeS HENOIP-CODE USE PROGRAMMING t URANIUM MINERALS 3 MENDOZA USE ARGENTINA URANIUM PHOSPHATES USE URANIUH HINERALS ì MENINGDCOCCUS USE BACTERIA META­SCHOEPITE * 4 URANIUH OXIDES t MENOPAUSE SEE AGE DR GONADS META­SIHPSONITE USL HICROLITE OR RAOIATION INJURIES 11 HETA­TORBERNITE USF CUPPER PHOSPHATES OR SEX 4 URANIUH MINERALS 4 URANIUM PHOSPHATES 3 MENORRHAGIA USE HEMORRHAGE ♦ SEX 8 HETA­TYUYAHUNITE USL CALCIUH OXIOES 4 URANIUH HINERALS -HENTAL DISEASES SEE BRAIN OR DISEASES 4 URANIUH UXIDES DR NERVOUS SYSTEM 4 VANADIUM OXIOES META­URANOCIRCITE USE BARIOH PHOSPHATES S MEPERIDINE USE DRUGS ♦ PIPERIDINES 4 URANIUH HINERALS 4 URANIUH PHOSPHATES HERCÀLLITE USE POTASSIUM SULFATES HETA­URANOSPINITE USE ARSENIC OXIDES -MERCAMINE USE MEA 4 CALCIUM OXIDES 60 HERCAPTAN USE ORGANIC SULFUR COMPOUNDS 4 URANIUH HINERALS -MERCAPTOETHYLAMINE USE MEA 4 URANIUH OXIOES ­MERCAPTOETHYLGUANIDINE USE MEG 7 META­ZEUNERITE use ARSENIC OXIDES -MERCAPTOPROPYLAMINE USE AMINES ♦ MPA 4 COPPER OXIDES » ORGANIC SULFUR COMPOUNDS 4 URANIUH HINERALS ♦ PROPYL RAOICALS 4 URANIUH OXIDES ­METAAUTUNITF 1 USE META­AUTUNITE 1 796 MERCURY ­HETAAUTUNITE 2 USE HETA­AUTUNITE 2 544 MERCURY ALLOYS META80LISM MERCURY BORIDES ­HETACINNA8ARITE USE HETA­CINNABARITE 22 MERCURY BROMIDES ­HETAHEINRICHITE USE HETA­HE1NRICHITE 2 MERCURY CARBIDES ­HETAKAHLERITE USE HETA­KAHLERITE MERCURY CARBONATES ­HETAKIRCHHEIHERITE USE HETA­KIRCHHEIHERITE 244 MERCURY CHLORIDES HETALLOGENIC PROVINCES USE ABUNDANCE 44 MERCURY COHPLEXES ♦ GEOLOGY 267 MERCURY COMPOUNDS ·■ ORES 12 MERCURY FLUORIDES » ROCKS 1 MERCURY HYDRIDES 3,129 HETALLOGRAPHY 2 MERCURY HYOROXIDES 13 METALLOIDS SEE ANTIHDNY 50 MERCURY IODIDES OR ARSENIC 87 MERCURY ISOTOPES OR OXYGEN 43 MERCURY NITRATES OR SEL EN I UH 2 MERCURY NITRIDES OR SULFUR 23 MERCURY OXIDES OR TELLURIUM 2 MERCURY PHOSPHATES METALLURGICAL FLUX USE ORE PROCESSING MERCURY SILICATES METALLURGY 11 MERCURY SULFATES ­METALOPARITE USE HETA­LOPARITE 24 MERCURY SULFIOES METALS 3 MERCURY IBS METAMICT MINERALS USE LATTICES 2 MERCURY 186 ♦ MINERALS 2 MERCURY 1B7 ♦ RADIATION EFFECTS 3 MERCURY IBB ­HETAHORPHIC ROCKS USE HETAHDRPHISH 6 MERCURY 1B9 ♦ ROCKS 6 MERCURY 190 50

HETAMORPHISM USE MINERALS MIE-GRUENEISEN EQUATION USE CRYSTALS * TECTONICS ♦ ENERGY 8 METAMORPHOSIS SEE AGE » PRESSURE OR METAHORPHISM ♦ VOLUME 16 HETAPHASE USE MITOSIS MIGDAL THEORY USE BREMSSTRAHLUNG METASALEEITE USE HETA-SALEEITE MIGHTY MOUSE USE REACTORS -METASCHOEPITE USE META-SCHOEPITE MIGMATITES USE IGNEOUS ROCKS -METASIMPSONITE USE META-SIMPSONITE -MIGRATION SEE DIFFUSION 4 METASOMATISM USE CRYSTALLIZATION OR ELECTROPHORESIS + ROCKS OR MIGRATION AREA . VAPORS OR MIGRATION LENGTH HETASTAB1L1TY USE STABILITY MIGRATION AREA USE LIFETIME METASTABLE STATES SEE ENERGY LEVELS ♦ SLUWOOWN OR EXCITATION MIGRATION LENGTH USE DIFFUSION LENGTH OR REACTION KINETICS MILAN UNIVERSITY USE RESEARCH REACTORS 617 METASTASES -MILD STEELS USE CARBON STEELS -METATORBERNITE USE META-TORBERNITE MILITARY APPLICATIONS USE USES -HETATYUYAMUNITE USE HETA-TYUYAHUNITE -MILITARY COMPACT REACTOR USE MCR -HETAURANOCIRCITE USE META-URANOCIRCITE MILK -METAURANOSPINITE USE HETA-URANOSPINITE MILLER CIRCUIT USE CIRCUITS -METAZEUNERITE USE META-ZEUNER1TE ♦ INTEGRATORS 1 057 METEORITES MILLER INDICES USE CRYSTALS 1 406 METEOROLOGY -MILLER INTEGRATOR USE MILLER CIRCUIT 9 METEORS USE ASTROPHYSICS MILLERITE USE MINERALS -METHACRYLATES USE HETHACRYLIC ACID ♦ NICKEL SULFIDES 555 HETHACRYLIC ACID MILLI EV RANGE USE EV RANGE 7 METHADONE HILLING SEE ORE PROCESSING 2 158 METHANE HlLLISITE USE CALCIUH PHOSPHATES 933 METHANOL ♦ MINERALS 22 METHEHOGLOBIN USE HEMOGLOBIN + SODIUM PHOSPHATES -HETHENYL RADICALS USE HETHYLIOENE RADICALS 2 MILNE METHOD USE DIFFERENTIAL EQUATIONS 2 84 METHIONINE USE AMINO ACIDS 71 MILNE PROBLEM USE ANGULAR DISTRIBUTION + ORGANIC SULFUR COMPOUNDS ♦ NEUTRONS -METHODS USE · 2 MILNE THEORY USE RELATIVITY THEORY 15 METHOTREXATE USE ANTIMITOTIC DRUGS -ΗΝΛΗ1 AMBIGUITY USE ANGULAR DISTRIBUTION ♦ DRUGS ♦ CROSS SECTIONS 78 METHOXY RADICALS USE ALKOXY RAOICALS ♦ PARITY 5 METHYL GREEN USE OYES *■ PHASE SHIFT 8 METHYL ORANGE USE DYES -MINAMI TRANSFORMATION USE HINAHI AMBIGUITY 3 924 METHYL RAOICALS MINERA A OF FRONDEL USE URANIUM MINERALS 16 METHYL REO USE DYES 347 MINERAL ACIOS 9 HETHYL VIOLET SEE DRUGS -MINERAL OIL USE PETROLEUM OR DYES MINERAL WATER USE WATER 7 HETHYLAL USE METHANE 2 MINERAL WOOL USE FIBERS . METHOXY RADICALS ♦ HINERALS 12 HETHYLATION USE CHEMICAL REACTIONS 21 MINERALIZATION SEE BONES + HETHYL RADICALS OR CRYSTALLIZATION 84 HETHYLENE USE ALKENES OR MINERALS 105 HETHYLENE BLUE SEE DRUGS 35 MINERALOGY SEE MINERALS OR OYES 6,977 MINERALS 70 HETHYLENE RAOICALS USE ALKENES 6 MINERVE USE RESEARCH REACTORS 4 HETHYLIOENE RAOICALS USE ACETYLENES 7 MINIATURIZATION SEE CIRCUITS -METHYLNAPHTÛQUINÛNE USE VITAMIN K-l OR PRINTED CIRCUITS 10 METHYLTHYHOL BLUE SEE DYES 2 MINICH-CODE USE PROGRAMMING -METR-1 USE BR-2 -MINIMAX APPROXIMATION USE TSCHEBYSCHEFF POLYNOMIALS ,241 MEV RANGE 1 MIMMIZER-CODE USE PROGRAHMING -HEV/C USE MEV RANGE 757 MINING » MOMENTUM -MINKOWSKI METRIC USE MINKOWSKI SPACE 16 MEVALONIC ACID USE ORGANIC ACIDS 23 MINKOWSKI SPACE USE RELATIVITY THEORY 24 MEXICO USE NORTH AMERICA 51 MINNESOTA USE USA 1 MFOUR-CODE USE PROGRAMMING 12 MINNESOTA UNIV LINAC USE LINEAR ACCELERATORS MGAM-CODE USE PROGRAMMING -MINSK RESEARCH REACTOR USE IRT-F 90 MGCR USE REACTORS 31 MINUS PLUS RATIO USE CHARGED PARTICLES MGCR-CX USE CRITICAL ASSEHBLIES MIQ USE CONTAMINATION 4 HH-1A USE REACTORS LUNGS 1 HI VIDA MINE USE MINING 1 M1RABILITE US*E MINERALS ♦ USA ♦ SODIUM SULFATES + UTAH MIRAGE-CODE USE PROGRAHHING 1 HI-DIAT-COOE USE PROGRAMMING 59 MIRRUR NUCLEI USE NUCLEI 1 MIASKITES USE IGNEOUS ROCKS -MIRRORS SEE MAGNETIC MIRRORS 557 MICA OR REFLECTION MICASCHISTS USE ROCKS OR REFLECTORS MICE 25 MISCH METAL USE CERIUH ALLOYS -HICHAELIS-MENTEN KINETICS USE HICHAELIS-MENTEN REACTION LANTHANUM ALLOYS MICHAELIS-MENTEN REACTION USE ONA MISCO C US*E STAINLESS STEELS ♦ PHOTOLYSIS 7 HISGURNUS FOSSILIS USE FISH » RADIATION EFFECTS 41 MISSILES SEE ROCKETS ♦ REGENERATION MISSISSIPPI RIVER USE USA -MICHEL EQUATION USE MICHEL PARAMETER 31 MISSOURI USE USA MICHEL PARAMETER USE DECAY MIT CYCLOTRON USE CYCLOTRONS ♦ ELECTRONS MITBURN-CODE USE PROGRAHMING ♦ MUONS -MITCHELL ENGINEERING-AMF BMR USE BWR-ME-AMF » SPECTRA MITOCHONDRIA SEE ANIMAL CELLS -MICHEL THEORY USE MICHEL PARAMETER OR CYTOLOGY -MICHEL VALUE USE MICHEL PARAMETER OR PLANT CELLS 270 MICHIGAN USE USA 21 MITOMYCIN USE ANTIBIOTICS 4 MICHIGAN-FORD USE REACTORS + DRUGS 9 MICROANALYSIS USE CHEMICAL ANALYSIS 2,593 MITOSIS ♦ TRACE AMOUNTS 3 MITOTIC INDEX USE MITOSIS MICROBIOLOGY SEE BACTERIA 25 MITR USt RESEARCH REACTORS HICROCEFHALY SEE BRAIN 12 MIXED SPECTRUM ASSEMBLY USE REACTORS OR MALFORMATIONS -MIXEO SPECTRUM CRITICAL ASSEHB USE HSCA 20 MICR0CL1NE USE ALUMINUM SILICATES -MIXED SPECTRUM SUPERHEATER USE MSS ♦ FELDSPARS -HIXED SPECTRUM SUPERHEATER R. USE MSSR <· POTASSIUM SILICATES 69 MIXER-SETTLERS USE LABORATORY EQUIPMENT MICROCOCCUS LYSOOEIKTICUS USE BACTERIA MIXING MICROCOCCUS RAOIOOURANS USE BACTERIA 0.012 MIXING ^ MICROLITE USE CALCIUM OXIDES 17 MIXING HEAT USE THERMODYNAMICS ♦ HINERALS 81 MIXTURES SEE MIXING ♦ NIOBIUM OXIDES 104 HL-1 USE REACTORS ♦ SODIUM OXIOES 1 MLBW-COOE USE PROGRAMHING + TANTALUH OXIDES 1 HLMPA USE ETHYL RAOICALS « TITANIUM OXIOES » METHYL RAOICALS 1.383 MICROORGANISMS ♦ OCTYL RADICALS -MICRORADIOGRAPHY USE MICROSCOPY * ORGANIC PHOSPHORUS COHPOUN » RAOIDGRAPHY HNR USE RESEARCH REACTORS 2.759 MICROSCOPY H0-397-CT AC-CODE USE PROGRAMMING 22 MICROSPORES SEE PLANTS M0-60B-C0DE USE PROGRAHHING 5 MICROSTRUCTURE SEE CONFIGURATION MOATA USE RESEARCH REACTORS OR LATTICES -MOBILE DEMONSTRATION PILE USE PEG OR METALLOGRAPHY -MOBILE HIGH POWER OP. PLANT USE HH-1A 11 MICROTOME. USE LABORATORY EQUIPMENT -MOBILE LOW POWER PLANT 1 USE HL-1 68 MICROTRONS USE ACCELERATORS MOBILITY SEE DIFFUSION ♦ ELECTRONS OR MOTION MICROWAVES OR THERHAL DIFFUSION MIDAS USE COHPUTERS OR VELOCITY MIDAS-CODE USE PROGRAHHING MOCA-CODE USE PROGRAHHING HIOVALE USE STAINLESS STEELS MOCKUP HIE SCATTERING USE PARTICLES -MOCKUP REACTOR NASA USE NASA-HUR ♦ RADIATIONS MODEL-CODE USE PROGRAMMING » SCATTERING 51

SEE ATOMIC MODELS MUHE NTUM OR FLOW MODfcLS -MOMENTUM RANGE USE ENERGY RANGE OR MOCKUP t MOMENTUM ÜK NUCLEAR MODELS HUNACO USE EUHUPE OR PARTICLE MODELS MUNACU-COUE USE PHOGRAHHING 11 MODERATOR­FUEL RATIU USE FUELS MONAZITES MÙDERATORS MONCLOA USt RESEARCH REACTORS 3,590 MODERATORS * -MUNCLÜA POOL REACTUK use MDNLLOA 1,511 MODULATION MONEL USE CUPPER ALLUYS MOELLER SCATTERING USE ELECTRONS NICKEL ALLOYS ♦ SCATTER ING MUNEX PRUCESS US•t HLPKUCESSING SPIN SOLVENT EXTRACTION 949 MOESSBAUER EFFECT * 11 MONGOLI SM US•E DISEASES 12 HOHAWK RIVER USE NEW YORK 6, 165 MUNI URING 4 RIVERS 586 MONKEYS 4 USA 478 MONOCHROMATORS 2 HOHOROVICIC DISCONTINUITY USE EARTH 3,94 8 MUNUCRYSTALS f SEISMOLOGY 29 MONOCYTES USI LEUCUCYTES 15 MUHR SALT use AMMONIUM COMPOUNDS ­MUNOuIETHYLOCTYLMETHYLPHUSPHOli USI ML MP A 4 IRUN 5ULFATES ­MUNUDUÛECYLPHUSPHORIL ACID USE ΜΟΡΑ MOIRE PATTERNS USE INTERFERENCE 80 MONOMERS USE PULYMERΙΖΛΤION -MOISTURE USE HUM I DI Τ Y 82 MONOPOLES SEE NUCLEAR HOUELS -HDL EXPERIMENTAL POWER STATION USE BR­3 b MONOTECTICS SEE PHASe DIAGHAHS -HUL MATERIALS TESTINI, REACTUR USE BR­2 10 MONÛTECTOIDS SEE PHASE DIAGRAMS -MOL RESEARCH REACTOR 02 USE BR­02 MUNSOUN USE ASIA -HOL RESEARCH REACTOR 1 USE BR­I WIND 4 HOLAR HEAT USE MOLECULES 25 MUNT ANA USI USA 4 5PECIFIC HEAT 1,407 MONTE CARLO METHOD 4 WEIGHT ­MONTEREY AGN REACTUR USE AüN SERIES 8 MOLAR VOLUME USE MULECULES 1 11 MONTMURRLUNl TE USt ALUMINUM SIL[CATES 4 VOLUME IUN EXCHANGE MATERIALS 4 WE IGHT MINERALS USE GEOPHYSICS β MONTRUSEITE USE M I NEPAL S 4 IGNEOUS ROCKS t VANADIUM HYUHUXIDES 4 ROCKS 2i MONZUNITES USt: IGNEOUS RUCKS MOLDAVI TES USE METEORITES 365 MOON MOLDING SEF CASTING 1 MORAINES USI 0EPUS1TS OR CONFIGURATION ICE OR LIQUID METALS » ROCKS -MOLDS USE MUULDS ­MORGANI TE US«L BERYL MOLECULAR BEAMS USE BEAMS 15 MORIN SI E OYI S 4 MOLECULES ñ MOKMUNIELLA USI INSECTS 31 MOLECULAR SIEVES USE ADSORPTION WASPS 4 MOLECULES (1 MOROCCO USI AFRICA MOLECULAR STRUCTURE USE MOLECULES 57 MORPHINE USE ALKALUIOS MULECULAR WEIGHT USE MOLECULES 'f MUKPHOLINES USE HETEROCYCLICS 4 WEIGHT 15 MOKPHULOGY SEE B1ULUGY 9,898 MOLECULES OR GEULOGY 36 MOLIERE THEORY USE CHARGED PARTICLES ­MORSE CURVE USE MORSE POTENTIAL «■ MULTIPLE SCATTERING ­MORSE EQUATIUN USI MORSE POTENTIAL ­MOLL I ER CHART USE MOLLIER DIAGRAH ­MUKSE FUNCTION USI MuRSE POTENTIAL HOLLICR DIAGRAM USE ENTHALPY 1? MORSF POTENTIAL USE ATOHS 4 ENTROPY INI TRACI IONS * VAPORS MOLECULES MOLLUSCS USE ANIHALS 175 MORTALIΓΥ se•e RADIAI ION INJURIES ­HOLLY­G USE FBRF ow SI AT 1ST ICS ­MOLTEN METALS USE L[QUID METALS 3 MURTARS su. CFHfNTS ­MOLTEN SALT BREEDER REACTOR USE HSBR MORTIMER­CODE USI PROGRAHMING ­MULTEN SALT CONVERTER REACTOR USE MSCR MOSAIC GOLD USI I IN SUL F IDES ­HOLTEN SALT REACTOR EXP. USE HSRE ­MOSCUW MATERIALS TESTING R. USf SM50 ­MOLTEN SALTS USE FUSED SALTS ­MOSCOW RESEARCH REALTOR USE IKI l R Τ ­ A MOLURANITE USE HOLYBDENUM OXIDES ­MOSCUW RESEARCH REACTUR A USI «- URANIUM MINERALS MUSEL REACTOR USI RESEARCH REACTORS * URANIUM OXIDES ­MUSELEY DIAGRAM USI MUSELEY LAW USf. ATUMIC NUHBER 2Θ MOLYBDENITE USE MINERALS MUSELEY LAW + MULYBDENUM SULFIDES FRtUUENCY » X RADIAT ION ,752 MULYBDENUM MOLYBOENUM ALLOY-TZH USE MOLYBDENUH ALLOYS ­MUSELEY PLOTS USt HUSCLEY LAW + TITANIUH ALLOYS MUSER CALORIMETER USI CALUHIMETCHS DIFFERENTIAL EQUATIONS f ZIRCONIUH ALLOYS MOSER METHOD USI MOLYBDENUH ALLOYS 66 MÛSQU1TOES USI INSECTS IHON OXIDES MOLYBDENUM BLUE USE MOLYBDENUM OXIDES HUSSITE USI 1 HANGANESE OX IDES + PIGMENTS HINFRALS MOLYBDENUM BORIDES NIOulUH UXIDES MOLYBDENUH BROHIOES ; 1 ANT ALUM UX IDES MOLYBOENUM CARBIOES USI INSECTS MOLYBDENUH CARBONATES 9 MOTHS MOLYBDENUM CHLORIDES 12,378 MUT I UN MOLYBDENUM COHPLEXES 1,159 MOTORS ­MUTT ASYMHETRY USI HOTT SCATTERING MULYBDENUM COHPOUNOS USI HUTT SCATTERING MOLYBDENUM FLUORIOES ­MUTT CROSS SECTIONS ­MOT T FORMULA USE HOTT SCATTER ING MOLYBDENUH HYDRIDES HOTT OXIDATION THEORY USI. HETALS MOLYBDENUM HYOROXIDES OXIDATION MOLYBDENUM IUOIOES SURFACES MOLYBDENUM ISOTOPES MOTT SCATTERING CHARGED PART ICLES MOLYBDENUH NITRATES ELECTRIC FIELDS MOLYBDENUM NITRIDES SCATTERING MOLYBDENUM OXIDES SPIN MOLYBDENUH PHOSPHATES ­MOT Γ THEORY SEE MUTT OXIDATION THEORY HOLYBDENUH SILICATES OR MOTT SCATTERING HOLYBOENUH SULFATES ­M0TT­SM1TH ANALYSIS USE HOTT­SHITH THEORY MOLYBDENUM SULFIDES ­MOTT­SMITH BIMOOAL REPRESENTAT USe MUTT­SMITH THEORY MOLYBOENUM 100 ­HOTT­SHITH DISTRIBUTION USE MOTT­SMITH THEORY MOLYBOENUM 101 MUTT­SMITH THEORY USE BOLTZMANN STATISTICS MOLYBDENUM 102 MOLECULES MOLYBDENUH 103 SHOCK WAVES MOLYBDENUM 104 VELUCITY MOLYBDENUM 105 ­MOTTELSON­NRSSON MODEL USE NILSSON­MOTTELSON HOOEL MOLYBDENUM 90 MOULDS Sf f. CAST ING MOLYBDENUH 91 FUNGI MOLYBDENUM 3 MOUND LABORATORY UHIO MULYBDENUM USAEC MOLYBDENUM MOUNTAINS SEE ROCKS MULYBDENUM ­MOUTH USE ORAL CAVITY MOLYBDENUM MOZAMBIQUE USE AFRICA MOLYBDENUH ΗΡΑ StE AHINES MOLYBDENUM DRGANIC SULFUR COHPOUNOS HOLYBDENUH PRDPYL RAOICALS HOLYBUITE USE HOLYBOENUH OXIDES RADIOACTIVITY HULYBUOMENI USE LEAD OXIDES HINERALS SAFETY SELENIUH OXIDES 137 MPC USE CDNTAHINATION 138 MPÜ USE RADIATION DOSES MOLYSITE USE IRON CHLORIDES 7 MPE SEE CONTAMINATION MOMENT OF INERTIA USE INERTIAL FORCE HASS RADIAT ION DOSES RUTATION MPI BODY ELECTRIC MOHENTS RAOIOACTIVITY HAGNETIC HOHENTS 9 MPL CONTAMINATION HECHANICAL HOHENTS RADIAT ION DOSES SHIELDING 1 MPH USE REACTORS 82 MOHENTS HETHOD TRANSPORT THEORY ­MPR­UIDO USE DIDO­JUELICH 52

1 MPTS USE METHYL RAOICALS ¿Ü MYLtKAN USE NITROGEN MUSTARD OXAZOLES RAUIOHIMETIC DRUGS » PHENYL RAOICALS 2 MYLONIIES USE POWDERS * PYRIDINES RUCKS . SULFONIC ACIUS B MYOCARDIAL INFARCII": USE OISEASES * TOLUENE HEART HROCOS­CODE US.E PROGRAHMING 10 MYOCARDIUM USE»­ HEART 8 HRR USE RESEARCH REACTORS 17 MYOGLOBIN USE MUSCLES 7 MSBR US­E REACTORS + PROTEINS MSCA USE CRITICAL ASSEMBLIES 4 MYÜMAS USE MUSCLES ι MSCR USt REACTORS TUMORS MSF­CODE USE PROGRAHMING 3 MYOMETRIUM US*E MUSCLES MSGAM­CODE USE PROGRAHMING ♦ TISSUES MSHR USE RESEARCH REACTORS UTERUS 1 HSPR USE REACTORS 24 MYOSIN USE MUSCLES 139 MSRE USE REACTORS PROTEINS 3 MSS USE REACTORS ­MYUTIS LUCIFUGUS USE BATS 8 HSSR USE REACTORS 1 MYRA­CODE USE PROGRAHHING MSU BETATRON USE BETATRONS 7 HYRISTIC ACID USE ORGANIC ACIDS 678 MTR USE RESEARCH REACTORS 37 MYXEDEMA USE OISEASES ­HU MESONS USE MUONS THYROID 41 MUCOPOLYSACCHARIDES SEE CARBOHYURATES 38 HZFR USE RESEARCH REACTORS 14 HUC OPROTEINS USE MUCOPOLYSACCHARIDES 267 N*RESGNANCES USE NUCLEONS PROTEINS RESONANCE 19 MUCOSA SE*E TISSUES 166 N/D METHOD USE DISPERSION RELATIONS 34 MUO SEE CLAYS ELASTIC SCATTERING OR SLURRIES + MATHEMATICS MUFFLE­CODE USE PROGRAHHING * PARTIAL WAVES 25 MUFT­CODE USE DISTRIBUTION ­NA EXPERIRENTAL R. ZERO ENERGY USE NERO­UK + HOMOGENEOUS 7 NAA USE REACTORS ♦ NEUTRONS ­NABARRO­HERRING EQUATIUN USE PEIERLS­NABARRO FORCE + PROGRAHMING ­NACA PLUH BRDOK R. USE NASA­TR SLOWDOWN ­NAC A­T R USE NASA­TR ­MULE DEER US.E DEER 1 NAEGITE USE URANIUM MINERALS HULLIKEN ANALYSIS USE CONFIGURATION ♦ URANIUM OXIDES ELECTRONS ZIRCONIUM SILICATES . MOLECULES 176 NAGASAKI USE JAPAN .♦ QUANTUH MECHANICS 11 NAGOYA HODEL USE PARTICLE HODELS ­HULL I KEN FORMULA USE HULLIKEN ANALYSIS ­NAIG CRITICAL ASSEMBLY USE NCA ­HULLIKEN RELATION USE MULLIKEN ANALYSIS 1 NAKHLITIC ACHDNORITES USE ACHDNORITES 17 NULLITE USE ALUMINUM SILICATES 3 NAPHAZOLINE USE DRUGS + ION EXCHANGE HATERIALS 1.124 NAPHTHALENE ♦ MINERALS 131 NAPHTHÚL USE NAPHTHALENE ­MULTI PURPOSE RESEARCH REACTOR USE HZFR * PHENOLS 13 MULTI­CHANNEL ANALYZERS SEE PULSE ANALYZERS NAPHTHYL RADICALS USE NAPHTHALENE 1 MULTIOPT­CODE USE PROGRAMMING NARCOTICS USE ANALGESICS 4 MULTIPLE MYELOMA USE 80NE HARROW * DRUGS + BONES USE COHPUTERS + TUHORS * DIGITAL SY5TEMS 68 MULTIPLE PRODUCTION SEE INTERACTIONS -NARF USE GTR OR NUCLEAR REACTIONS 23 NASA USE SPACE VEHICLES 228 MULTIPLE SCATTERING USt SCATTERING * USA 379 MULTIPLETS SEE ENERGY LEVELS -NASA MOCKUP REACTOR USE NASA-MUR OR GROUP THEORY -NASA PLUM BROOK MOCK-UP K. USE NASA-MUR OR SPECTRA -NASA PLUH BROOK R. FACILITY USE NASA-TR 4 MULTIPLEXER USE CIRCUITS -NASA ZERO POWER REACTOR 2 USE NASA-ZPR-2 COMPUTERS NASA-MUR USE CRITICAL ASSEMBLIES 1.445 MULTIPLICATION FACTORS * 13 NASA-TR USE RESEARCH REACTORS IBI MULTIPLICITY USE QUANTUM MECHANICS 1 NASA-ZPR-2 USE RESEARCH REACTORS MULTIPLIER TUBES SEE ELECTRON MULTIPLIERS 16 NASOPHARYNX SEE TISSUES OR PHOTOMULTIPL1ERS 2 NASTURAN USE URANINITES 395 MULT I POLARITY SEE DIPOLES * URANIUH MINERALS OR ELECTRIC FIELDS -NAT. BUREAU OF ST. RESEARCH R. USE NBSR OR MAGNETIC FIELDS -NAT. NAVAL MED. CENTER USE AGN SERIES OR MULTIPOLES -NAT. REACTOR TESTING STATION USE OMRE OR NUCLEAR MODELS -NATHAN HALE SUBHARINE USE S5W SERIES 136 HULTIPOLE RAOIATION USE MULT1POLARITY -NATHANAEL GREENE SUBHARINE USE S5W SERIES ♦ RADIATIONS -NATIONAL CIRCUL. TEST PLANT USE S5G-NRTS 232 MULTIPOLES SEE DIPOLES -NATIONAL INST. NUCL. ENERGY R. USE TRIGA SERIES OR NUCLEAR MODELS NATROAUTUNITE USE SODIUM PHOSPHATES 45 MULTIVIBRATORS USE CIRCUITS * URANIUM MINERALS ­MUNICH RESEARCH REACTOR USE FRH «· URANIUH PHOSPHATES ­MUNICH TECH. UNIV. REACTOR USE FRH 3 NATROLITE USE ALUMINUM SILICATES MUNTZ METAL USE COPPER ALLOYS * MINERALS ♦ ZINC ALLOYS * SODIUM SILICATES ­MUON CHARGE RATIO USE POSITIVE EXCESS 1 NATURAL ACTIVITY USE RADIOACTIVITY ­MUON NEUTRINOS USE NEUTRETTOS 5 NATURAL CIRCULATION SEE CONVECTION 19 MUONIUM USE BINDING ENERGY OR FLUID FLOW + ELECTRONS -NATURAL CIRCULATION TEST PLANT USE S5G-NRTS + HUONS 11 NATURAL CONVECTION USE CONVECTION MUONS­PLUS 36 NATURAL GAS USE GASES 4.268 MUONS * 23 NATURAL URANIUM USE URANIUH 373 HUONS­MINUS USE HUONS 44 NATURAL URANIUH FUEL 7 HUONS­NEUTRAL USE MUONS 6 NAUSEA SEE RAOIATION SICKNESS 253 MUONS­PLUS USE MUONS ­NAUTILUS USE SSN571 ­MUR USE NASA­MUR 1 NAVAJOITE USE MINERALS 13 MURA SYNCHROTRON USE FFAG ACCELERATORS ♦ VANA01UH HYDROXIDES ♦ SYNCHROTRONS ­NAVAL RESEARCH LAB. RESEARCH R USE NRR 4 MURAMI DASE USE ENZYMES 6 NAVAL RESEARCH LABORAIURY USE USAEC 6 MUREXIDE SEE DYES ­NAVAL RESEARCH SWIMMING POOL R USE NRR ­MUSASHI­TRIGA USE TRIGA SERIES NAVEL REACTOR USE REACTORS 1,189 MUSCLES ­NAVIER­STOKES APPROXIMATION USE NAVIER­STOKES EQUATIONS 28 MUSCOVITE USE ALUMINUM SILICATES 51 NAVIEK­STOKES EQUATIONS USE DIFFERENTIAL EQUATIONS * MICA + LIQUID FLOW * POTASSIUM SILICATES ­NAVIER­STOKES REGIME USE NAVIER­STOKES EQUATIONS 4 MUSKRATS USE ROOENTS NBR USE REACTORS 15 MUSSELS USE MOLLUSCS 28 NB S USE STANDAROS MUSTAROS SEE NITROGEN MUSTARD ­NBS RESEARCH REACTOR USE NBSR OR OILS 1 NBSR USE RESEARCH REACTORS DR PLANTS NCA USE REACTORS OR TH10CYANIOES NCBNR USE REACTORS 40 HUTAGENS SEE CHEHICALS 1 NCSCR­1 USE RESEARCH REACTORS OR ORUGS NCSCR­2 USE RESEARCH REACTORS 2.782 MUTATIONS 2 NCSCR­3 USE RESEARCH REACTORS 25 MYCOBACTERIUM TUBERCULOSIS USE BACTERIA 1 NCSCR­4 USE RESEARCH REACTORS 7 MYCOSES USE FUNGI ­NDA REMOTE EXPERIMENT STATION USE PLATR * INFECTIONS. ­NOA STEAM COOLED FAST R. USE SCFR MYELERAN USE ANTIMITOTIC DRUGS ­NDA­CX USE PLATR 5 MYELITIS USE DISEASES ­NDCTR USE BWTR » NERVOUS SYSTEM 3 NEBRASKA USE USA > SPINAL CORD 39 NEBULAE USE ASTROPHYSICS 10 MYELOID LEUKEMIA USE BONE MARROW 40 NECK SEE TISSUES * LEUKEMIA 2 NECKLACE­CODE USE PROGRAHHING 14 MYELOMA USE BONE MARROW 135 NECROSIS SEE RADIATION INJURIES * LYHPH SYSTEM ­NEEL POINT USE NEEL TEMPERATURE » TUMORS 129 NEEL TEMPERATURE USE ANTIFERROMAGNETISM 4 MYELOSCLEROSIS SEE DISEASES TRANSITION TEMPERATURE OR NERVOUS SYSTEM ­NEEHAN MODEL US*E GELL­MANN THEORY OR SPINAL CORD 3 NEGATIVE ENERGY STATES USE ENERGY LEVELS 115 MYLAR USE POLYESTERS ­NEGATRONS USE ELECTRONS 53

24 NELKIN THEORY USE NEUTRONS NEPTUNIUM FLUORIDES + SCATTERING NEPTUNIUM HYUHIDES *■ TRANSPORT THEORY NEPTUNIUM HYDROXIDES 14 NEMATODES USE ANIMALS NEPTUNIUM IDDIDES 26 NEMBUTAL USE ANESTHESIA .^fcPTUNIUM ISUTUPES ♦ BARBITURIC ACID NEPTUNIUH NITRATeS ♦ DRUGS NEP TUMI UM NITRIDES NEPTUNIUM NENADKEVITE USE CALCIUM SILICATES OXIDES NEPTUNIUM f LEAD SILICATES PHOSPHATES NEPTUNIUM ♦ MAGNESIUM SILICATES SILICATES NEPTUNIUM ♦ RARE EARTHS SULFATES NEPTUNIUM ♦ THURIUH SILICATES SULFIDES NEPTUNIUM 4 URANIUM MINERALS 227 NEPTUNIUM ♦ URANIUM SILICATES 22H NEPTUNIUM 837 NEODYM I UM 229 NEPTUNIUH 200 NEOOYHIUM ALLOYS 230 10 NEOOYMIUM BORIDES NEPTUNIUM 231 NEPTUNIUM 13 NEODYMIUM BROMIDES 2 i 2 NEPTUNIUM 10 NEOOYMIUM CARBIDES 233 NEPTUNIUM 12 NEODYMIUM CARBONATES 234 NEPTUNIUM NEOOYMIUM CHLORIDES 123 NEPTUNIUM 2 >'. NEOOYHIUM COMPLEXES 2 36 113 NEPTUNIUM NEODYMIUM 237 274 COMPOUNDS NEPTUNIUM NEOOYMIUM ¿in FLUORIOES NEPTUNIUM NEOOYHIUM 2 39 HYORIOES NEPTUNIUM NEOOYHIUM HYOROXIDES 240 NEOOYMIUM NEPTUNIUM IODIDES 241 NEOOYMIUM NEPTUNIUM­ ISOTOPES ALPHA USE ALLDTHOPY NEODYMIUM 4 NEPTUNIUH NEOOYMIUM NITRATES NfcPTUNIUM­BeTA USE ALLUTHOPY NEOOYMIUM NITRIDES 4 NEPIUN1UM NEOOYMIUM OXIDES USE ALLOTROPY NEOOYMIUM PHOSPHATES NEPTUNIUH­GAMMA NEODYMIUM SILICATES 4 Ν Ε Ρ T UN I UM USE NEPTUNIUM COMPOUNDS NEODYMIUM SULFATES NfcPTUNYL COMPOUNDS USE ELECTRIC CONDUCTIVITY NEOOYMIUM SULFIDES NfckNST EFFECT NEOOYMIUM 137 * ELECTKIC FIELDS NEOOYHIUM 138 » MAGNETIC FIELDS NEOOYMIUM 139 * TEMPERATURE NEOOYMIUM 140 NEKNSI EQUATION USE ELECTHOCHTMISIRV NEODYMIUM 141 4 EQUATIONS NEOOYMIUM 142 NEKNST HEAT THEOHEM USE FREE ENFRGY NEOOYHIUM 143 » TEMPERATURE NEOOYMIUM 144 » THERMODYNAMICS NEOOYHIUM 145 ­NEKNST­EITINGHAUSEN EFFECT USE NEKNSI EFFECT NEOOYHIUM 146 NERO USE REALTORS NEOOYMIUM 147 NERO­UK USE RESEARCH REACTURS NEOOYMIUM 148 ­NERVA USE NKX SERIES NEOOYMIUM 149 NERVE CELLS SEE NERVOUS SYSTEM NEOOYMIUM 150 UK NEURONS NEUHYORIN 151 NERVES USfc NERVOUS SYSTEM USE DIURETICS NERVOUS SYSTEM + DRUGS NESyUEHONlTE USE MAGNESIUM CARBONATES 10 NEOMYCIN USE ANTIBIOTICS NESSLER REAGENT USE MEHCURY IODIDES ♦ OROGS 4 PÜTASS1UH IUDIDES NEON NeSTUR USL RESEARCH REACTUKS NEON BORIOES ­NESTOR WlNFRITH RESEARCH R. USE NtSTOR NEON BROMIDES NET­CUüE USt PRUGRAHHING NEON CARBIOES NETAREA-COOE USE PRUGRAHHING NEON CARBONATES NETHERLANDS USE EURUPr NEON CHLORIDES -NETHERLANDS RES. MAI. TEST. R. USL HFH NEON COHPLEXES -NETHERLANDS RES. REACTUK USE HFR NEON COHPOUNDS NE T fi USE RESEARCH REACTURS NEON FLUORIDES NEUMANN BOUNDARY CUNDÍ TIUNS USE BOUNDARY LUNDI T IONS NEON HYDRIDES * DIFFERENTIAL EQUATIUNS NEON HYOROXIDES NEUMANN SERIES USE FREOHflLH EQUATIONS. NEON IODIDES ­NÊURALGIA USt DISEASES NEON ISOTOPES 4 NERVOUS SYSTEM NEON NITRATES NEUROBLASTOMAS USE CANCER NEON NITRIDES fiEuRUBLASTS USf ANIMAL CELLS NEON OXIOES » NERVOUS SYSTEM NEON PHOSPHATES » NCUHUNS NEON SILICATES NEUROLUGY USE MFlJlCINf NEON SULFATES 4 NERVOUS SYSTEM NEON SULFIOES NEURONS USF ANIMAL CfLLS NEON 16 4 CYTOLOGY NEON 17 4 NERVOUS SY5TEM NEON 18 NEUROSES­CODE USE PRUGRAHHING 42 NEON 19 NEUROSPORA USE FUNGI 495 NEON 20 NEUTRAL PARTICLES USE PAHTICLES 155 NEON 21 NEUTRAL RED USt DYES NEON 22 244 NEUTRAL VIOLET USfc UYES NEON 23 49 NEUTRALIZATION SEE ACIDITY NEON 24 7 OH IONS NEOPENTANE 8 USE HETHYL RAOICALS NEUTRETTOS OSE NEUTRINUS ♦ PROPANE 1,932 NEUTRINOS -NEOPLASMS SEE CANCER 6,972 NEUTRON BEAMS OR TUHORS ­NEUTRON CAPTURE USE CAPTURE NEOPRENE USE ELASTOHERS 4 NEUTRONS NEOTANTALITE USE HICROLITE NEUTHUN CAPTURE THERAPY USE HAUIUTHERAPY ΝΕΟΤOMA USE RATS ­NEUTRON CHOPPERS USE CHOPPERS NEPAL USE ASIA 4 NEUTRUNS NEPHELINE SYENITES USE IGNEOUS ROCKS NEUTRON DENSITY USE NEUTRONS NEPHELITE USE ALUMINUM SILICATES NEUTRUN DETECTION ♦ MINERALS NEUTRON DIFFRACTION USE DIFFRACT ION ♦ POTASSIUM SILICATES * NEUTRON BEANS *■ SODIUM SILICATES ­NEUTRON DIFFRACTOHETEHS USfc NEUTRON DIFFRACTION USE CALCIUM SILICATES * NEUTRUN SPECTROMETERS ♦ HAGNESIUH SILICATES NEUTRON FILTERS USE ABSORPTION ♦ MINERALS * NEUTRONS 19 NEPHRITIS SEE DISEASES NEUTRUN FLUX OR KIDNEYS ­NEUTRON GENERATION SEE FISSION OR RADIATION INJURIES OR HULTIPLICATION FACTORS 4 NEPHROBLASTOMAS USE CANCER OR NEUTRON SOURCES ♦ KIDNEYS OR NUCLEAR REACTIONS -NEPHROSCLEROSIS USE DISEASES OR PHUTOPROOUCTION «■ KIDNEYS ­NEUTRON INTENSITY See NEUTRON BEAHS -NEPHROSIS USE DISEASES OK NEUTRON FLUX ♦ KIDNEYS NEUTRUN SEPARATION ENERGY USE BINDING fcNERGY NEPTEX PR0CE5S USE REPROCESSING 4 NEUTRONS -NEΡΤUNATES USE NEPTUNIUM OXIDES ­NEUTRON SOURCE REACTOR USe NSR 8 NEPTUNE SEE REACTORS ­NEUTRON SOURCE THERHAL REACTOR USE NeSTOR -NEPTUNE ZERO ENERGY REACTOR USE NEPTUNE 3,146 NEUTRON SOURCES *19 NEPTUNIUM 1,902 NEUTRON SPECTROHETEKS 14 NEPTUNIUM ALLOYS NEUTRON TRANSFER USE NEUTRONS NEPTUNIUM BORIOES ♦ NUCLEAR REACTIONS 4 NEPTUNIUM BROMIDES NeUTRONS 5 NEPTUNIUM CARBIDES NEUTROPHILS USE LEUCOCYTES 3 NEPTUNIUM CARBONATES 347 NEVADA USE USA 24 NEPTUNIUM CHLORIDES 160 NEVADA TEST SITE USE NEVADA 46 NEPTUNIUM COMPLEXES * TESTING 118 NEPTUNIUM COHPOUNDS 22 NEW HAMPSHIRE USE USA 54

57 NEW JERSEY iE USA NIOBE-CODE USE BOLTZMANN EQUATION -NEW MATERIALS TESTING K SE SM75 4- PROGRAMMING 221 NEW MEXICO SE USA 29 NIUBITE USE IRON OXIDES -New PRUOUCTIÛN REACTOR SE NPR * MANGANESE OXIDES 946 NEW YORK SE USA 4 MINERALS -NEW YORK UNIV. AuN-201 R St AGN SERIES *■ NIOBIUM OXIDES 52 NEW ZEALAND SE AUSTRALIA * TANTALUM OXIOES 3 NEWCASTLE DISEASE SE BIRDS 3,398 NIOBIUH + INFECTIONS 5 NIOBIUM ALLOY­B­66 USE HULYBUENUM ALLOYS + VIRUSES NIOBIUM ALLOYS -NEWTON DYNAHICS SE NEwTUN MECHANICS 4 VANADIUM ALLOYS NEWTON FLUIO SE FLUID FLOW 4 ZIRCONIUM ALLOYS + VISCOSITY NIOBIUM ALLOY­CB­74 USE NIOBIUM ALLOYS NEHTUN INTERPOLATION FUKHULA SE INTERPOLATION + TUNGSTEN ALLUYS f MATHEMATICS * ZIRCUNIUM ALLOYS -NEWTON LAWS OF HECHANICS SE NEWTON HECHANICS 3 NIOBIUH ALLUY­LB­752 USE NIUBIUM ALLOYS -NEWTON LAWS OF HOTION SE NEWTON MECHANICS 4 TUNGSTEN ALLOYS -NEWTON LIQUID SE NEWTON FLUID ZIRCONIUM ALLOYS NEWTON MECHANICS SE MECHANICS NIOBIUH ALLOY­CB­753 USE NIOBIUM ALLOYS EE DIFFERENTIAL EQUATIONS 4 VANADIUM ALLOYS NEKTON METHOD R EQUATIONS ZIRCONIUM ALLOYS SE INTEGRALS 3 NIUBIUH ALLOY­D­14 USE NIOBIUH ALLOYS NEWTGN-COTES FORMULA * NUMERICALS 4 ZIRCUNIUH ALLOYS SE BISMUTH ALLOYS 15 NIOBIUM ALLOY­D­31 USE MULYBDENUM ALLOYS NEWTON-METAL ♦ LEAD ALLOYS f NIOBIUM ALLOYS * TIN ALLUYS TITANIUM ALLOYS T-NEWTS SE TRITURUS NIOBIUM ALLOY­D­36 USE NIOBIUM ALLOYS NI-HARÜ SE CAST IRON TITANIUM ALLOYS *■ NICKEL ALLOYS * ZIRCONIUM ALLOYS 20 NI-O-NEL SE CHROMIUH ALLOYS NIOBIUM ALLOY­D­41 USE HOLYBDENUH ALLOYS *■ COPPER ALLOYS NIOBIUH ALLOYS «■ IRON ALLOYS + TITANIUH ALLOYS ♦ MOLYBUENUM ALLOYS TUNGSTEN ALLOYS + NICKEL ALLOYS 10 NIOBIUM ALLOY­D­43 USE CARBIOES + TITANIUM ALLOYS 4 NIOBIUH ALLOYS ­NIACIN SE VITAMIN PP TUNGSTEN ALLOYS ­NIAGARA MOHAWK POWER CO SE NINE MILE POINT ZIRCONIUM ALLOYS NICARAGUA SE CENTRAL AHERICA 14 NIOBJUM ALL0Y­F­4B USE HEAT RESISTING METALS 101 NICHROHE SE CHRUHIUM ALLOYS + HOLYBDENUH ALLOYS *■ NICKEL ALLUYS NIOBIUM ALLOYS 4.388 NICKEL + TUNGSTEN ALLOYS 7.017 NICKEL ALLOYS 4 ZIRCONIUM ALLOYS 30 NICKEL BORIOES I NIOBIUM ALLQY­F­50 USE NIOBIUM ALLOYS 10 NICKEL BROMIDES ♦ TITANIUM ALLUYS 17 NICKEL CARBIDE 5 2 NIOBIUM ALLOY­FS­85 USE NIUBIUH ALLOYS 5 NICKEL CARBONATES + TANTALUM ALLOYS 70 NICKEL CHLORIOES 4­ TUNGSTEN ALLOYS NICKEL COINAGE USE COPPER ALLOYS + ZIRCONIUM ALLOYS ♦ NICKEL ALLOYS 4,660 NIOBIUH ALLOYS 185 NICKEL COMPLEXES B3 NIOBIUM BORIDES 401 NICKEL COMPOUNDS 19 NIOBIUM BROMIDES 59 NICKEL FLUORIDES 324 NIOBIUM CARBIDES 14 NICKEL HYDRIDES NIOBIUH CARBONATES 23 NICKEL HYOROXIDES 137 NIOBIUM CHLORIOES 1 NICKEL IODIDES 121 NIOBIUM COHPLEXES 60 NICKEL ISOTOPES 276 NIOBIUH COHPOUNOS 29 NICKEL NITRATES 91 NIOBIUH FLUORIDES 2 NICKEL NITRIDES 43 NIOBIUH HYDRIDES 369 NICKEL OXIDES 16 NIOBIUM HYDROXIDES 2 NICKEL PHOSPHATES 25 NIOBIUM IODIDES 5 NICKEL SILICATES 30 NIOBIUM ISOTOPES NICKEL SILVER USE COPPER ALLOYS 11 NIOBIUM NITRATES + NICKEL ALLOYS 107 NIOBIUM NITRIOES + ZINC ALLUYS 916 NIOBIUH OXIDES 4 NICKEL STEELS USE NICKEL ALLOYS 8 NIOBIUM PHOSPHATES + STEELS NIOBIUM SILICATES 54 NICKEL SULFATES 3 NIOBIUM SULFATES 34 NICKEL SULFIDES 14 NIOBIUM SULFIDES 28 NICKEL 56 3 NIOBIUM 100 71 NICKEL 57 1 NIOBIUM 101 438 NICKEL 58 5 NIOBIUM 88 79 NICKEL 59 8 NIOBIUM 89 300 NICKEL 60 43 NIOBIUM 90 86 NICKEL 61 11 NIOBIUM 91 147 NICKEL 62 32 NIOBIUM 92 110 NICKEL 63 130 NIOBIUM 93 92 NICKEL 64 40 NIOBIUM 94 59 NICKEL 65 524 NIOBIUM 95 10 NICKEL 66 20 NIOBIUM 96 NICKEL ­CHROMIUM STEELS USE STAINLESS STEELS 20 NIOBIUM 97 1 NICKELINE USE ARSENIC COMPOUNDS 6 NIOBIUM 98 + ARSENIDES a NIOBIUH 99 ♦ HINERALS ­NISHIJIHA.MODEL . USE GELL­MANN THEORY «- NICKEL COMPOUNDS ­NISHIJIHA­GELt­HANN THEORY USE GELL­MANN THEORY NICKELINE ALLOY USE COPPER ALLOYS NISHIMURA­KAMATA FUNCTION USE COSMIC RADIATION + NICKEL ALLOYS 4 DISTRIBUTION 1 NICOLAYITE USE LEAD SILICATES · 4 ELECTRONS + THORIUM SILICATES EXTENSIVE AIR SHOWERS ♦ URANIUM MINERALS 3 NITELLA US*E ALGAE ♦ URANIUH SILICATES 1,678 NITRATES NICOTIANA USE PLANTS 4,243 NITRIC ACIO NICOTINE USE ALKALUIDS 579 NITRIDES -NICOTINIC ACID USE VITAMIN PP 325 NITRILES USE CYANIDES NIER SPECTROGRAPH USE HASS SPECTROHETERS ­NITRILOTRIACETIC ACID USE NTA NIFLEX PROCESS USE FUEL ELEMENTS ­NITRITES USE NITROUS ACID + HYDROFLUORIC ACID 16 NITRO COMPOUNDS USE NITRATES ♦ NITRIC ACID 49 NITROBENZENE USE NITRATES 4 REPROCESSING 4­ PHENYL RADICALS «■ STAINLESS STEELS 12 NITRQCELLULO:>F USE CELLULOSE NIGERIA USE AFRICA ♦ NITRATES NIKFI EMULSIONS USE NUCLEAR EMULSIONS 6,130 NITROGEN NILE RIVER USE RIVERS NITROGEN BORIOES -NILSSON CONFIGURATION USE NILSSON-MOTTELSON MOOEL 2 NITROGEN BROHIOES -NILSSON FORMULA USE NILSSON-HOTTELSON HODEL NITROGEN CARBIOES -NILSSON MOOEL USE NILSSON-HOTTELSON MODEL NITROGEN CARBONATES -NILSSON POTENTIAL USE NILSSON-MOTTELSON MOOEL 9 NITROGEN CHLORIOES -NILSSON SCHEME USE NILSSON-HOTTELSON HOOEL 12 NITROGEN COHPLEXES -NILSSON THEORY USE NILSSON-HOTTELSON HODEL 493 NITROGEN COHPOUNDS NILSSON-MOTTELSON MUDEL USE COLLECTIVE HODEL 38 NITROGEN FLUORIDES ♦ NUCLEAR HODELS 29 NITROGEN HYDRIDES SEE AMMONIA NIMBUS SATELLITES USE SATELLITES OR HYDRAZINE NIHONIC USE ALUHINUM ALLOYS 1 NITROGEN HYDROXIDES + CHROMIUH ALLOYS 4 NITROGEN IODIDES ♦ COBALT ALLUYS 105 NITROGEN ISOTOPES + NICKEL ALLOYS 227 NITROGEN HUSTARD USE ORGANIC NITROGEN COMPC *■ TITANIUM ALLOYS ♦ RAOIOMIHETIC DRUGS NIMRUD USE SYNCHROTRONS -NITROGEN NITRIOES USE NITROGEN NINE MILE POINT USE REACTORS NITROGEN OXIDES NINEJ-CODE USE PROGRAHMING -NITROGEN SULFIOES USE SULFUR NITRIDES NINHYDRIN USE CHEMICALS NITROGEN 11 USE NITROGEN ISOTOPES NITROGEN 12 55

366 NITRUGEN 13 \JUTLM IESI USE ChARPY [EST ,266 NITKUGhN 14 NUTCHLi USE OPLNINGs 944 NITROGEN 15 .^UVALEKl It USE ARSENIC OXIUIS 211 NITRUGEN 16 • MAGNESIUM UXIUES NlTRDGEN 17 71 4 URANIUH MINtHALS NITROSO RADICALS USE NITROGEN OXIDES • URANIUM UX lOtS NITRÚSU­R SALT USE ANBN 31 NOVAE USI SI ARS * SULFONIC AC IDS ­NOV0VÚRONEZH NUCL. PUWfcK SIAT USE WM PK NITRUSYL RADICALS USfc NITROuEN OXIDES 794 NOZZLES NITROUS ACID USfc MINERAL ACIDS 120 NPD USI REACTOHS 4­ Nl TRUGEN COMPOUNDS ­NPU­2 USI NPI> USE LEAD OX IDES a 7 NPR USE REACTORS + RARE EARTHS 1 NPRI USt RESI ARCH REACTURS * THURIUM OXIDES ­NRL USf NRR * URANIUM MINERALS 4 NRL CYCLOTRON USL CYCLOTRONS * URANIUH OXIDES NHL LI NAC USb LINEAR ACLELtRATORS -NMR USE NUCLEAR HAGNETIC RESONANCE NRN­CODE USI PROGRAMMING -NHSR USE SAVANNAH 21 NRR USI RESEARCH REACTOHS NO KEYWORDS ­NKSP USE NRR NOBELIUM ­NRIS EXPERIMENTAL KfcALIUR USI OMRE NUBELIUH BORIDES 114 NRU USI RESEARCH Ht ACTOR S NOBELIUH 8R0HIDES 22 3 NRX 1J..I ReSIARCH REACTORS NOBELIUM CARBIDES 11 NRX SERIES USE REACTORS NOBELIUM CARBONATES N SC H USI RESEARCH REACTOHS NOBELIUH CHLORIDES EXPUNfNT IAL Ρ ILES NOBELIUH COHPLEXES ACETIC ACIU NUBELIUH COHPOUNDS CHELATES NOBELIUH FLUORIDES NITR1LES NOBELIUH HYORIOES NT K USt RESEARCH REACTORS NOBELIUM HYOROXIDES ­,\Ik CURT ISS­WRIGHT USE CW­NTH NOBELIUM IODIDES NUtiE­CUUfc USI PRUGRAHHING NOBELIUH ISOTOPES ­NUCLEAR ACCIDENTS SM ALL IDE Ν I S NOBELIUH NITRATES EXCURSIONS NOBELIUH NITRIDES NUCLEAR EXPLOSIONS NOBELIUH OXIOES RADIATION EFFECTS NOBELIUM PHOSPHATES RADI AT ION INJUKItS NOBELIUH SILICATES ­NUCLEAR AIRCRAFT RES. FAC. IMW NOBELIUH SULFATES ASTR ­NUCLEAR AIRCRAFT RES. FAc. 3M« NOBELIUM SULFIOES GIR ­NUCLEAR AIRCRAFT SHIELD TEST R NOBELIUM 253 AS TK NUCLEAR ALIGNMENT NOBELIUM 254 HAGNCIIC HOHENTS NOBELIUH 255 PULAR1ZATIUN NOBELIUH 256 13 NUCLEAR CASCADE ENERGY LEVELS Γ RAN S I E NI S -NOBLE GASES OSE RARE GASES 40 NUCLEAR CORE USI NUCLEAR MUÜELS NOBLE HETALS USE METALS ­NUCLEAR DEVL. CENTER TEST R. USf BW TK NOCARDI A USE BACTERIA NUCLEAR ELECTRR MOMENTS USI ELECTR IC MOHENTS -NODULES SEE DISEASES NOCLfAK HOOELS OR TISSUES 191 NUCLEAR tMULSlUNS OR TUMURS ­NUCLEAR ENERGY SEE BINDING ENERGY NOGIZAWALITE USE HINERALS OH POWER 4 THORIUH PHOSPHATES ­NUCLEAR ENGINE­ROCKET VEHli.Lt USE NRX SERIES 4 THORIUM S1LICAIES ­NUCLEAR ENGINLEHlNG USI­ ■ -NOHLITE USE SAMARSKITE ­NUCLEAn ENGINEERING TESI R. USfc NFTP 306 NOISE SEE BACKGROUND ­NUCLEAR EVAPORATION USE EVAPORAT[UN HODEL OR SOUND 4 NUCl EAR REALIIUNS NOM-CODE USE PROGRAMMING í>,300 NUCLEAR EXPLOSIONS 34 NOMOGRAMS SEE DIAGRAMS 169 NUCLEAR FURCES USE BINDING ENERGY 19 NON-LOCAL POTENTIAL USE NUCLEAR MODELS * NUCLEAR HODELS 4 NONCENTRAL FORCES USE NUCLEAR FORCES 23 NUCLEAR INDUCTIUN USI INDUCI ION 4 TENSORS 4 HÄGNET IC MOMENTS 224 NONDESTRUCTIVE TESTING USE HATERIALS TESTING * NUCLEI 45 NONLINEAR PROBLEMS USE MATHEMATICS 1 NUCLEAR HAGNETIC MUHENIS USE MAGNLIIt HOHENTS 15 NONMETALS SEE ELEMENTS * NULI EAR HUDtLS 5 NONYL RADICALS USE ALKYL RADICALS 51 NUCLEAR HAGNETIC HESUNANCL -NOR USE NPRF 1 NUCLEAR MATRIX USt HA1K ILI S 47 NORA USE REACTORS * NUCl EAR HODELS NORA-CODE USE PROGRAMMING 50 NUCLEAR ΜΑΓΤΕΗ USE NUCLEAR HODELS 2 NORBERGITE USfc MAGNESIUM FLUORIDES ­NUCLEAR MERCHANT SHIP NLTHLHL USf NERO 4 HAGNESIUH SILICATES ­NUCLEAR MERCHANT SHIPS USE PHUPULS10N 4 HINERALS 4 HI ACTORS NORBORNYL RADICALS USE TERPENES * SHIPS NURC USE COMPUTERS 18,389 NUCLEAR HODELS 4 DIGITAL SYSTEM5 ­NUCLEAR PHYSICS USI ■ NORDHEIM EQUATIUN USE LIFET1HE 347 NUCLEAR POTENTIAL USI NUCL FAR MUDEI. 5 4 NEUTRONS ­NUCLEAR POWER USf PUWf R 4 REACTORS ­NUCLEAR POWER DLHUNSI. SIA!ION USI Nf'D NORDHEIH HETHOD USE ELECTRIC CONDUCT I VITY 25 NUCLtAK PROPER! RS SI ι NULLI AK MODELS 4 QUANTUH MECHANICS 134 NUCLEAH HAUIl USE NUCLEAR MUDELS 4 SOLIDS IB,90V NUCLcAH REACTIONS -NOROHEIH RULE USE NORDHEIM METHOD ­NUCLcAH SAFETY 5EE RADIAI ION PROTECTION III' Rf ALTOR SAI ETY NORDHEIH RULES USE ODD DDO NUCLEI ♦ SHELL MODELS DR SAI ETY ■ 4 SPIN NUCLEAR SCIENCE USI ­NUCltAR SCIENCE CENTER USE NSCH NORDHEIM-SCALETTAR HETHÜD USE CONTROL ELEMENTS 4 CR1TICALITY NUCLEAR SCREENING USE ELLCIHIC f I ELDS 4 4 REACTORS ELECTRONS NULLI I NORDMARKITES USE IGNEOUS ROCKS ­NUCLEAR SHIP IJTTU HAHN K. USI 01 TO HAHN NORELCO DIFFRACTOHETER USE DIFFRACTION » ­NUCLEAR 5HIP SAVANNAH H. SAVANNAH 4 INSTRUMENTS USI ­NUCLtAR STRUCTURE USI NUCLEAR HODELS 4 MUNUCRYSTALS ­NUCLEAR SUPERHEAT R USE NUSU 4 X RADIATION NUCLtAR SUPERHEATING USI SUPERHEAT ING NORITES USE IGNEOUS ROCKS ­NUCLEAR TECHiJULUGY USI ■ -NORMAL DISTRIBUTION USE GAUSS FUNCTION NUCLEAH TEMPERATURE USI EXÍ. I 1 AI IUN NORMALIZATION SEE HEAT TREATHENTS t NUCLΕ I UR STANDARDS ­NULLtAH TEST REACTUK UM NIK -NORHANNENMEG RESEARCH R. USE FRG NUCLEAR THEURY -NORTH AMER. AVIATION WBNS 1953 WdNS use ­NUCLEAR TRAINING H. LUKIISS USE CW-NTH -NORTH AHER. AVIATION WBNS 1956 USE AE­6 ­NUCLEAR TRANSFORMAT lU.JS SfcE DECAY NORTH AMERICA UK FI SSIUN -NORTH AMERICAN AVIATION USE NAA UH NUCL ΕΛΚ REACT[UNS NORTH CAROLINA USE USA OR PHOTOPRODOLTIUN -NORTH CAROLINA BOILING W. R. USE NCBWR UR (HfRMuNUCLtAk REACTIONS -NORTH CAROLINA STATE COLLEGE 1 USE NCSCR­1 it) NULLEAH WtAPUNS USt NUCLEAR EXPLOSIONS -NORTH CAROLINA STATI: COLLÈGE 2 USfc NCSCR­2 623 NUCLEAR BURING -NORTH CAROLINA STATE COLLEGE 3 USE NCSCH­3 51 NUCLEATIUN SEE CRYSTALLIZAT ION -NORTH CAROLINA STATE COLLEGE 4 USE NCSCR­4 OR NUCLEATE BOILING NORTH DAKOTA USE USA 5,511 NULLE I -NORTH POLE USE AKCTIC REGIONS ­NUCLEI­CELLS USE CELL NUCLEI NURTH SEA USE ATLANTIC OCEAN 6, 766 NULLEIC ACIDS -NORTHERN ST. ATOMIC PUWER PL. USÉ CR BR 20 NULLEULI USt CfcLL NUCLEI CR BR -NORTHERN ST. POWER CONTR. RfcC. US/E ♦ CYTOLOGY U&E CRBH­CX -NORTHERN ST. POWER CRIT. EXP. NUCLtON­NUCLEGN PUTENTIAL USE INTERACTIUNS ASIA NORTHERN VIETNAH USE 4 NUCLEAR MÜOELS TR IGA SERIES -NORTHROP CORP. TRIGA-F R. USE 4 NUCLEONS -N0RVAL1NE USE VAL INE" NULLcUNS USE EUROPE NURHAY NUCLEUPKÜTF1NS USE NUCLEIC ACIDS -NORWEGIAN BOILING REACTUR USE NBR 4 PRUIEINS USt ALUMINUM SILICATES NOSELITE NULLE US I DES USE NUCLEIC ACIDS 4 MINERALS NULLEUSYNTHESIS USE BIUCHEMISTRY 4 SODIUM SR ICATES * NUCLEIC ACIDS 4 SODIUM SULFATES 56

IRON SILICATES 9 NUCLEOTIDASES USE ENZYMES 2d OLIVINE USE ♦ NUCLEIC ACIDS ♦ MAGNESIUM SILICATES ♦ PHOSPHATASES ♦ MINERALS CRITICAL ASSEHBLIES 340 NUCLEOTIDES USE NUCLEIC ACIOS OMCA USE ♦ ORGANIC PHOSPHORUS COHPOUNDS a OHCR USE REACTORS REACTORS 14 NUCLIDES USE ISOTOPES OMCR­PR USE HYPERUNS NUEVIIE USE NIOBIUH OXIDES 52 OMEGA PARTICLES USE ♦ RARE EARTHS 526 OMEGA RESONANCES USE RESONANCE ♦ URANIUM MINERALS ­OMEGA MEST REACTOR USE OUR 2 NUEVO LAREDO HETEORITE USE METEORITES 26 OMEGA­MINUS USE HYPERONS 30.176 NUMERICALS OMEGA PARTICLES NURLOC-CODE USE PROGRAMMING 36 OMEGATRON US*E CYCLOTRONS 2 NURSE-CODE USE PROGRAMMING ­OMNES METHOD USE OMNES­MUSHKHELISHVILI METHOD -NUSSELT EQUATION USE NUSSELT NUMBER UMNES­MUSHKHELISHVILI METHOD USE DISPERSION RELATIONS -NUSSELT MODULUS USE NUSSELT NUMBER INTEGRAL EQUATIONS 180 NUSSELT NUMBER USE FLUIDS .*■ PARTIAL WAVES ♦ HEAT TRANSFER 1 OMPA USE AHIOES ♦ SOLIDS METHYL RADICALS -NUSSELT THEORY USE NUSSELT NUMBER . ORGANIC PHOSPHORUS COMPOUNDS NUSTAT-COOE USE, PROGRAMMING ­OHR US.E PNPF 16 NUSU USE REACTORS UMRCA USE REACTORS -NUTMEG RE ATTOR USE CONNECTICUT YANKEE 212 ÜMRE USE REACTORS β NUTRIENTS SEE SOLUTIONS ­OMRE PIQUA USE PNPF 10 NUTRITION SEE DIET ­ÜMRE­2 USE EOCR OR FOOD UMRHS USE REACTORS r NYASALANO USE AFRICA ­ÜMRO USE OMRR 173 NYLON USE AMIDES OMRR USE RESEARCH REACTORS + POLYMERS ­ONE­LEVEL DISPERSION FORMULA USE BREIT­WIGNER FORMULA USE AGE ­UNE­QUATUM ANNIHILATION USE SINGLE­QUANTUM ANNIHILATION » INSECTS 54 ONIONS USE VEGETABLES -NYQU1ST CRITERION USE NYQUIST THEOREH ONSAGER EQUATIUN USE CONCENTRATION 5 NYQUIST OIAGRAM USE OIAGRAMS ELECTRIC CONDUCTIVITY ♦ FEEDBACK .♦ ELECTROLYTES ♦ OSCILLATIONS ­ONSAGER PRINCIPLE USE ONSAGER RELATIONS + STABILITY 31 ONSAGER RELATIONS USE IRREVERSIBLE PROCESSES -NYQUIST NOISE USE NYQUIST THEOREM ♦ THERMODYNAMICS NYQUIST THEOREM USE BACKGROUND ­1NSAGER SYMMETRY RELATIONS USE ONSAGER RELATIONS ♦ ELECTRIC CONDUCTIVITY ONSAoER THEORY USE DIELECTRICS ♦ ELECTRIC POTENTIAL ♦ LIQUIDS ♦ FREQUENCY 48 ONTARIO USE CANAOA 387 OAK RIOGE NATIONAL LABORATORY USE TENNESSEE ­ONTARIO HYDRU NUCL. POWER ST. USE HWR­1800 .» USAEC 36 OOCYTES USE ANIMAL CELLS -OAK RIDGE RESEARCH R. USE ORR ♦ GONADS 38 OAKS USE PLANTS t SEX 79 OATS USE CEREALS ­OPA USE ΟΡΟ 10 OBESITY USE BODY 73 OPACITY USE ABSORPTION ♦ OISEASES ♦ LIGHT » HEIGHT 5 OPAL USE ROCKS OBRUCHEVITE USE NIOBIUM OXIDES SILICON OXIOES + RARE EARTHS 292 OPE MODEL US.E ELEMENTARY PARTICLES » TANTALUM OXIDES FEYNMAN DIAGRAM ♦ THORIUH OXIDES .+ PARTICLE MODELS + URANIUH MINERALS PERIPHERAL COLLISIONS ♦ URANIUM OXIDES .♦ PIONS -OBSIDIAN USE NEPHRITE OPE POTENTIAL USE NUCLEON­NUCLEON POTENTIAL -OBSTACLES USE BARRIERS OPE MOOEL 24 OCCUPATION NUMBER USE QUANTUM HECHANICS ­OPE THEORY US.E OPE MODEL ♦ STATISTICS 3 96 OPENINGS 11 OCOR USE REACTORS 2 OPERA USE REACTORS 6 OCORE USE REACTORS 14.208 OPERATION -OCEAN USE SEA 2 OPERATIONAL CIRCUITS SEE ANALOG SYSTEMS -OCEANOGAPHIC SHIP JAPAN R. USE JOSR 1,098 OPERATORS USE MATHEMATICS 91 OCEANOGRAPHY USE GEOGRAPHY OPEX­CODE USE PROGRAMHING ♦ SEA 3 OPHTHALMOLOGY USE EYES 2 OCF USE REACTORS ♦ MEDICINE -OCTAHEDRITE USE ANATASE USE OCTYL RADICALS -OCTAMETHYLPYROPHOSPHORAMIDE USE OMPA ♦ ORGANIC PHOSPHORUS COMPOUNDS 149 OCTANE -UPPA USE ΟΡΟ 16 OCTANOIC ACIO USE ORGANIC ACIDS OPPENHEIMER-PHILLIPS PROCESS USE DEUTERONS 9 OCTANOL USE ALCOHOLS ♦ ENERGY RANGE 104 OCTET MOOEL USE PARTICLE HODELS » NUCLEAR REACTIONS 92 OCTUPOLES SEE ELECTRIC FIELDS ♦ STRIPPING OR HAGNETIC FIELDS OPTICAL DISPERSION SEE DIFFRACTION OR NUCLEAR MODELS 1.290 OPTICAL HOOEL USE NUCLEAR MODELS 259 OCTYL RADICALS USE ALKYL RADICALS 103 OPTICAL PROPERTIES SEE ANISOTROPY 25 ODD EVEN NUCLEI USE NUCLEI OR COLOR 77 ODD ODD NUCLEI USE NUCLEI OR DIFFRACTION -ODOCOILEUS HEMIONUS USE DEER OR LUMINESCENCE 272 OOOR OR POLARIZATION OOYSSEUS-COOE USE PROGRAMMING OR REFLECTION. -OERSTEOITE USE ZIRCON OR REFRACTION 5 OFFSPRINGS SEE GENETICS 6B OPTICAL PUMPING SEE ABSORPTION OR REPRODUCTION OR LASERS 33 OGR USE RESEARCH REACTORS OR LIGHT 45 OGRA USE HAGNETIC MIRRORS 7 OPTICAL PYROMETERS USE OPTICAL SYSTEMS OGRA OEVICE USE THERHONUCLEAR DEVICES ♦ PYROMETERS 287 OHIO USE USA 3,671 OPTICAL SYSTEMS 3 OHIO RIVER USE RIVERS 37 OPTICAL THEOREH USE QUANTUH HECHANICS ♦ USA » SCATTERING -OHIO STATE UNIV. REACTOR USE OSUR 53 OPTICS SEE LIGHT 68 OHM LAM USE CURRENTS OR OPTICAL SYSTEMS ♦ ELECTRIC CONDUCTIVITY OPTIMERIC-CODE USE PROGRAHMING » ELECTRIC POTENTIAL OPTIMIZATION USE EFFICIENCY ♦ ELECTRICITY OPTIMIZE-COOE USE PROGRAHHING OHHIC PLASMA HEATING USE JOULE HEATING DPTIMO-CODE USE PROGRAMMING -OHHIC PLASMA LOSSES USE LOSSES OPTI PLOT-CODE USE PROGRAMMING ♦ OHHIC PLASMA HEATING OR-15 USE REACTORS -OHHIC RESISTANCE SEE ELECTRIC CONDUCTIVITY -ORACLE NEUTRON AGE CODE USE ORACLE-CODE OR RESISTORS ORACLE-CODE USE NEUTRONS 503 OILS ♦ PROGRAMHING -OINTHENTS SEE DRUGS ♦ SLOWDOWN -OKLAHOHA AGN-201 R. USE AGN SERIES ORAL CAVITY USE TISSUES -OKLAHOMA UNIV. AGN-201 USE AGN SERIES ORALLOY USE ENRICHMENT 46 OKUBO MASS FORMULA USE STRANGE PARTICLES ♦ URANIUM 235 ♦ STRONG INTERACTIONS -URANGE OXIDE USE URANIUM TRIOXIDE 7 OLBERT THEORY USE MULTIPLE SCATTERING 26 ORANGES USE FRUIT 13 OLDBURY SEE REACTORS -ORANGITE USE THORITE 2 OLOHAMITE USE CALCIUM SULFIDES 4,052 ORBITS ♦ MINERALS ORDER-UISORDER TRANSFORMATION SEE ALLOYS -OLEFINS USE ALKENES OR LATTICES 123 OLEIC ACID USE ORGANIC ACIDS OR SOLID SOLUTIONS 2 OLIGOCLASE USE ALUMINUM SILICATES -ORDNANCE MATERIALS RESEARCH R. USE UHRR ♦ FELDSPARS ORE PROCESSING -OLIGONUCLEOTIDES USE NUCLEOTIDES ORE-CARRIER USE REACTORS 6 OLIGOPHENYLENES USE ALKENES OREGON USE USA 3 OLIGOPHENYLENES-PARA USE ISOMERS -OREGON STATE COLLEGE AGN-201 R USE AGN SERIES » OLIGOPHENYLENES 1,269 ORES 24 OLIVE OIL USE ESTERS 7,271 ORGANIC ACIDS ♦ OILS ORGANIC BORON COHPOUNOS USE BORON COMPOUNDS ORGANIC BROMINE COMPOUNDS -ORGANIC C. HW M. CHALK RIVER USE OCDR 57

­ORGANIC C. R. DENHARK 112 USMUS1S USL DIFFUSION 3,243 ORGANIC CHLORINE COMPOUNDS ORGANIC COMPOUNDS MEMBRANES 5.821 ti US1EUBLASTS 1.060 ORGANIC COOLANT US•I ANlHAL CELLS 4 BONES 3,033 ORGANIC FLUORINE COMPOUNDS 7 ORGANIC HALOGEN COMPOUNDS OSTEOMYELITIS USI BONES 385 ♦ 615 ORGANIC 100INE COMPOUNDS INFtCTIUNS ­ORGANIC H. AND C. REACTOR 5 OSTEONS USI BÜNFS USe OMCR 2i USTtuPLROSIS USI B JNE S ­ORGANIC M. CRIT. ASSEMBLY USE OMCA t OISEASES ­ORGANIC H. HW C. ISPRA R. USE ORGEL 29 OSTEOSARCOMAS USE BONES ­ORGANIC H. R. HAWKER SIODELEY USE OMMHS 4 CANCER -ORGANIC M. R. STUTTGART USE KBWP OSUR USE RESEARCH REACTORS ­ORGANIC M. REACTOR EXPERIMENT USE OMRE ORGANIC MODERATOR 4 ΟΓΙTIS USI EARS 657 4 INFECT IONS .0.488 ORGANIC NITROGEN COMPOUNDS ORGANIC OXYGEN COMPOUNDS ­OTR USE WR­t 669 ORGANIC PHOSPHORUS CUHPOUNDS USE OXYGEN COMPOUNDS 4 UTTAWA RIVER CANADA 2.103 use ORGANIC SULFUR COHPOUNDS 4 RIVERS 6.648 ­ORGANIC TEST REACTOR ti OTTO HAHN USE REACTORS ORGANOMETALLICS USE OR­15 4 SHIPS 831 ORGANS 10 OUABAIN USE DRUGS 3 SEE BODY 4 GLYCOSIDES OR TISSUES 4 STEROIDS 76 ORGEL USE RESEARCH REACTORS STROPHANTIN 40 ORIENTATION SEE ANGULAR DISTRIBUTION UUNCt MfcTAL US«t COPPER ALLOYS OR ANISOTROPY 4 LEAD ALLOYS DA POLARIZATION TIN ALLOYS 51 ORIFICES SEE NOZZLES ­OUTR US*F AGN SERIES OR OPENINGS 20 OVALBUMIN USE ALBUMINS 2 ORIGIN SEE ASTROPHYSICS OVALT­CODE USE PRUGRAHHING OR BIOLOGY 233 OVARIES USE GONADS OR GEOLOGY 4 SEX OR GEOPHYSICS 49 OVfcRHAUSER EFFECT USL ELECTRON SPIN RESONANCE OR PLANETS + METALS OR STARS 4 NUCLEI ORINASE USE DRUGS 4 POLARIZATION ORION SEE COHPUTERS 37 UVERVOLTAGE USt ELECTRIC POTENTIAL OR PROPULSION 7 UVULATIUN USt GONADS OR REACTORS 4 OOCYTES USE LEAO SILICATES 4 SEX ♦ URANIUH HINERALS 15 OWR USE RESEARCH REACTORS ♦ URANIUH SILICATES 10 UXAUIAZOLES USf HETEROCYCLICS ORNITHINE USE AMINO ACIDS 4 ORGANIC NITROGEN COHPOUNOS -ORNL USE OAK RIDGE NATIONAL LABORATORY 4 ORGANIC OXYGEN COMPOUNDS -ORNL CRITICAL ASSEMBLY 28 USE CA­28 1,072 OXALATES ORNL CYCLOTRON-3 USE CYCLOTRONS 5B9 OXALIC ACID -ORNL· GRAPHITE REACTUR USE OGR 60 UXAZOLES USE HETEROCYCLICS 0RNSTE1N-ZERNIKE RELATIONS USE LIQUIDS 4 ORGANIC NITROGEN COMPOUNDS 4- STATISTICAL HECHANICS URGANIC OXYGEN COMPUUNDS + THERHUDYNAHICS 79 OXIDASES US•E ENZYMES 6 OROGENESIS USE ORES 4 OX IDATIUN 46 OROTIC ACID USE ORGANIC ACIDS OXIDATION 1 ORPIMENT USE ARSENIC SULFIDES ­OXIDATIVE PHOSPHDRYLATION USE CHEMICAL REACTIONS ♦ HINERALS 4 OXIDATION 99 ORR USE RESEARCH REACTORS 4 PHOSPHUHYL RADICALS OR SAT ANALYSIS USE GAS ANALYSIS 5,384 OXIOeS -0R5AT APPARATUS USE ORSAT ANALYSIS 50 aXIHES USE ORGANIC NITROGEN COMPOUNDS 1 ORSAY LI NAC USE LINEAR ACCELERATORS 4 URGANIC UXYGEN CUHPOUNDS 1 ORSAY SYNCHROTRON USE SYNCHROTRONS 13 OXONIUH HAD1CALS SEE OXYGEN COHPOUNOS 8 ORTHICONS USE CAMERAS 4 OXYACETATES USfc ACHATES ♦ TELEVISION 8 OXYACIOS USE URGANIC ACIDS 46 ORTHITE USE ALUMINUM SILICATES 6 OXYBROHIUES USE BROHIOES ♦ BERYLLIUM SILICATES 9 aXYCARBIOES USE CARBIDES ♦ CALCIUM SILICATES 163 UXYCHLURIOES USE CHLDRIDLS «■ CERIUH SILICATES 90 UXYFLU0R1DES USE FLUOHlDfS «■ LANTHANUH SILICATES 10,529 OXYGEN *■ MINERALS OXYGEN BURIDLS 12 ORTHOCLASE USE ALUMINUM SILICATES DXYGeN BHOMIDeS ♦ FELOSPARS I OXYGEN CARBIDES ♦ POTASSIUM SILICATES OXYGEN CARBONATES 2 ORTHONOL USE NICKEL ALLOYS 3 OXYGEN CHLORIDES ♦ STEELS 9 OXYGEN COMPLEXES -ORVILLITE USE ZIRCON 1,197 OXYGEN COMPOUNDS 12,465 OSCILLATIONS . 21 OXYGEN FLUORIDES 81 OSCILLATOR STRENGTH USE ELECTRONS 4 UXYGEN HYDRIDES ♦ REFRACTION 1 OXYGEN HYDROXIOES 4- TRANSIENTS OXYGEN IODIDES 222 OSCILLATORS USE CIRCUITS 126 OXYGEN ISOTOPES ♦ OSCILLATIONS OXYGEN NITRAieS 942 OSCILLOGRAPHS OXYGEN NITRIDES ^-OSCILLOSCOPES USE OSCILLOGRAPHS -ÜXYGEN OXIDES USE OXYGEN OSEEN METHOD USE FLUID FLOW DXYGEN PHOSPHATES *■ VISCOSITY OXYGEN SILICATES OXYGeN SULFATES 4 OSIRIS USE RESEARCH REACTORS 1 OXYGEN SULFIDES OSKARSHAMN USE REACTORS 12 OXYGEN 13 219 OSMIUM 85 OXYGEN 14 75 OSMIUM ALLOYS 3 OSNI UM BORIDES 293 OXYGEN 15 1,887 OXYGEN 16 5 OSMIUM BROMIDES 2 OSMIUM CARBIOES 411 OXYGEN 17 OSMIUM CARBONATES 883 OXYGEN IB 55 OXYGEN 19 10 OSMIUM CHLORIDES 25 OXYGEN 20 13 OSMIUM COMPLEXES 6 0XYHAL1DES USE HAL IDES 21 OSMIUM COHPOUNOS 2 OXYHALOGENIOES USE HAL IDES 11 OSMIUM FLUORIDES 2 OXYIOOIDES USE IODIDES OSMIUM HYDRIDES ÜXYNITRIDES USE NITRIDES 2 OSMIUM HYDROXIOES ♦ OXIDES 1 OSMIUM IODIDES USE SULFIDES 25 DXYSULFiUES OSMIUM ISOTOPES DYAMALITE USE MINERALS OSMIUM NITRATES ♦ RARE EARTHS OSMIUM NITRIOES 4 ZIRCONIUM PMOSPHATes 53 OSMIUM OXIOES ♦ ZIRCONIUM SILICATES OSMIUM PHOSPHATES OYSTER CREEK REACTOR USE REACTORS OSMIUM SILICATES 26 OYSTERS USE MOLLUSCS OSMIUM SULFATES -OZeNJI CRITICAL FACILITY USE OCF OSMIUM SULFIOES USE ZIRCONIUM ALLOYS 1 OSMIUM IBI 1 OZHENNITE ALLOYS 10 OSMIUM 182 310 OZONE -P REACTOR SAVANNAH RIVER USE SAV­P 10 OSHI UN 1B3 USE CRYSTAL COUNTERS 33 P-N COUNTERS 14 OSMIUM 1B4 ♦ SEMICONDUCTORS 21 OSMIUM 185 35 P­STATES USE ENERGY LEVELS 61 OSMIUM 186 P­Sl USE REACTORS 26 OSMIUM 187 P­S2 USE REACTORS 67 OSMIUM IBS ­P­V10LATION USE INVARIANCE PRINCIPLE 27 OSMIUM 189 ♦ PARITY 44 OSMIUM 190 746 P­WAVE USE QUANTUH MECHANICS 35 USHIUH 191 ­P­34 USE DIORIT 43 OSMIUM 192 1 PABA SEE AMINES 19 OSMIUM 193 OR BENZOIC ACIO 10 OSMIUM 194 OR VITAMIN H-l 2 OSMI UM 195 ­PACIFIC GAS ELECTRIC CUHPANY USE BODEGA BAY REACTOR 58

-PACIFIC GAS 2 ELECTRIC PLANT USE PG-2E 7 PARAELECTRICITY USE DIELECTRICS PACIFIC OCEAN USE SEA t ELECTRICITY PACKAG-CODE USE PROGRAMMING 821 PARAFFIN PACKAGING 2 PARALDEHYDE OSE ACETIC ACID PACKED BED StE PELLETS <- ALDEHYDES OR SPHERES 11 PARALYSIS USE DISEASES PADE APPROXIMATION USE POKER SERIES ♦ NERVOUS SYSTEM USE MAGNETISM PADUCAH PLANT USE ENRICHMENT 1,273 PARAMAGNETISM PA0UT1N USE ORUGS 109 PARAMECIA USE MICROORGANISMS ♦ ENZYMES » PROTOZOA INSECTICIDES -PARAMECIUM AURELIA USE PARAHECIA PAGET DISEASE US*E BONES PARAMETERS SEE STANDARDS DISEASES PARAMETRIC AMPLIFIERS USE AHPLIFIERS .♦ METABOLISM PARAMÉTRY-CODE USE PRUGRAHHING PAIN SEE NERVOUS SYSTEM PARANA-CODE USE PROGRAHMING PAINTS SEE COATING PARANASAL SINUS USE TISSUES OR DYES PARAPLEX USE POLYESTERS OR PIGMENTS -PARASCHOEPITE USE PARA-SCHOEPITE PAIR PRODUCTION PARASITES PAIR SPECTROMETERS USE GAMMA SPECTROMETERS PARATHORMONE USE HORMONES ♦ PAIR PRODUCTION PARATHYPHOID USE INFECTIONS PAIRING ENERGY SEE BINDING ENERGY ♦ INTESTINE PAIS HOOEL USE KAONS ♦ SALMONELLA + REACTION KINETICS PARATHYROIO GLANOS USE GLANOS WEAK INTERACTIONS -PARATHYROIDS USE PARATHYROID GLANDS -PAIS SCHEME US»E PAIS MODEL PARISITE USE CALCIUM CARBONATES -PAIS-PICCIONI MODEL USE PAIS MODEL ♦ CERIUM CARBONATES PAKISTAN USE ASIA ♦ MINERALS -PAKISTAN ATOMIC RESEARCH R USE PARR 4,250 PARITY -PAKISTAN RESEARCH REACTOR USE ISLAMABAD PAKISTAN RR -PARITY NON-CONSERVATIUN USE INVARIANCE PRINCIPLE -PAKTAI RE-TRIGA USE TRIGA SERIES ♦ PARITY PALAU USE NICKEL ALLOYS -PARITY VIOLATION OSE INVARIANCE PRINCIPLE + PALLADIUM ALLOYS + PARITY PLATINUM ALLOYS -PARKINSONISM USE BRAIN . VANADIUM ALLOYS » DISEASES 5 PALEONTOLOGY US.E FOSSILS PARMESH-CODE USE PROGRAMHING + GEOLOGY PARHILA-CODE USE PROGRAMMING -PALERMO ARGONAUT REACTOR USE AGN SERIES -PAROTIO GLANDS USE SALIVARY GLANDS 715 PALLADIUM 1 PARR USE RESEARCH REACTORS 301 PALLADIUM ALLOYS 4 PARSONSITE USE LEAD PHOSPHATES PALLADIUH BORIDES ♦ URANIUM MINERALS PALLAOIUM 8R0MI0ES + URANIUM PHOSPHATES PALLADIUH CARBIDES PARTHENOGENESIS USE REPROOUCTIUN PALLADIUH CARBONATES -PARTIAL IONIZATION USE IONIZATION PALLADIUH CHLORIDES PARTIAL WAVES USE ANGULAR MOMENTUM PALLADIUM COMPLEXES ♦ QUANTUM MECHANICS PALLAOIUM COHPOUNOS ♦ SCATTERING PALLADIUM FLUORIOES -PARTICLE COLLECTORS SEE CYCLONE SEPARATORS PALLADIUM HYDRIDES OR FILTERS PALLAOIUM HYDROXIDES OR SAHPLING PALLADIUM IOOIOES OR TRAPS PALLADIUM ISOTOPES 0 74 PARTICLE MOOELS PALLADIUM NITRATES 39 PARTICLE SIZE OSE GRAIN SIZE PALLADIUM NITRIOES 700 PARTICLE SOURCES PALLADIUH OXIOES 5 PARTICLE STRUCTURE OSE PARTICLE MODELS PALLADIUM PHOSPHATES 165 PARTICLE TRACKS PALLAOIUM SILICATES 51 PARTICLE WIDTH USE ENERGY LEVELS PALLADIUM SULFATES PALLAOIUM SULFIDES ♦ LIFETIME 5 PARTICLE-HOLE MOOEL PALLADIUH 100 USE NUCLEAR MOOELS PALLADIUH 101 918 PARTICLES PALLAOIUM 102 71 PARTITION SEE DISTRIBUTION PALLADIUM 103 81 PARTITION FUNCTION USE STATISTICS PALLADIUH 104 » THERMODYNAMICS PALLADIUM 105 4 PARTURITION SEE PREGNANCY PALLADIUH 106 13 PAS USE AHINES PALLAOIUM 107 » DRUGS PALLAOIUM 103 ♦ SALICYLIC ACID PALLADIUH 109 -PASCHEN CURVE USE PASCHEN LAW PALLADIUH 110 PASCHEN LAW USE BREAKDOWN PALLADIUM 111 ♦ GASES PALLAOIUM 112 ·- PRESSURE PALLAOIUM 113 -PASCHEN MINIMUM USE PASCHEN LAW PALLAOIUM 114 PASCHEN-BACK EFFECT USE ZEEMAN EFFECT PALLADIUH 115 PASSIVATION SEE CORROSION'PROTECTION PALLADIUH 98 PASTEURIZATION USE STERILIZATION PALLADIUM 99 PAT USE RESEARCH REACTORS PALLASITES -PATENT USE =* PALMITIC ACID USE METEORITES -PATHFINDER USE CRBR PAMIR USE ORGANIC ACIDS PATHOLOGICAL EFFECTS SEE RADIATION INJURIES USE ASIA -PATHOLOGY SEE DISEASES 4- MOUNTAINS OR RADIATION INJURIES USE NAPHTHOL OR RADIATION SICKNESS *■ ORGANIC NITROGEN COMPOUNDS -PATRICK HENRY SUBMARINE USE S5W SERIES + PYRIOYL RADICALS -PATTERSON DIAGRAHS USE PATTERSON HETHOD 12 PANAHA USE CENTRAL AMERICA -PATTERSON FUNCTIONS USE PATTERSUN HETHOO 2 53 PANCREAS USE GLANDS PATTERSON HETHOD USE ANALYSIS PANOFSKY RATIO USE NUCLEI » CRYSTALS 4- PHOTOPRODUCTION ♦ DIFFRACTION * PIONS ♦ X RADIATION *■ SCATTERING -PATTERSON PROJECTIONS OSE PATTERSON HETHOD 1 PANTELLERITES USE IGNEOUS ROCKS -PATTERSON SECTIONS USE PATTERSON METHOO 4- VULCAN ICS -PATTERSON SYNTHESIS USE PATTERSON METHOD PANTHER SEE ANIMALS PAU-CODE USE PROGRAMMING OR RESEARCH REACTORS PAULI EQUATIUN USE CHARGED PARTICLES -PANTOTHENIC ACID USE VITAMIN B-5 ♦ DIFFERENTIAL EQUATIONS 15 PAPAIN USE ENZYMES » ELECTROMAGNETIC FIELDS 10 PAPAVER SOMNIFERUM SEE ALKALOIDS ♦ QUANTUH MECHANICS OR PLANTS -PAULI EXCLUSION PRINCIPLE USE PAUL I PRINCIPLE -PAPO USE CRBR PAULI FORM FACTOR USE FORM FACTOR 1,323 PAPER -PAULI GROUP USE PAULI SPIN OPERATORS 17 PAPILLOMAS USE TUMORS -PAULI MATRICES USE PAULI SPIN OPERATORS -PAPILLOMATOSIS USE PAPILLOMAS -PAULI OPERATORS USE PAULI SPIN OPERATORS 50 PAPP USE AMINES PAULI PRINCIPLE USE FERMIONS 4- KETONES ♦ QUANTUM MECHANICS *- PROPIONIC ACID -PAULI SPIN MATRICES USE PAULI SPIN OPERATORS 16 PAR SEE ORGANIC NITROGEN COMPOUNDS PAULI SPIN OPERATORS USE HATHEHATICS UR PYRIDYL RADICALS » SPIN OR REACTURS PAOLING RULE USE LATTICES OR RESORCINOL PAULITE USE ARSENIC OXIDES PARA-AUTUNITE USE CALCIUM PHOSPHATES 4- URANIUM MINERALS * URANIUM MINERALS «■ URANIUM OXIDES 4- URANIUM PHOSPHATES PAVIA SEE REACTORS PARA-SCHOEPITE USE URANIUH MINERALS -PAVIA UNIVERSITY R. USE PAVIA * URANIUM OXIOES -PAWLING LATTICE TEST RING USE PLATR -PARAAMINOBENZOIC ACID USE PABA -PAWLING RESEARCH REACTOR USE PLATR -PARAAMINOPROPIOPHENONE USE PAPP PAX-CODE USE PROGRAHHING -PARAAMINOSALICYLIC ACIO USE PAS PAYLOAO PARABANIC ACIO USE HETEROCYCLICS -PB-HTGR USE HTGR +■ ORGANIC NITROGEN COMPOUNDS P3F USE RESEARCH REACTORS 54 PARABIOSIS USE SURGERY PBNYU USE RESEARCH REACTORS PBR USE REACTURS 59

PBR FAST USE REACTORS PEKCUS­YlV ILK LOUAI Id USE INTLGKAL tUUAUHNS ­PBR JUELICH USE AVR * MANY lilJDY PRUBLI M ­PBR SANDUSKY USE NASA­TR « SIAT ISI ILAL HECHANICS ­PBRR USE NASA­TR ­PERCUS­YLVICK INTLUKAL L­JUAIli USI PlKCUS­YfcVICK tJUATIUN ­PC INVERSION USE ANTIPARTICLES ­PCKi­US­YF VICK MiîHUi) USfc PfcKCUS­YtVlCK EjUATlUN ♦ ELEMENTARY PARTICLES ­PLRLUS­YLVRK TMEURY USE PEHCUS­YEVICK EQUATIUN + INVARIANCE PRINCIPLE PtKEY­UUCK. MUDEI USt NUN­LUCAL POTENTIAL 4­ PARITY 4 UPTILAL HUUEL PCA USE RESEARCH REACTORS ­PEREY­bUCK PARAMETERS USfc PEKEY­ÖUCK MOOLL PC IR USE RESEARCH REACTUKS ­PtREY­WILiUNS MUDLL USE PEKfY­BULK MODEL PCTR USE RESEARCH REACTORS PLRFuRMANCe POP USE CRITICAL ASSEMBLIES PERHAPSATRUN S­5 ZEUS USt PIRHAPSATHUNS PDP COHPUTERS USE COMPUTERS PEKMAPSATRÙNS USI RINLH POQ­COOE USE PROGRAMMING TORUS ­POR USE JPDR PER RLASF MAGNESIUM OXIDES PDT USE AMINES MINI HALS t CARBAMATES PERIODI I TES USE IGNEOUS ROCKS 4­ ORGANIC SULFUR COMPOUNDS PERIGEE­CODE USI PRUGRAHHING ♦ PYRROLIDINES PERIODATES USI lUDINt OXIDfcS ­PEACEHAN­RACHFORD ITERATION USE PEACEHAN­RACHFORD HETHOD PERIODIC ACID USE IODINE CUHPUUNOS PEACEHAN­RACHFORD HETHOD USE DIFFERENTIAL EQUATIONS PLRACIUS ♦ ITERATIVE HETHODS PERIODIC SYSTEM SI L ELEMENTS ­PEACH BOTTOH REACTOR USE HTGR PERIODICITY SfcE MEUUtNCY 30 PEACHES USE FRUIT UR VARIAI IONS SEE LEVELS PERIPHERAL COLLISIONS USE INTERACT[UNS 4 PEAKS OR TRANSIENTS PERISCUPtS USE OPTICAL SYSTEMS USE ESTERS PERIRCI ICS SEE PHASE DIAGRAMS 5 PEANUT OIL + OILS PfcRITECTOIDS SEE PHASE DIAGRAMS SEE FRUIT PERITUNËAL FLUID use FLUIDS 20 PEANUTS OR PLANTS PER I IUNEUM SEE CAST [RON PERITUNEUM USI ΙN R SI ΙN E 40 PEARLITE OR STEELS PERITONITIS SEE INFECTIONS 10 PEARS USfc FRUIT UH PERI TUNEUM RADIATION INJURIES 77 PEAS SEE PLANTS OR PERKIN­ELMER SPECTRUMI TEH S DR VEGETABLES PERKIN­ELHER ANALYZER USt INFRAKfcÜ RADIAT ION 1 PEAS-CODE USE PROGRAHMING PERKIN­ELMER SPECTRUHETfcRS USt SPECTROMETERS 47 PEAT USE CÛAL PERKIN­ELMER SPECTROMETERS 144 PEBBLE BED SEE PELLETS ­PERKIN­ELMER SPECTRUPHUTUMET ER IGNEUUS RUCKS OR SPHERES PER KN I TE S GLASS -PEBBLE BED REACTOR JUELICH USE AVR PERLITE 63 PECLET NUHBER USfc CONVECTION IGNtUUS ROCKS ♦ FLUID FLOW VULCANRS 4· HEAT TRANSFER 50 PERMALLOY MOLYBDENUM ALLUYS ♦ THERMAL CONDUCTIVITY NICKEL ALLOYS PECTINS USE POLYSACCHARIDES PERMANGANATES USI MANGANESE UXIDES PECTOLITE USE CALCIUM SILICATES PERMEABILITY SEE 01 F F USIUN ♦ MINERALS PUHOSlTY + SODIUM SILICATES SUSCEPTIB IL ITY PEDIATRICS USE AGE ­PERMEABILITY (MAGNETICI SUSCEPT IHR ITY CUBALI ALLUYS ♦ MEDICINE PERMENUUR IKON ALLUYS PEG USE HESEARCH RfeACIURS DIELECTRICS PEGASE USE RESEARCH REACTORS PERMUTIVI TY USI MATHEMAI ICS -PEGASE FULL SCALE/NUCLEAR PART USE PEGGY PERMUTATIUN GROUP USE -PEGCPR USE EGCR PERMUTI! USE IUN EXCHANGE MATERIALS 1 PEGGY USE RESEARCH REACTORS PERNICIOUS ANEMIA ANEMIA 102 PEGMATITES USE IGNEOUS ROCKS PERUMYSCUS ANIMALS ­PEIERLS FORCE USE PEIERLS­NABARRO FORCE RUOfcNTS CALC IUM OXIDES PEIERLS METHOD USE COMPOUND NUCLEI tit PEKOVSKITE ♦ NUCLEAR REACTIONS HI NE HALS I ITANIUM UXIUtS ­PEIERLS STRESS USE PEIERLS­NABARRO FORCE OXIDASES ­PEIERLS­NABARRO EFFECT USE PEIERLS­NABARRO FORCE ­PERUXIOASES PEROXIDES 21 PEIERLS­NABARRO FORCE USE HUNOCRYSTALS USf DX IDE'S 4­ STRESSES PER0XIDE5 PERPHUSPHATES USI PHOSPHATES ­PEIERLS­NABARRO STRESSES USE PEIERLS­NABARRO FORCE RHENIUM OXIDES 3 PELARGONIC ACID USE ORGANIC ACIDS PtHKHENATES UM IUM S IL RARS -PELIGOTITE USE JOHANNITE PERRIERITE MINERAL S ,706 PELLETS I I IAN I UM SII [CAM S 10 PELÛMYXA OSE AHOEBA USf ¡m l HI ,.] un I)x [DIS ♦ HICROORGANISHS PfcKKUTHENATES -PELTIER COEFFICIENT USE PELTIER EFFECT PERSONNEL PERSPEX USL METHACHYLIC ACID -PELTIER DEVICES USE PELTIER EFFECT » PLASTICS 28 PELTIER EFFECT USE THERHOELECTRICITY PERSULFATES USt SULFATES 27 PELVIS SEE GUNAOS PERSULFURIC ACID USt PERSUl FATES DR INTESTINE PEKT METHUD USf DIAGRAHS OR PREGNANCY » PROGRAMMING PENDULUM USE HECHANICAL STRUCTURES PER TtCHNETATES USE IfcCHNET IUM IJXIOES PENECONCORDANT DEPOSITS USE OEPOSITS PERTH­CUÜfc USf PROGRAMMING -PENFOLD-LEISS MATRICES USE PENFOLD­LEISS HETHOD PtRTHlTE USE FELDSPARS PENFOLD-LEISS HETHOD USE BREMSSTRAHLUNG ♦ CROSS SECTIONS PEKTUNGSTATES USt TUNGSTEN OX IDES 4- PHOTONEUTRONS PERTURBATION THEORY PERU USt SOUTH AME«ICA 6 PENICILLAMINE USE AMINO ACIDS PeRUHANATES USE URANIUM uXIOfcS 4­ ORGANIC SULFUR COHPOUNDS PERXENATtS USE XENUN OXIDES 138 PENICILLIN USE ANTIBIOTICS PfcRYLENE USfc ARUNATICS +■ DRUGS PESB USt ACETYL RADICALS 21 PENICtLLIUH USE FUNGI 4 ETHYL RADICALS 16 PENIS SEE TISSUES 4 HETHYL »AÜICALS USE PENNING EFFECT -PENNING DISCHARGES 4 ORGANIC UROHINfc COMPOUNDS USE ATOMS 10 PENNING EFFECT 4 PHENYL RAOICALS 4­ ELECTRIC DISCHARGES 4 SULFONIC ACIOS ♦ INTERACTIONS PfcSTIClOES ♦ IONIZATION ♦ METASTABLE STATES PETALITE USF ALUMINUM SIL KATES USE PENNING EFFECT 4 LIIHIUM SIL ICATES -PENNING ION SOURCE 4 MINERALS 24B PENNSYLVANIA USE USA 5 PETEUSTHUR USÉ RADIUM 224 -PENNSYLVANIA STATE UNIV. R. USE PSR 15 PETN USE EHYTHR 1 IOL -PENTAERYTHRITOLTETRANITRATE USE PETN t NITRATES 471 PENTANE 2 PETROCHEMISTRY USf CHEMICAL ANALYSIS 7 PENTANEOIONE USE ACETONE 4 ROCKS ♦ ACETYL RADICALS 23 PETROGRAPHY USE ROCKS -PENTANOL USE ALCOHOLS 950 PETROLEUM ♦ PENTYL RADICALS 4 PETROLEUM REFINERIES USE DISTILLATION -PENTANONE USE KETONES 4- PENTYL RADICALS PETROL FUM 1 PETRÜLITE US»I ROCKS 17 PENTENE USE ALKENES ­PETROLITE CO. IRRADIATIUN K. USE PCI« -PENTOBARBITAL USE NEHBUTAL USE HOCKS 7 PETROLOGY 25 PENTOSE USE SUGARS USE KHITQ ­PETTEN CRITICAL FACILITY -PENTOSE NUCLEIC ACID USE PNA USE LFH ­PETTEN LFH -PENTOTHAL USE THIOPENTAL USE ANT IMDNY ALLOYS PEWTER 16 PENTYL RAOICALS USE ALKYL RAOICALS 4 BISMUTH ALLOYS 5 PEPPERMINT USE PLANTS 4 CUPPER ALLOYS 39 PEPSIN USE ENZYHES 4 TIN ALLOYS » PROTEINS PFFÖR USE REACTORS ♦ PROTEOLYSIS ­PFÜTZER CURVE USt PFOTZER MAXIMUM USE AHINO ACIDS 154 PEPTIDES PFOTZER HAXIHUM USE ATMOSPHERE ♦ PROTEINS 4 CUSHIC RAOIATION 9 PEPTONE USE PROTEINS 4 LEVELS SEE IMMUNITY 3 PEPTONE SHOCK PFK USE REACTORS USE ACIDS 17 PERAC1DS PF4 USE REACTURS USE FEINBERG­PAIS THEORY -PERÄTI ZATION PROCEDURE PG­2E USI REACTORS t349 PERCHLORIC ACIO 60

26 PHAGOCYTES SEE ANIMAL CELLS PHOSPHORYLASE USE ENZYMES OR BLOOD CELLS » PHOSPHORYL RADICALS OR LEUCOCYTES PHOSPHORYLATION USE PHOSPHORYL RAOICALS 142 PHAGOCYTOSIS USE LEUCOCYTES PHOSPHOTHORITE USE PHOSPHORUS COHPOUNOS 98 PHANTOMS SEE MOCKUP » THORITE 'PHARMACEUTICALS USE DRUGS 4 PHUSPHOTUNGSTIC ACIO USE PHOSPHORIC ACID 39 PHARMACOLOGY SEE TOXICITY ♦ TUNGSTEN OXIDES 1 PHAROS DEVICE USE THERMONUCLEAR OEVICES PHOSPHURANYLITE USE CALCIUH PHOSPHATES 32 PHARYNX USE TISSUES ♦ URANIUH HINERALS 7,844 PHASE OIAGRAMS ♦ URANIUH PHOSPHATES 3 PHASE RULE USE PHASE OIAGRAMS PHOSPHYARGITE USE URANIUM MINERALS 1,191* PHASE SHIFT SEE ELECTROMAGNETIC WAVES -PHOSWICH ARRANGEMENT USE PHOSWICH DETECTORS OR MICROWAVES PHOSWICH DETECTORS USE CONFIGURATION OR QUANTUM MECHANICS ♦ SCINTILLATION COUNTERS OR RADAR -PHUSWICH SCINTILLATION COUNTER USE PHOSWICH DETECTORS OR RAOIO WAVES -PHOSWICH SPECTROMETER USE PHOSWICH DETECTORS OR SCATTERING 833 PHOTOCHEMISTRY 210 PHASE SPACE USE MATHEMATICS 2 PHOTOCHROMATISH SEE COLOR 105 PHASE TRANSFORMATION SEE ALLOTROPY PHOTOCONDUCTIVITY USE ELECTRIC CONDUCTIVITY OR PHASE DIAGRAMS ♦ PHOTOELECTRIC EFFECT 21 PHASEOLUS USE PLANTS 41 PHOTOELASTICITY USE POLARIZATION PHENACEIIN USE DRUGS * STRESSES 1 PHENAKITE USE BERYLLIUM SILICATES 644 PHOTOELECTRIC CELLS *■ HINERALS 1,640 PHOTOELECTRIC EFFECT 50 PHENANTHRENE USE AROMAT ICS ■PHOTOEHISSION SEE EMISSION USE HETEROCYCLICS OR PHOTOELECTRIC EFFECT 156 PHENANTHROLINE ♦ ORGANIC NITROGEN COMPOUNDS OR PHOTONEUTRONS USE ISOMERS OR PHDTONS 21 PHENANTHROLINE­ORTHO ♦ PHENANTHROLINE OR PHOTOPRODUCTION USE HETEROCYCLICS PHOTOFISSION 5 PHENATINE USE HETEROCYCLICS ­PHOTOGRAPHIC EMULSIONS SEE NUCLEAR EMULSIONS ♦ ORGANIC NITROGEN COHPOUNDS OR PHOTOGRAPHIC FILH 8 PriENAZINE USE ANTIHISTAMINES 1,482 PHOTOGRAPHIC FILM ♦ DRUGS 865 PHOTUGRAPHIC FILM OETECTORS 7 PHENERGAN USE ETHYL RAOICALS ­PHOTOGRAPHS USE IMAGES + PHENYL RADICALS ♦ PHOTOGRAPHIC FILH 3 PHENETHYL RADICALS USE BARBITURIC ACID 3,449 PHOTOGRAPHY ♦ DRUGS 28 PHOTUIONIZATION USE IONIZATION 14 PHENOBARBITAL USE DYES » PHOTONS SEE DRUGS PHOTOLYSIS 9 PHENOL RED OR DYES PHOTOHETERPROG­COOE USE PROGRAHHING 17 PHENOLPHTHALEIN 4,051 PHOTOMETRY 1,647 PHENOLS USE DRUGS 2,659 PHGTOHULTIPLIERS 32 PHENOTHIAZINES ♦ HETEROCYCLICS 664 PHOTÚNE UTRÖNS ♦ ORGANIC NITROGEN COHPOUNDS PHOTONIC DECAY SEE PHOTOFISSION ♦ ORGANIC SULFUR COMPOUNDS PHOTONS PHENOTYPE USE GENETICS PHOTONUCLEAR REACTIONS SEE PHOTOFISSION 16 PHENOXY RADICALS USE ARYL RADICALS OR PHOTOPRODUCTION ,113 PHENYL RAOICALS 2,002 PHOTOPRODUCTION PHENYLALANINE USE AMINO ACIDS 36 PHUTOREACTIVATION SEE PHOTOCHEMISTRY PHENYLENE RADICALS USE ARYL RADICALS ­PHOTOSENSITIVITY PHENYLEPHRINE SEE PHOTOELECTRIC EFFECT USE DRUGS OR PHOTOGRAPHY PHEOPHYTIN USE CHLOROPHYLL PHERMEX OR RADIATION EFFECTS USE OEGASSING OR RADIUSENS IT IVITY ¥ HYDROGEN 167 OR SENSITIVITY PHI RESONANCES USE RESONANCE 4B PHOTOSPHERE USE SUN 77 PHILCO 2000 USE COMPUTERS 543 PHOTOSYNTHESIS OIGITAL SYSTEHS 1 PHÜTÜTROPY SEE COLOR -PHILIPPINE RESEARCH REACTOR US*E PRR-1 IB PHR USE REACTORS 21 PHILIPPINES USE ASIA ­PHTHALATES USE PHTHALIC ACID 2 PHILIPPIN1TE USE METEORITES PHTHALAZINES USE HETEROCYCLICS 4 PHILIPS GAUGE USE IONIZATION ♦ ORGANIC NITROGEN COHPOUNDS + MEASUREMENT 29B PHTHAL1C ACIO ♦ PRESSURE 58 PHTHALOCYANINES SEE DYES + VACUUM PHWR­400 USE REACTORS -PHILIPS IONIZATION GAUGE USE PHILIPS GAUGE 5 PHYCOCYANIN USE ALGAE PHILLIPSITE USE ALUMINUM SILICATES ♦ PIGMENTS ♦ CALCIUM SILICATES 5 PHYCOHYCES USE FUNGI MINERALS 3 PHYLIS­CODE USE PROGRAHHING *♦ POTASSIUM SILICATES 3 PHYLLITES USE METAMORPHISM PHLEUH PRATENSE USE PLANTS » ROCKS PHLOGOPITE USE MICA ­PHYLLOQUINONE USE VITAMIN K-l PHLORMI ZIN USE GLYCOSIDES ­PHYS. TECHN. BUNDESANSTALT R. USE PTB PHOEBUS SERIES USE REACTORS 7 PHYSARUH USE FUNGI PHOENIX DEVICE USE MAGNETIC MIRRORS ­PHYSICAL CONSTANTS TESTING R. USE PCTR + THERMONUCLEAR DEVICES 3,330 PHYSIOLOGY PHOENIX REACTOR USE RESEARCH REACTORS ­PHYSOSTIGMINE USE ESERINE 1 PHONOLITES USE IGNEOUS ROCKS 8 PHYTIC ACID USE ALCOHOLS 1,066 PHONONS ♦ INOSITOL 32 PHOSGENE USE CARBONYLS ♦ ORGANIC ACIDS + CHLORIDES » ORGANIC PHOSPHORUS COHPOUNOS 107 PHOSPHATASES USE ENZYMES -PI MESONS USE PIONS 2,828 PHOSPHATES PICK-UP SEE NUCLEAR REACTIONS 24 PHOSPHATIDES USE ORGANIC PHOSPHORUS COMPOUNDS OR TRANSDUCERS 174 PHOSPHIDES -PICKET FENCE USE CUSPED GEOMETRIES 214 PHOSPHINES -PICKLE BARREL N. USE PBNYU β PHOSPHOCREATINE USE CREATINE PICKLING SEE CLEANING + ORGANIC PHOSPHORUS COHPOUNDS OR CORROSION 92 PHOSPHOLIPIDS USE LIPIDS OR SURFACES ♦ ORGANIC PHOSPHORUS COMPOUNDS -PICKUP REACTIONS USE NUCLEAR REACTIONS -PHOSPHOMONOESTERASE USE ESTERASES ♦ PICK-UP ♦ PHOSPHORIC ACID 19 17 USE HETHYL RAOICALS PHOSPHORESCENCE USE LUMINESCENCE » PYRIDINES + PHUSPHORS PICOLINIC ACID 1,249 23 USE CARBOXYLIC ACIDS PHOSPHORIC ACIO « PYRIDINES 28 PHOSPHORITE USE CALCIUM PHOSPHATES 27 PICRIC ACID USE NITRATES 36 PHOSPHOROUS ACID USE MINERAL ACIDS ♦ PHENOLS ♦ PHOSPHORUS COMPOUNDS 2,865 ♦ TNP PHOSPHORS 37 PICRYL RAOICALS USE NITRATES 1,349 PHOSPHORUS ♦ PHENOLS 11 PHOSPHORUS BROMIDES -PIERCE ELECTRODES USE PIERCE ELECTRON GUN PHOSPHORUS CARBIDES PIERCE ELECTRON GUN USE ELECTRON SOURCES 120 PHOSPHORUS CHLORIDES » ELECTRON TUBES 10 PHOSPHORUS COMPLEXES -PIERCE ELECTRON SOURCES USE PIERCE ELECTRON GUN 794 PHOSPHORUS COMPOUNDS -PIERCE GUN USE PIERCE ELECTRON GUN 42 PHOSPHORUS FLUORIDES 223 PIEZOELECTRICITY 14 PHOSPHORUS HYDRIOES -PIG DISCHARGES USE PENNING EFFECT 2 PHOSPHORUS IODIDES PIG ION SOURCE USE ION SOURCES 215 PHOSPHORUS ISOTOPES ♦ PENNING EFFECT 6 PHOSPHORUS NITRIDES 45 PIGEONS SEE BIRDS 287 PHOSPHORUS OXIDES 027 PIGMENTS 14 PHOSPHORUS SULFIOES -PIGS USE SWINE 5 PHOSPHORUS 28 PIJ-CODE USE PROGRAMMING 44 PHOSPHORUS 29 PILBARITE 84 PHOSPHORUS 30 USE LEAO OXIDES 416 PHOSPHORUS 31 » SILICON OXIDES 3,323 PHOSPHORUS 32 ♦ THORIUH OXIDES 66 PHOSPHORUS 33 ♦ URANIUH HINERALS 11 PHOSPHORUS 34 ♦ URANIUH OXIDES -PILE OSCILLATORS USE REACTOR OSCILLATORS 3 PHOSPHORUS 35 USE PHOSPHORUS ISOTOPES BO PHOSPHORYL RADICALS USE PHOSPHORUS OXIDES 61

SEE CRITICAL ASSEMBLIES PLASMA ÜIAMAGNfcTISM use DIAHAGNI TI SM OR EXPONENTIAL PILES MAGNLIIC FIELDS UR RFACTURS PLASHA OR RESEARCH REACTORS 38 PLASMA DRIFT SEE PLASHA 12 PILOCARPINE USE ALKALOIDS UK PLASMA WAVES » ORUGS Uh STABILITY 108 PILOT PLANT USE FABRICATIUN UR VFLuCITY 7 PINACOL USE ALCUHULS 1,683 PINCH ­PLASMA FREQUENCY USt LANGHUIR FREQUENCY 75 PLASMA GUNS USI PLASHA -PINCH EFFECT USE PINCH 4 PRODUCTIUN PINEAL GLAND USE BRAIN 50 PLASMA SHEATH USE PLASMA «- GLANDS 1,261 PLASMA WAVES 23 PINES USE PLANTS 25 PLASMATRON use ELECTRON IU8ES 14 PINES-BOHH THEORY USE ELECTRUNS METALS PLASMA ♦ ­PLASMIN USI ♦ PLASMA FIBHINULYSIN PLASMODIUM use ♦ VIBRATIONS H1CRUURGANISHS PINETO-CODE USE PROGRAMMING PARASUeS PKUTUZUA PINHOLE CAHERA USE RADIOGRAPHY ­PLASMOUIUH GALLINACfcUH USt: PLASMUUIUH -PINHOLE CHAMBER USE PINHOLE CAMERA 77 PLASHU1DS USF PLASMA PINNOITE USE BORATES 12 PLASTER UF PARIS USt GYPSUM ♦ MAGNESIUM COMPOUNDS ­PLASTIC FLOW USI PINOCCHIO-CODE CHeEP USE PROGRAMMING ­PLASTIC HOCKUP ASSEHBLÏ USE 2B PINS PMA SEE RODS ­PLASTIC SURGERY USt -PI NUS USE PINES SUHGERY 12 PLASTICI TY use DUCTILITY -PION CHARGE RATIO USE POSITIVE EXCESS 10 PLASTICIZERS PIONEER SPACE PROBES USE PLASTICS USE SPACE VEHICLES 3,217 PLASTICS 13,303 PIONS 42B PLATELETS 1,564 Ρ IONS-HI NUS USE BLOOD CELLS USE PIONS 6,298 PLATES 511 PIONS-NEUTRAL USE PIONS 545 PLATING 1,202 PIONS-PLUS USE PIONS 1,829 PLATINUM PIP-CODE USE PROGRAHHING 332 PLATINUM ALLOYS -PIPA HARK 1 REACTOR 1 USE CALDER HALL PLATINUM BORIDES -PIPA MARK 1 REACTOR 2 USE CALDER HALL 9 PLATINUH BROHIDeS -PIPA MARK 2 REACTOR 1 USE CALDER HALL PLATINUH CARBIDES -PIPA HARK 2 REACTOR 2 USE CALDER HALL PLATINUH CARBUNATES 3 PIPELINES USE PIPES 61 10 PIPERAZINES PLATINUM CHLORIDES USE HETEROCYCLICS 54 PLATINUM COMPLEXES ♦ ORGANIC NITROGEN COMPOUNDS B2 PLATINUM COHPOUNDS ♦ PYRAZINES 17 PLATINUM FLUURIDES 2B PIPER10INES USE HETEROCYCLICS 1 PLATINUM HYDRIDES ♦ ORGANIC NITROGEN COMPOUNDS PLATINUM HYDROXIDES ♦ PYRIDINES 1 PLATINUH IODIDES 2,693 PIPES 31 PLATINOH ISOTOPES 11 PIPETS USE LABORATORY EQUIPMENT PLATINUM NITRATES -PIPPARO CHERENCE DISTANCE USE PIPPARD THEORY PLATINUH NITRIDES -PIPPARD LIMIT USE PIPPARO THEORY 31 PLATINUM OXIDES -PIPPARO SUPERCONDUCTURS USE PIPPARD THEORY PLATINUM PHOSPHATES PIPPARD THEORY USE LUNOON EQUATION PLATINUM SILICATES ♦ SUPERCONDUCTIVITY PLATINUM SULFATES -PIQUA NUCLEAR POWER FACILITY USE PNPF 5 PLATINUM SULFIDES -PIQUA OHR USE PNPF PLATINUM 182 PIRANI GAGE USE MANUHETERS PLATINUM 183 » THERMAL CONDUCTIVITY 7 PLATINUH 184 ♦ VACUUH 3 PLATINUH 185 -PIRANI LEAK DETECTOR USE LEAK OETECTORS 4 PLATINUH 186 ♦ PIRANI GAGE 7 PLATINUM 187 -PIRANI MANOHETER USE PIRANI GAGE 15 PLATINUM 188 -PIRANI VACUUH GAGE USE PIRANI GAGE 12 PLATINUM 189 PIROHEN USE POLYSACCHARIDES 20 PLATINUM 190 ♦ PYROGENS Iß PLATINUH 191 USE HINERALS 59 PLATINUH 192 ♦ NIOBIUM PHOSPHATES 16 PLATINUH 193 t RARE EARTHS 54 PLATINUH 194 ♦ URANIUM PHOSPHATES 71 PLATINUH 195 -PISTON RINGS USE MACHINE PARTS 54 PLATINUM 196 ♦ PISTONS 33 PLATINUH 197 ♦ RINGS 20 PLATINUH 198 58 PISTONS USE MACHINE PARTS 14 PLATINUH 199 13 PISUH USE PLANTS 4 PLATINUM 200 -PISUH SATIVUM USE PISUM 2 PLATINUH 201 227 PITCHBLENDE USE URANINITES 13 PLATR USf RESEARCH REACTORS » URANIUM MINERALS 1 PLEOCHROISH USI MICROSCOPY -PITOT HETERS USE PITOT TUBES i PLESIOTHERAPY USI RADIOTHERAPY ΡI TOT TUBES USE FLOWMETERS 11 PLEURA USE LUNGS ♦ HANOHETERS 147 PLEXIGLAS USE PLASTICS 8 PITS SEE DEFECTS HO PLOIOY USE ABUNDANCE 4 PITTING CORROSION USE CORROSION ♦ CHROMOSOMES 4 PITTSBURGH CYCLOTRON USE CYCLOTRONS PL0T­3D­CO0E USE PROGRAHHING 587 PITUITARY GLANO USE GLANDS 15 PLDTieRS USE OIAGRAMS 6 PIVALIC ACID USE ACETIC ACID * INSTRUHENTS ♦ HETHYL RADICALS -PLUH BROOK REACTOR FACILITY USE NASA-TR 2 PL-1 USE REACTORS -PLUH BROOK RESEARCH REACTUR USE NASA-TR 22 PL-2 USE REACTORS -PLUHBATES USE LEAD OXIDtS -PL-3 USE PH-3B -PLUHdOCOLUHUITE USE PLUHBONIOBITt 162 PLACENTA USE PREGNANCY PLUHBONIOBire USE LEAD OXIDES » TISSUES 4 NIOBIUM OXIDES 3 PLACERS USE DEPOSITS t RARE EARTHS 4 PLACZEC FUNCTION USE NEUTRONS * URANIUH MINERALS + SCATTERING 4 URANIUH OXIDES 15 PLAGIOCLASE USE ALUMINUM SILICATES 4 PLUHES SEE FEATHERS » CALCIUH SILICATES 1 PLURONICS USE CHELATES » FELDSPARS 70 PLUTO USE HI MARCH REACTORS f SODIUM SILICATES -PLUTO CRITICAL EXPER. NEVADA USE HOT BOX PLANARIA USE ANIMALS -PLUTO-1 USE RE-775 -PLANCK CONSTANT USE PLANCK LAW -PLUTO-2 USE OHTR -PLANCK DISTRIBUTION LAW USE PLANCK RADIATION FORMULA 5,380 PLUTONIUH -PLANCK EQUATION USE PLANCK RAOIATION FORMULA 1,005 PLUTONIUH ALLOYS PLANCK LAW USE QUANTUM MECHANICS 13 PLUTONIUH BORIDES ♦ RAOIATIONS 19 PLOTONIUH BROHIOES PLANCK RAOIATION FORMULA USE QUANTUM MECHANICS 329 PLUTONIUH CARBIDES ♦ RADIATIONS 13 PLUTONIUH CARBONATES ♦ THERMODYNAMICS 155 PLUTONIUH CHLORIDES PLANCK RAOIATION LAW USE PLANCK RADIATION FORMULA 156 PLUTONIUH COMPLEXES -PLANE-WAVE BORN APPROXIMATION USE PWBA 612 PLUTONIUM COHPOUNDS -PLANET USE PLANET-1 311 PLUTONIUH FLUORIDES PLANET-1 USE RESEARCH REACTORS -PLUTONIUH FUEL. FAST BREEDtR R USE PFFBR PLANET-2 USE RESEARCH REACTORS 26 PLUTONIUH HYORIDES 37 PLUTUN1UH HYDROXIDES 14 PLANETARY NEBULAE USE STARS 543 PLANETS 5 PLUTONIUM IODIDES 150 PLUTUNIUH ISOTOPES 164 PLANKTON SEE ALGAE OR MICROORGANISMS 259 PLUTONIUM NITRATES 115 PLUTONIUH NITRIDES 1,116 PLANT CELLS 1,309 PLUTONIUH OXIDES 5,986 PLANTS 23 PLUTUNIUH PHOSPHATES PLASKON USE PLASTICS ♦ POLYESTERS -PLUTUNIUH POWER BREEUER K. USE FOB 9,114 PLASHA -PLUTONIUH PROO. R- B HANFORO USE HAN-B -PLUTONIUM PROO. R. C HANFORD USE HAN-C 16 PLASHA CELLS USE CYTOLOGY -PLUTONIUM PROD. R. 0 HANFURU USE PLASHA USE HAN-O 237 PLASHA DENSITY -PLUTUNIUH PROO. R. OR HANFURU USfc HAN-DA 439 PLASMA DIAGNOSTICS -PLUTONIUH PROD. R. F HANFURU USE HAN-F 62

­PLUTJNIUH PROD. R. H HANFURU USE HAN­H PuLONIUM PHOSPHATES ­PLUTUNIUH PIÙ)J. R. KE HANFURU USE HAN­KE POLONIUM SILICATES ­PLUTUNIUH PROD. R. KM HANFURU USE HAN­KW PO L U.N 1 UH SULFATES ­PLUTONIUM RECYCLE TEST R. USE PRTR 6 PULUNI UM SULFIDES PLUTONIUM SILICATES 1 POLUNI UH 192 60 PLUTONIUM SULFATES 2 PULONIUM 193 23 PLUTONIUM SULFIOES 2 POLONIUM 194 4 PLUTONIUM 232 2 POLONIUM 195 6 PLUTUNIUH 233 5 POLONIUM 196 9 PLUTUNIUH 2 34 3 POLONIUM 197 5 PLUTUNIUH 235 6 POLGNI UH 198 25 PLUTONIUM 236 8 PULONIUM 199 17 PLUTONIUH 237 10 .'lit UNI UM 200 305 PLUTONIUH 23H 10 POLONIUM 2DI 1,662 PLUTUNIUH 2 39 12 POLONIUM ¿02 404 PLUTUNIUH 240 6 POLONIUM 20 3 257 PLUTurtlUH 241 6 POLONIUM 204 141 PLUTUNIUH 242 9 POLONIUM 205 11 PLUTUNIUH 243 19 PULONIUM 20 6 23 PLUTONIUH 244 10 POLONIUM 207 6 PLUTONIUH 245 69 POLONIUM 20 8 10 PLJTONIUH 246 49 PULUNI UH 209 114 PLUTONIUH ­ALPHA USE ALLOTR 757 POLONIUM 210 + PLUTONIUM 27 POLONIOM 211 PLUTONIUH-BETA USE ALLOTROPY 112 POLONIUM 212 + PLUTONIUM 12 PULONIUM 213 PLUTUNIUH-DELTA USE ALLOTROPY 92 PULONIUM 214 ♦ PLUTUNIUH 15 PULUNI UH ¿15 PLUTONIUM-EPSILON USE ALLOTROPY 27 POLONIUM 216 ♦ PLOTONIUM 1 POLONIUM 217 PLUTONIUM-ETA USE ALLUTROPY 57 POLONIUM 218 * PLUTONIUH 4 POLYACIOÎ SEE ACIDS PLUTONIUM-GAMMA USE ALLOTROPY OR POLYHERS * PLUTONIUM 13 PÛLYAHIDES USE AMIDES 12 PLUTONYL COMPOUNDS USE PLUTONIUM COHPOUNOS 4 POLYHERS PLUTOX­COÜE USE PROGRAMMING ­POLYARTHRITIS USE RHEUMATOID ARTHRITIS PLYOLITE USE POLYESTERS PÛLYBOND USE PLASTICS 67 PH­1 USE REACTORS 4 UREA 39 PH­2A USE REACTORS 10 PULYCARBONATES USE CARBONATES 37 PH­3A USE REACTORS 4 POLYMERS 12 PH­3Ö USE REACTORS 4 PULYCARBOXYLIC ACIDS SEE CARBOXYLIC ACIDS θ PMA USE REACTORS OR POLYMERS 13 PNA USE NUCLEIC ACIDS 2 POLYCRASE USE NIUBIUH UXIOES 391 PNEUHATICS 4 RARE EARTHS 24 PNEUMOCOCCUS USE BACTERIA 4 TANTALUH OXIDES 12 PNEUMOCONIOSIS USE DISEASES 4 THORIUM OXIDES t DUSTS +■ TITANIUM OXIDES * LUNGS 4 URANIUM MINERALS 24 PNEUMONIA USE INFECTIONS 171 POLYCYTHEHIA USE BLOOD + LUNGS 4 DISEASES 29 PNEUMONITIS SEE DISEASES 4­ ERYTHROCYTES OR LUNGS POLYDIPSIA USE OISEASES OR RADIATION INJURIES POLYENES USE ALKENES 182 PNPF USE REACTURS ♦ POLYMERS 20 POCKET CHAMBERS USE IONIZATION CHAHBERS 538 POLYESTERS ­POOBIELNAK CENTRIFUGAL CONTACT OSE PODBIELNAK CONTACTOR 7 POLYETHERS USE ETHERS PODBIELNAK CONTACTOR USE CENTRIFUGAI ION + POLYMERS ♦ SOLVENT EXTRACTION 1,876 POLYETHYLENES -PODBIELNAK EXTRACTION APPARATU USE PODBIELNAK CONTACTOR 5 POLYISOPRENE USE ISOPRENE POINCARÉ GROUP USE GROUP THEORY 4­ POLYHERS » LORENTZ TRANSFORMATIONS 25 POLYHERASE USE ENZYMES -POINCARÉ INTEGRAL INVARIANTS USE PUINCARE INVARIANTS ♦ POLYMERIZATION PUINCARE INVARIANTS USE ELECTROMAGNETIC WAVES 2,822 POLYHERIZATION <■ REFRACTION 4,501 POLYMERS POINT DEFECTS USE DEFECTS POLYMIGNITE USE MINERALS POINT SOURCES USE RADIATION SOURCES + NIOBIUM OXIDES -P0ISEU1LLE FLOW USE POISEUILLE LAW + RARE EARTHS POISEUILLE LAW USE FLUID FLOW TANTALUH OXIOES <■ LAMINAR FLOW *+■ THORIUH OXIOES ♦ VISCOSITY 4­ TITANIUH OXIOES POISONING + ZIRCONIUM OXIDES POISSON BRACKETS USE DIFFERENTIAL EQUATIONS 9 POLYHYXIN USE ANTIBIOTICS POISSON OISTRIBUTIUN USE STATISTICS + DRUGS 108 POISSON EQUATIONS USE DIFFERENTIAL EQUATIUNS 1 POLYNEPTUNATES USE NEPTUNIUH OXIOES 239 POLAND USE EUROPE ♦ POLYHERS -POLAR BLACKOUT USE POLAR-CAP ABSORPTION 215 POLYNOMIALS USE HATHEHATICS -POLAR CAP SEE ANTARCTICA 8 POLYOMA VIRUS USE VIRUSES OR ARCTIC REGIONS USE PEPTIDES 9 POLYPEPTIDES 47 POLAR-CAP ABSORPTION SEE ABSORPTION 4­ POLYMERS OR ANTARCTICA 7 POLYPHENOLS USE PHENOLS OR ARCTIC REGIONS 4 POLYHERS 13 POLARI SCOPE USE LIGHT 1,469 POLYPHENYLS * OPTICAL SYSTEMS 29 POLYPROPYLENE USE POLYMERS » POLARIZATION ♦ PROPYLENE POLARIZATION 7,602 89 POLYSACCHARIDES USE CARBOHYDRATES ­POLARIZATION TENSORS USE FANO TENSOR 753 POLYSTYRENE 1,065 POLAROGRAPHY 4 POLYSULFIDES USE SULFIDES POLAROGRM­CODE USE PROGRAMMING -POLYTETRAFLUOROETHYLENE USE PTFE 55 POLARONS USE ELECTRONS -POLYTHENE USE POLYETHYLENES ♦ PHONONS 2 POLYURANATES USE POLYHERS 8 POLIO VIRUS USE VIRUSES ♦ URANATES 10 POLIOMYELITIS USE INFECTIONS 41 POLYURETHANES USE POLYHERS + NERVOUS SYSTEM + URETHANE 16 POLISHING USE CLEANING 3 POLYURIA USE ABUNDANCE 157 POLLEN USE PLANTS ♦ URINE ♦ REPRODUCTION -POLYVINYLALCOHOL USE PVA 14 POLLUCITE USE ALUMINUM SILICATES -POLYVINYLCHLORIDE USE PVC + CESIUM SILICATES -POLYVINYLPYRROLIDONE USE PVP MINERALS 817 POLYVINYLS 7 POLLUTION US*E CONTAMINATION 6 POMERANCHUK PARTICLES USE ELEHENTARY PARTICLES 101 POLOLOGY USE ELEHENTARY PARTICLES » FIELD THEORY ♦ FIELD THEORY 28 POMERANCHUK POLES USE REGGE POLES POLONIDES USE INTERHETALLIC COMPOUNDS -POMERANCHUK RULE USE POHERANCHUK THEOREMS

«■ POLONIUM COMPOUNDS POMERANCHUK THEOREMS USE ANTIPARTICLES 916 POLONIUH ♦ CROSS SECTIONS 9 POLONIOM ALLOYS -POMERANCHUK TRAJECTORIES USE POMERANCHUK PULES POLONIUH BORIDES POMERONS USE ELEMENTARY PARTICLES 4 POLONIUM BROHIOES ♦ FIELD THEORY POLONIUH CARBIOES 65 POOL BUILING USE BOILING POLONIUM CARBONATES -POOL CRITICAL ASSEMBLY USE PCA 34 POLONIUH CHLORIOES -PUOL REACTOR AHF ITALY USE AMF-POOL-I 16 POLONIOM COMPLEXES -POUL REACTUR AHF NETHERLANDS USE AMF-POOL-N 62 POLONIUM COMPOUNDS -POOL TEST R. BABCOCK-WILCOX USE LPR 3 POLONIUM FLUORIDES -PUOL TEST REACTOR CANADA USE PTR 2 POLONIUM HYORIÜES 403 POUL TYPE REACTOR USE RESEARCH REACTORS 12 POLONIUM HYDROXIDES 4- WATER COOLANT 4 POLONIUM IODIDES POP USE DRUGS 38 POLONIOM ISOTOPES ♦ HYDROXIDES 11 PULONIUM NITRATES ♦ KETONES POLONIUM NITRIDES + PHENYL RADICALS 15 POLONIUM OXIOES ♦ PRUPIUNIC ACID 63

USE ARYL RADICALS 107 PRASEUÜYHIUH CHLURlUtS 4 OXAZOLES Iti PRAStÜÜYMlUH CÚMPLLXÉS POPR USE REACTORS 267 PRASEUÜYHIUH COMPUUNDS POPSY USE REACTORS 31 PRASEODYHIUH FLUORIDES POPULATION INVERSION USE ATGHS le. PRASEODYMIUM HYDRIDES 4 ENERGY LEVELS 1 i PRASEODYHIUH HYDROXIDES ■ 039 POPULATIONS 7 PRASEODYMIUM IODIDES 41 PORCELAIN USE CERAMICS 12 PRASEODYMIUM ISOTOPES PORK USE MEAT 59 PRAStODYHIUH NITHATeS POROSITY 7 PRASEODYMIUM NITRIOeS PORPHYRA USE ALGAE 200 PRAStODYHIUH OXIDES PORPHYRINS USE PIGMENTS 5 PRASEODYMIUM PHOSPHATtS 4­ PYRROLES 2 PRASEUOYMIUM SILICATES PORPHYRS USE IGNEOUS ROCKS 2-i PRASEODYHIUH SULFATES PORT RAOIUM USE CANADA 25 PRASEODYHIUM SULFIDES PORTABLE SEE REACTORS 4 PRASEODYMIUM 134 OR TRANSPORT 1 PRASEODYHIUH 135 -PORTABLE LOW POWER PLANT 1 USE PL­1 Ζ PRAStUDYHIUM 1 Ϊ6 -PORTABLE LOW POWER PLANT 2 USE PL­2 4 PRASEODYHIUH Ι W -PORTABLE MEDIUM POWER PLANT 1 USE PM­1 11 PRASEODYHIUH 13lt -PORTABLE MEDIUM POWER PLANI 2A USE PM­2A 11 PRASEODYMIUM 1 39 -PORTABLE MEOIUH POWER PLANT 3A­USE PM­3A 31 PRASEODYMIUM 1 40 -PORTABLE HEOIUM POWER PLANI 3B USE PH­3B 124 PRASEODYMIUM 141 -PORTABLE POWER REACTOR USSR USe ARBUS­HELEKESS 44 PRASE0ÜYM10M 14? -PORTABLE REACTOR PROTOTYPE USE PORTABLE 76 PRASEODYMIUM 143 -PORTABLE REACTOR TYPE USE REACTORS 236 PRASEODYMIUM 144 ♦ TRANSPORT θ PRASEODYMIUM 145 8 PORTAL SYSTEM USE BLOOD CIRCULATION 6 PRASeUDYMIUM I4(. 4 BLDOO VESSELS 12 PRASEODYHIUH 147 4 LIVER 3 PRASEODYMIUM 1411 16 PORTER-THOMAS OISTRIBUTIUN USE COHPOONO NUCLEI 31 PRCF USfc CRITICAL ASSEMBLIES f LEVEL WIDTHS 132 PRECESSION SEE ROTATION 4 NEUTRON BEAHS 7,677 PRECIPITATE 4 RESONANCE 12 PRECIPITINS USE ANT I BODI ES 4 STATISTICS 3 PRECISION SEE EFFICIENCY -PORTER-THOHAS LAW USE PORTER­THOHAS DISTRIBUTION PRtDlCT­CODE USE PROGRAHHING PORTUGAL USE EURGPE 6 PRCOISSOCIATION OSE DECUMPUSIT1DN -PORTUGUESE RESEARCH REACTOR USE JEN ♦ MOLfcCULES POSITION OPERATORS USE QUANTUH HECHANICS 40 PREDNISONE USE CORTISONE POSITIVE COLUMN SEE ELECTRIC DISCHARGES 1,0 74 PREGNANCY OR PLASHA Β PREGNENOLONE USE DRUGS POSITIVE EXCESS USE ABUNDANCE 4 FSTROGCNS 4 COSMIC RADIATION 4 HURHDNES 4 ELECTRIC CHARGES + STEROIDS POSITRON DECAY USE BETA DECAY 1 PREHNITE USE ALUHINUH SILICATES 4 POSITRONS * CALCIUM SILICATES POS ι τ RON ï UM USE ELECTRONS » HINERALS 4 POSITRONS 1 PREP-CODE USE PROGRAHHING ,616 POSITRONS PREPANDA-CODE USE PROGRAHHING 30 POSTULATED PARTICLES USE ELEMENTARY PARTICLES 3,6 72 PREPARATION .555 POTASSIUM 1,147 PRESERVATION 615 P0TASS1UH ALLOYS 94 PRESSING SFE CUHPACTING 2 POTASSIUH BORIDES 5,94 7 PRESSORE 527 POTASSIUM BROHIOES -PRESSURE DROP USfc PRESSURE 3 POTASSIUH CARBIDES PRESSURE GAGES SLt GAGES 155 POTASSIUH CARBONATES OR MANOMETERS ■ 659 POTASSIUM CHLORIDES OR PRESSURE 88 POTASSIUM COHPLEXES PRESSURE VESSELS ,462 POTASSIUH CDMPOONCS -PRESSURIZED HEAVY MAIEH K. USI PHWR­400 486 POTASSIUH FLOORIDES -PRESSURIZED WATER R. I USI PWR­i 25 POTASSIUH HYDRIDES PRESSURIZERS USI PRESSURE VESSELS 264 POTASSIUH HYOROXIDES -PKESTReSSEU CONCRETt USE CONCRETES 534 POTASSIUH IODIDES PREVIOUS ABSTRACT 85 POTASSIUH ISOTOPES PR1DCU-C0DE USI PROüRAHHING 306 POTASSIUM NITRATES PRIGOGINE THEOREM USI ENTROPY 12 POTASSIUH NITRIDES 4 IRREVERSIBLE PROCESSES 250 POTASSIUM OXIOES 4 THfcHHUUYNAMIC!. 121 POTASSIUM PHOSPHATES -PRIGOGINE THEÜRY USI PR ICOGINt THEOREM 281 POTASSIUM SILICATES ­PRIGUGlNE­BALESCU THEORY USI PHIGOGINE THEOREM 363 POTASSIUH SULFATES PRIGUINITE USE MOLYBDENUM DXIOES 10 POTASSIUH SULFIDES 4 URANIUM MINERALS IS POTASSIUM 37 URANIUH UXIDES 55 POTASSIUM 3B ­PRIMAKOFF COUPLING CONSTANT US»E PRIHAKOFF THEORY 211 POTASSIUH 39 PRIMAKOFF EFFECT USI COULOMB FIELD 613 POTASSIUH 40 t PHOTOPRODUCTION 134 POTASSIUH 41 PIONS­NEUTRAL 338 POTASSIUH 42 ­PRIMAKOFF FORMULA U •'. 1 PRIMAKOFF THEORY 34 POTASSIUM 43 PRIMAKOFF THEORY USI CAPTURE 6 POTASSIUM 44 t MUONS­HINUS 3 POTASSIUM 45 NUCLEI 2 POTASSIUM 47 PRIMARY COSMIC RADIATION US*I COSHIC RADIATION 291 POTATOES PRIMATES S f I MONKEYS ­POTENTIAL SEE ATOMIC MODELS PRIHENE USI ALKYL RADICALS OR CHEMICAL POTENTIAL AMINES OR CROSS SECTIONS 21 PRINCETON SYNCHHOTHUN US*I SYNCHROTRONS OR ELECTRIC POTENTIAL 20 PRINTED CIRCUITS USE CIRCUITS OR INTERACTIONS 4 PHOTOGRAPHY OR NUCLEAR POTENTIAL ­PRIORITE USf BLOHSTRANDINE USI 3 POTENTIAL FLOW USE FLUID FLOW 4 PRISM­CODE PROGHAHHING 140 POTENTIOHETRY USE DETERMINATION i r PRI SMS USF UPTICAL SYSTEHS ♦ ELECTRIC POTENTIAL PRNC­1 USf RESEARCH REACTORS -POULTRY USE FOWL 24 PRNC­2 USL RE5EAHCH REACTORS 667 POWOER METALLURGY 24 PRU USL REACTURS 5,021 POWDERS 1,571 PROBABILIIY SEE STATISTICS 8,917 POWER 12 PROBABILITY THEORY USE STATISTICS SII -POWER BORST FACILITY USE PBF 615 PROBES ELECTRIC HETERS UR ELECTRONIC EQUIPMENT 8 POWER COEFFICIENT USE POWER • REACTIVITY OR LEAK DETECTORS ­POWER DEMONSTRATION REACTOR USE PFR OR PLASMA DIAGNOSTICS OR RADIATION DETECTORS 12,751 POWER PLANTS OR SAMPLING 32 POWER SERIES USE HATHEHATICS OR TESTING 254 POWER SUPPLIES USE POWER OR TRANSDUCERS 10 POYNTING VECTOR USE ELECTROHAGNETIC WAVES USt . HAXWELl EQUATIONS 9 PROCA EQUATIUN ELEHENTARY PARTICLES 4 QUANTUH MECHANICS 9 PPA USE REACTORS ­PRUCA FIELDS USE PRUCA EQUATION PPA-CODE USE PROGRAMMING 27 PROCAINE USE DHUGS I PPCPO USE CYCLOALKENES » ORGANIC PHOSPHORUS COMPOUNDS ­PROCESS DEVELOPMENT PILE USE PDP ­PROCESS HEAT REACTUR USE Ρ HR » PENTENE ­PROCESSING SEt DATA PROCESSING ♦ PHENYL RADICALS UR FABRICATION -PR PAWLING USE PLATR OH ORE PROCESSING 3 PR 10 USE RESEARCH REACTORS OR REPROCESSING 233 PRANDTL NUMBER USE FLUIO FLOW uk WASTE PROCESSING * THERMAL CONDUCTIVITY USE PROGRAMMING • VISCOSITY PROCOPE­COOE USE OISEASES »66 PRASEODYMIUM ­PROCTITIS 4 RECTUM 112 PRASEODYHIUM ALLOYS 4 PRUDIGIOSIN set ORUGS 9 PRASEODYMIUM BORIDES □R OYES 17 PRASEODYHIUH BROHIOES UR PIGMENTS 15 ' PRASEODYHIUM CARBIDES 20,779 PRODUCTIUN 13 PRASEODYHIUH CARBONATES 64

-PRUDUCTION PILE 1 HlNOSLALt Uit BPP-1 116 PKIIJtLT VELA SEE DETECTION -PKUÙUCTION PILE 2 WINOSCALE USE BPP-2 OR NUCLEAR EXPLOSIONS 5 PROFLAVINE SEE DRUGS OR PHOTOGRAPHY OR FLAVINS OR SATELLITES 40 PROGENY USE PREGNANCY OR SEISMOLOGY REPRODUCTIUN -PROJECT kIGWAH USE NUCLEAR EXPLOSIONS 60 PRUGESTERONE US*E DRUGS + SEA + HORMONES ♦ UNDERGROUND EXPLOSIONS t STbROlDS 4 PROJECTS SEE DESIGN 16 PROGNOSIS SEE MEDICINE OR TESTING OR METEOROLOGY -PROLACTIN USE LTH -PROGRAMMA REATTORE ORGANICO USE PRO -PROLAN b OSE LH 6,723 PROGRAHHING B3 PROLINE USE AMINO ACIDS 6 PROJECT APOLLO USE MOON 3 PROMAZINE USt HETEROCYCLICS ♦ SPACE FLIGHT fr ORGANIC NITROGEN COMPOUNDS 6 PROJECT ARGUS USE NUCLEAR EXPLOSIONS ♦ ORGANIC SULFUR COMPOUNDS ♦ STRATOSPHERE PROHETEU-CODE USE PROGRAMMING -PROJECT BLANCA USE NUCLEAR EXPLUSIONS 210 PRUMETHIUM » PROJECT HARDTACK 10 PKOMETHIUH ALLOYS ♦ UNDERGROUND EXPLOSIONS PRUMETHIUM BORIOES 1 PROJECT BUFFALO USE NUCLEAR EXPLUSIJNS PROMETHIOM BROHIOES 5 PROJECT CARRYALL USE EXCAVATION PROMETHIUH CARBIDES » NUCLEAR EXPLOSIONS 1 PROMETHIUM CARBONATES *■ UNOERGRUUNO EXPLUSIONS 13 PROMETHIOM CHLORIOES 11 PROJECT CASTLE SEE NOCLEAR EXPLOSIONS 10 PROMETHIOM COMPLEXES OR THERHONUCLEAR EXPLOSIONS 32 PROMETHIUM COMPOUNDS 51 PROJECT CHARIOT USE EXCAVATION 13 PROMETHIUM FLUORIOES ♦ NUCLEAR EXPLOSIONS PROMETHIUM HYDRIDES ♦ PROJECT PLOWSHARE 4 PROMETHIUM HYDROXIOES ♦ UNDERGROUND EXPLOSIONS PROMETHIUM I UDI DES -PROJECT CIRRUS USE AEROSOLS 16 PROHETHIUH ISOTOPES ♦ ELECTRIC CHARGES θ PROHETHIUH NITRATES 15 PROJECT COWBOY USE EXPLUSIONS 2 PROHETHIUH NITRIOES ♦ ONDtRGROOND EXPLOSIONS 33 PROHETHIUH DXIÜES 3 PROJECT CROSSROADS USE NUCLEAR EXPLOSIONS 3 PROHETHIUH PHOSPHATES 1 PROJECT DAHNY BOY USE NUCLEAR EXPLOSIONS PRUMETHIUM SILICATES ♦ UNDERGROUND EXPLOSIONS 4 PROMETHIUM SOLFATES -PROJECT OE HENRY USE CURRENTS PROMETHIUM SULFIOES ♦ EXPLOSIONS 19 PROMETHIUM 141 ♦ SHOCK WAVES 8 PROMETHIOM 142 <■ TRANSDUCERS IB PROMETHIOM 143 -PROJECT DRIBBLE USE EXCAVATION 35 PROHETHIUH 144 ♦ UNDERGROUND EXPLOSIONS 10 PROMETHIUM 145 -PROJECT EVANS USE PROJECT HARDTACK 15 PROMETHIUM 146 ♦ UNDERGROUND EXPLOSIONS 452 PROMETHIUH 147 62 PROJECT GNOHE USE NUCLEAR EXPLOSIONS 38 PRUHETHIUH 148 + PROJECT PLOWSHARE 40 PROMETHIUM 149 » UNDERGROUND EXPLOSIONS 9 PROMETHIUM 150 6 PROJECT GREENHOUSE USE NUCLEAR EXPLOSIONS 34 PROMETHIUM 151 ♦ SURFACES PRUMETHIUM 152 56 PROJECT HARDTACK SEE ATHOSPHERE 1 PROMETHIUM 153 OR BALLOONS PROMETHIUH 154 OR NUCLEAR EXPLOSIONS 15 PRUHOTERS SEE CATALYSIS OR SURFACES OR EFFICIENCY OR UNDERGROUND EXPLOSIONS OR HEAT TRANSFER 4 PROJECT IVY SEE NUCLEAR EXPLOSIONS 496 PROMPT NEUTRUNS OR SURFACES 47 PRONG USE PARTICLE TRACKS OR THERHONUCLEAR EXPLOSIONS PRONTO HINE USE CANADA 52 PROJECT JANGLE SEE NUCLEAR EXPLOSIONS 4 MINING UR SURFACES 27 PROPAGATION SEE MOTION OR UNDERGROUND EXPLOSIONS OR WAVE PROPAGATION -PROJECT KNOTHOLE USE PROJECT UPSHOT 106 PROPAGATOR USE FIELD THEORY -PROJECT LOGAN USE NUCLEAR EXPLOSIONS 927 PROPANE » PROJECT HARDTACK 377 PROPANOL ♦ UNDERGROUND EXPLOSIONS PROPARGYL RAOICALS USE ACETYLENES 3 PROJECT LOLLIPOP USE NUCLEAR EXPLOSIONS -PRÚPENE USE PROPYLENE ♦ UNDERGROUND EXPLOSIUNS PROPERDIN USE PROTEINS 8 PROJECT HANHATTAN USE NUCLEAR EXPLOSIONS PROPHASE USE MITOSIS 9 PROJECT MATTERHORN USE PLASHA 10 PROPHYLAXIS USE MEDICINE ♦ THERHONUCLEAR DEVICES 279 PROPIONIC ACID -PROJECT HERCURY USE PROJECT APOLLO 2,134 PROPORTIONAL COUNTERS -PROJECT PLOHBOY USE PROJECT PLOWSHARE 3,085 PRUPULSION » UNDERGROUND EXPLOSIONS 646 PROPYL RAOICALS 307 PROJECT PLOWSHARE SEE EXCAVATION 568 PROPYLENE OR NUCLEAR EXPLOSIONS 16 PROSERPINE USE REACTORS OR THERHONUCLEAR EXPLOSIONS 746 PROSPECTING OR UNDERGROUND EXPLOSIONS 65 PROSTATE USE GLANDS 52 PROJECT PLUHBBOB SEE NUCLEAR EXPLOSIONS 354 PRÜTACTINIUH OR SEISHOLOGY 5 PROTACTINIUM ALLOYS OR UNDERGROUND EXPLOSIONS PROTACTINIUM BORIOES PROTACTINIUM BROHIOES -PROJECT RAINIER USE NUCLEAR EXPLOSIONS PROTACTINIUM CARBIDES ♦ PROJECT PLUHBBOB PROTACTINIUM CARBONATES » UNDERGROUND EXPLOSIONS PROTACTINIUM CHLORIDES 9 PROJECT REDWING SEE NUCLEAR EXPLOSIONS PROTACTINIUH COMPLEXES OR THERMONUCLEAR EXPLOSIONS PROTACTINIUM COMPOUNDS 25 PROJECT ROVER SEE KIW1-A PROTACTINIUM FLUORIOES OR Klwl-A PRIME PROTACTINIUM HYDRIDES OR KIW1-A3 PROTACTINIUM HYDROXIDES OK KIWI-B SERIES PROTACTINIUH IODIDES OR KIWI-B2A PROTACTINIUH ISOTOPES OR PROPULSION PROTACTINIUH NITRATES OR ROCKETS PROTACTINIUH NITRIDES PROJECT SCHOONER USE NUCLEAR EXPLOSIONS PROTACTINIUH OXIOES ♦ UNDERGROUND EXPLOSIONS PROTACTINIUH PHOSPHATES PROJECT SEDAN USE NUCLEAR EXPLOSIONS PROTACTINIUH SILICATES » UNDERGROUND EXPLOSIONS PROTACTINIUH SULFATES 33 PROJECT SHERWOOO USt THERHONUCLEAR REACTIONS PROTACTINIUH SULFIOES 16 PROJECT SHOAL USE NUCLEAR EXPLOSIONS PROTACTINIUH 223 » SEISMOLOGY PROTACTINIUM 224 ♦ UNDERGROUND EXPLOSIONS PROTACTINIUM 225 -PROJECT SIERRA USE DETECTION PROTACTINIUH 226 ♦ NUCLEAR EXPLOSIONS PROTACTINIUH 227 » PROJECT VELA PROTACTINIUH 228 -PROJECT SNAPPER USE PROJECT TUMBLER PROTACTINIUM 229 PROJECT STARFISH USE ATMOSPHERE PROTACTINIUM 230 ♦ NUCLEAR EXPLOSIONS PROTACTINIUH 231 2 PROJECT SUNSHINE USE CONTAMINATION 175 PROTACTINIUM 232 > NUCLEAR EXPLOSIONS 26 PROTACTINIUM 233 » RAOIATION INJURIES 248 PROTACTINIUH 234 -PROJECT TAHALPAIS USE NUCLEAR EXPLOSIONS PROTACTINIUM 235 » PROJECT HARDTACK PROTACTINIUM 236 ♦ UNDERGROUND EXPLOSIONS PROTACTINIUM 237 1 PROJECT TEAK USE ATHOSPHERE PROTAMINES ♦ NUCLEAR EXPLOSIONS USE PROTEINS 43 PROJECT TEAPOT SEE NOCLEAR EXPLOSIONS -PROTECTION SEE COATING OR SURFACES OR CORROSION PROTECTION OR UNDERGROUND EXPLOSIONS UR MONITORING 10 PROJECT TUHBLER USE NUCLEAR EXPLOSIONS OR RADIATION PROTECTION ♦ SURFACES OR SAFETY 23 PROJECT UPSHOT USE NUCLEAR EXPLOSIONS OR SHIELDING 4 SURFACES 65

PROTECTIVE CLOTHING see CLuTHiNo UK RADIATIC.N PROTECTION 4,915 PKGTEINS 12 PRuTEULYSIS USt HYJ­ÛLYSIS *■ PRUTEINS PROTEUS USE BACTERIA PMK­LUCKHLIU PROTHROMBIN USE BLiinu ­P.JI·­VU LIAI Ν * CÙAGJLATIMN USI Kt SI ΛΜ.Η Hf ACTORS PKUTHKUMBIN TIME USE BIOUD 19 PKK­t USI Kl AL liv οι » COAGULAI II,N 41 PYiUtJHI It.iij USI llt­Níil I Y ► DIAGNOSIS Mr AS'JkFMtNT 6,757 PRUTON BEAMS 21 PYLNï­Sl S US*I LYII'ÎI VJY PROTON SOURCES USE PAKTRIÍ. SUUFCES 'i ΡΥΓ­LiiGRAPllY US) κ IUI.f ï S 4 PP.JI UNS ι HAUMURAPHY PROTONS t ϋκΙΝΑΚΥ T»ACT 18,131 -PROTOPLASM USE CYTÌPLASH 1. PYRAMIUON USI ()KU(,S PROTUPORPHYR1NS USe PORPHYRINS t PYRKUI[DUNES 22 PKOTOS-CODe USfc PRUGRAHHING 9 PYhANS IISI Hl II RitCYCl ICS -PRUlúTYPE EXP. GAS C. PUwEK R. USE E^CR t UMJAMC IIXYGIN COÍPCJNUS -PROTOTYPE FAST k. USE PFR UXYGEN COMPOUNDS -PRUTOTYPE ÛRGANIC PUWËK R. USE P."!P" 26 PYkAZINES USf,c HI lERUCVCL ICS PROTOZOA JSt MRKLJURUANISMS ORGANIC NITkJOLV COMPOUNDS PRuZZOR-CODE USE PROGRAMMING 30 PYRAZOLfcS US*F HE IERIICYCL ICS -PKP USE PRCF 4 GHGANR NllRUGEN COMPUUNDS -PRPR USE PRNC­2 6 PYRAZOLINE USt PYKAZULtS PRPU-CODE USE PROGRAMM ING 36 PYKENt use AHUMATI CS -PRK PUERTO RICO USE PRrtC­2 90 PYREX USf GLASS -PRR-PLATR USE PLATR 4 PYKIÜAZINES USI HI ItKOLVf.L ICS PRR-1 USE RESeAHCH FACTORS t ORGANIC r.ll.­.H,l'J l. IM­' IIJNIJS PRTR USt RESEARCH REACTORS ­PYKlUIN­ütTA­CAKBÜNlC AL IU USL VITAHIN PP PRTR-CUOE USE PROGRAMMING 803 PYRIUINES PRUSSIAN BLUE USE CYANIUES 19 PYRIDUXAL USI AL UlHVUtS »■ IRON COMPUUNDS ♦ HYURiJX IDtS PRZHEVASKITE USE LEAD PHUSPHATES t Ml ΤΗΥΙ RAulCALS f URANIUM MINERALS t PYR IIJINI S 4­ URANIUH PHOSPHATES ­PYRIDOXIN!: USE VITAMIN tl­6 PSbUDOAUTUNITE USE AUTUNITE 42 PYRlDYL RADICAL5 USt PYRIDINES ♦ UÄANIUH MINERAL5 ­PYRI UYLAZ.1NAPHTHOL USI PAN PSEUDOMONAS USE BACTERIA ­PYRIUYLAZOR ESÛHC1 NOL USE PAH -PSEUDOMONAS AERUGINUSA USE PSEUDOMONAS 1,187 RYHIMIUINES USf ΗΓΙΙKUCYCLICS PSEUjUSCALAR USE VECTORS ORGANIC NllRUGEN COMPUUNDS PSEUÛQVECTJR COUPLING USE INTERACTIONS 115 PYRITE US,f IRUN 5ULFI0ES ♦ NUCLEONS MINfHALS 4- PStUDUVECTORS ­PYRUCATfcCHIN VIOLET US•I PYRUCATfcCHML VIULET PSEIJOOVECTORS USE VECTORS 33 PYROLATECHOL USI PHENULS PSORALEN USE DRUGS 20 PYKÜCATECHJL VIOLET Sit DYES PSORIASIS USE DISEASES 22 PYR0LHLI1RE USF MINERALS 4- SKIN 4 NI'IIUUM UXIDLS PSR USE RESEARCH REACT0R5 t «...Hi IAIUHS -PSUR USE PSK ♦ TANTALUM LiXlOlS PSYCHULOGY USe BEHAVIOR T ITANIUM UXIDES PSYCHOSES USE DISEASES ­PYRUCHLORE­WlJKITE US»f Wl IK I TE ♦ NFKVOUS SYSTEM PYROtLECTRlClTY USE CRYSIALS -PSYCHROHETRY USE HYGROMETRY t ELECTRIC CHARGI S PTB USE REACTORS t HI Λ 1 ING -PTB HEASUREHENT R. USE PTB 49 PYROGALLOL USE ΡHfNUL S PTERIDINES USE HETEROCYCLICS IB PYROGENS USI PULYSACCHARIDES *■ ORGANIC NITROGEN COMPUUNDS 5 PYHULUSITE USI MANGANI SF OXIDES -PTEROYLGLUTAHIC ACID USE FOLIC ACID f MINERAL S PTFE USE ORGANIC FLUORINE COMPOUNDS l , 5*37 PYkULYSIS­ ♦ POLYETHYLENES 33 PYkULYTIC CARBON USt LAHUÓN PTR USE RESEARCH REACTORS 20 PYRULYIIC GRAPHITE USI GRAPHIK -PTR BABCOCK-WILCOX USE LPR 23 PYRUMCIALLURGY USf HIGH UMPLHAIUKE PTR-AMF USE CRITICAL ASSEMBLIES MF TALLUR&V USL TltLHHijMI IERS PTR-1NT USE CRITICAL ASSEMBLIES 97 PYRUMEIERl « PTR-KAPL USE RESEARCH REACTORS 2 PYROMUHPHITE USI LEAD PHOSPHATES 4 MINERALS -PU PROD. R. SAVANNAH RIVER USE SAV­C USE ALUMINUM SIL 1 LAT t S -PU PRUD. R. SAVANNAH RIVER USE SAV­K -PU PROO. R. SAVANNAH RIVER USE SAV­L 4 GAKNtIS -PU PROD. R. SAVANNAH RIVER USE SAV­P 4 MAGNESIUM SILICATES -PU PROU. R. SAVANNAH RIVER USE SAV­R 3 PYRUPHlLLl TE USf AI UHINUH SILICATES PU RECYCLE PROGR. CRITICAL FA. USE PRCF * HlNtHALS -PU RECYCLE TEST REACTUR USE PKTK 5 PYHUPHURIC USE AIR -PU RES. R. Ρ SAVANNAH RIVfcR USE SAV­P 4 CÜMflUSIION PUERTO RICO USE CENTRAL AMERICA 26 PYROPHOSPHATES USt PHOSPHATES ­PUERTO RICO L­77 R. USE PKNC­l -PYROHACEMIC ACID USfc PYRUVIC ACID ­PUERTO RICO POWER STATION USE BONUS 4 PYPOSULFATES USE SULFATES USE MAGNET It. MlKHOWS ­PUERTO RICO RESEARCH R. USE PRNC­2 36 PYRUTHlIN USE MINERALS PULANT­COOE USE PROGRAMMING 30 PYROXENES ­PULPS USE SLURRIES » SILICATES 4 PYKUXENITES USE IGNEOUS ROCKS PUL5E ANALYZERS 10 PYRRHOriIE USE I" 'J SULFIDES ­PULSE COLUMNS USE EXTRACTION COLUMNS 4 MINERALS 4­ PULSES 5 PYHPDLASE USE ENZYMES 1*341 PULSE GENERATORS 40 PYRRULES USE HCIfcRrXVCL ICS 9,584 PULSES PULSTAR USE RESEARCH REACTURS 4 ORGANIC NITRUGEH COMPOUNDS 13 PYRRULIDINES PUHA REACTOR USt RESEARCH REACTORS USE Ut If RI'CYCl ICS 2,789 PUMPS ♦ ORGANIC NllRUGEN CUMPUUNOS 124 PYRRULIDONES 23 PUNCHED CARDS USE RECORDING SYSTEHS USE MtltRUCVClICS PUNCHED TAPES USE RECORDING SYSTEMS 4 URGANIC NITROGEN CUHPOUNDS ­PUNTA HIGUERRA POWER STATION USE BONUS 4 ORuANIC UXYGEN COMPOUNDS 135 PYRUVIL ACIU PUPAE USE AGE Uit KtTUNTS 4 INSECTS 4 IJKGANIC ACIOS 35 Pl­APPRUXIHATION PUR­1 USE REACTORS USF MAlMtHAIICS ­P2 ­PURUUE UNIV. REACTOR USE PUR­1 USf EL­2 ?0 PI­APPROXIMATION USf MATHEMATICS PUREX PROCESS 626 J­VALUf USt ENFHGY ­PURIFICATION SEE CLEANING 4 yUAURATOHE DR DECUNTAHINATIUN USt Jlf»EHtNTIAL EQUATIUNS ZV2 (JUAÛRUPOLE MUMLNTS OK IMPURITIES SEE ELLCÏRIL MUMtNTS OR REFINING OR ΗΛ­.,ι.Ι I IC MOMENTS OR SEPARATION PROCESSES Ut* «JUAUHUPULES ] ,441 JUAORUPULES SEfc ATLHIC MUÜELS 81 PURINES USE HETEROCYCLICS ♦ ORGANIC NITRÛGEN COHPOUNDS DR ELELTKK FIELOS OR MAuNfcllC HfclQS ­PURITY USE [HPURITIES 0* K'JLf CULLS 21 PUKOHYCIN USE ANTIBIOTICS ÜB NUCLEAR MUOELS ♦ DRUGS ­QUALITY CONTROL SEfc MAUkJAlS TESTING 7 PURPURA USE BLOOD UH PtRfGkMMtCF ♦ DISEASES 447 QUANTUM tLECTRCUYNAMICJ USE tLELT^UjYf.AMICS 22 PVA USE ALCOHOLS 4 QUANTUM MECHANIC S 4- POLYVINYLS 5 QUANTUM FIELD THEORY USt FlttU iHfcUMY 25 USE ORGANIC CHLORINE COMPOUNDS PVC • QUANTUM MECHANICS ♦ POLYVINYLS 21,733 QUANTUM MECHANICS 71 USE URGANIC NITROGEN COMPUUNDS PVP 95 QUANTUM NUMBER SIE ELtMfctTAkY PARIICLES 4- POLYVINYLS DR ω lAf.ruM MECHANICS 4- PYRkOLIDONES 39 QUANTUM YIELD S6F LfFICIENCV PVT RELATIONS USE GASES OK PHOTOCHEMISTRY f PHASE DIAGRAMS OR PHOTOELECTRIC EFFECT PWBA SEE BORN APPROXIMATION UR PHJTQPRUUUCTIUN 620 PWR USE PRESSURE UR PHOTOSYNTHESIS 4 REACTORS ♦ WATER LOGLANT 66

USE DIAGNOSIS 200 QUARKS USE ELECTRIC CHARGES 11 RADIODIAGNOSIS ♦ RADIOGRAPHY «■ PARTICLE HODELS 1.452 QUARTZ 4 RAOIOFREQÙENCY USE RAOIO WAVES 38 QUASARS USE STARS 3,049 RADIOGRAPHY 270 QUASI PARTICLES SEE PARTICLE MOOELS -RAOIOINDUCEO REACTIONS USE RADIATION CHEMISTRY 22 QUATERNIONS USE MATHEMATICS 10,011 RADIOISOTOPES 3 QUATERPHENYL-PARA USE ISOMERS -RADIOLOGICAL SURVEILLANCE USE RADIOGRAPHY + POLYPHENYLS -RADIOLOGY SEE RADIOGRAPHY 5 QUATERPHENYLS USE POLYPHENYLS OR RAOIOTHERAPY -QUEEN MARY COLLEGE CRIT. ASS. USE UTR-10-LONDON 2,131 RADIOLYSIS USE HETALLURGY 1* QUENCH-HARDENING USE HEAT TREATMENTS 3 KADIUHETALLURGY SEE CHEHICAL RADIATION DETECTORS 1,119 QUENCHING SEE HEAT TREATMENTS 265 RAOIOMETERS OR IONIZATION OR CHERENKOV COUNTERS 22 QUERCETI Ν USE FLAVDNES OR CRYSTAL COUNTERS *■ GLYCOSIDES OR DDSEHETERS 15 QUERCUS USE OAKS OR GEIGER-HUELLER COUNTERS + PLANTS OR PHOTOGRAPHIC FILM DETECTORS QUERY-CODE USE PROGRAMMING OR RADIATION DETECTORS 15 gUINALOINE USE METHYL RADICALS OR SCINTILLATION COUNTERS + QU INOLINE 168 RAOIUMIHETIC DRUGS USE ORUGS 15 QUINALIZARIN SEE DYES -RADIORESISTANCE USE RADIOSENSITIVITY β QUINHYDRONE USE QUIÑONES ,906 RADIOSENSITIVITY 15 QUININE USE ALKALOIDS -RAOIUSTERILIZATIUN USE IRRADIATION 5 QUIÑI ZARIN USE ANTHRAQUINUNE ♦ STERILIZATION + HYDROXIDES 65 RADIOSURGERY USE RADIOTHERAPY 160 QU INOLI NE USE HETEROCYCLICS + SURGERY + ORGANIC NITROGEN COHPOUNDS ,616 RAOIOTHERAPY 565 QUIÑONES -RADIOTHÜRIUM USE THORIUM 228 gUISQUEITE USE BITUMENS RA010TOXICITY USE CONTAMINATION + URANIUM MINERALS 34 RADIÙTUXINS SEE CONTAMINATION QUIXOT OULCIN-CODE USE PROGRAMMING OR FISSION PRODUCTS -R REACTOR SAVANNAH RIVER USE SAV-R OR LABELLEO COMPOUNDS 2 R-A USE RESEARCH REACTORS OR RADIOACTIVITY 7 R-8 USE CRITICAL ASSEMBLIES OR RADIOISOTOPES -R-GROUPS USE GRUUP THEORY 14 RADISHES SEE PLANTS ROTATION OR VEGETABLES 60 R-MATRIX US*E MATRICES 315 RADIUM -R-MATRIX THEORY USE PEIERLS METHOD -RADIUM A USE POLONIUM 218 -R-0 USE RO -KAOIUM Β USE LEAD 214 -R-l USE Rl I RADIUM BORIDES -K-l HEAVY WATER REACTOR USE Rl 24 RA01UM BROMIDES -«-2 USE R2 -RAJ 1 UM C USE BISMUTH 214 -R-2 RESEARCH REACTOR USE R2 -RADIUM C/ USE POLONIUM 214 -R-2/0 USE R2-0 -RADIUM C// USE THALLIUM 210 -R-3/ADAM USE R3-ADAH 2 RAOIUM CARBIOES -R-3/B USE R3-B 6 RA01ÙM CARBONATES -R-4/EVA USE R4-EVA 33 RADIUM CHLORIDES -R-4/HARV I KEN USE R4-EVA 6 RAOIUM COMPLEXES 7 R-630A-HNSG USE REACTORS 51 RADIUM COHPOUNOS 1 RA-0 USE RESEARCH REACTORS -RAOIUM 0 USE LEAD 210 10 RA-1 USE RESEARCH REACTORS -RAOIUM E USE BISMUTH 210 3 RA-2 USE RESEARCH REACTORS -RAOIUM ill USE THALLIUM 206 RA-3 USE REACTORS -RADIUM F USE POLONIUM 210 RA-4 USE REACTORS 4 RAOIUM FLUORIDES RABBITITE USE CALCIUM CARBONATES -RADIUM C USE LEAO 206

«■ HAGNESIUH CARBONATES RAOIUM HYDRIDES URANIUH CARBONATES RAOIUM HYDROXIDES .♦ URANIUM MINERALS 1 RADIUM IODIDES RABBITS 47 RAOIUM ISOTOPES RAC­CODE USE PROGRAMMING 3 RAOIUM NITRATES ­RACAH ALGEBRA USE RACAH COEFFICIENTS RADIUM NITRIOES RACAH COEFFICIENTS USE GROUP THEORY 2 RAOIUM OXIOES ­RACAH METHOD USE RACAH COEFFICIENTS RADIUM PHOSPHATES RACEMIZATION USE CONFIGURATION RAOIUM SILICATES ♦ STEREOCHEMISTRY 28 RADIUM SULFATES 3 RACHEL USE REACTORS RAOIUM SULFIUES 253 RADAR 2 RADIUM 213 -RAOIAC USE RADIATION DETECTORS RADIUM 214 118 RADIATION BELTS 1 RADIUM 215 492 RAOIATION CHEMISTRY 1 RAOIUM 216 7 RAOIATION CHIMERAS SEE CHIHERAS KAOIUM 217 -RADIATION DAMAGE SEE RAOIATION EFFECTS RADIUM 218 OR RADIATION INJURIES RADIUM 219 6,900 RAOIATION DETECTORS β RADIUM 220 28.147 RADIATION OOSES 1 RADIUM 221 29,228 RADIATION EFFECTS 16 RAOIUM 222 ­RADIATION EFFECTS REACTOR USE RER 9β RAOIUM 223 7 RADIATION HAZARDS SEE RAOIATION INJURIES 182 RAOIUM 224 OR RADIATION PRUTECTION IB RADIUM 225 OR SAFETY 600 RADIUM 226 12,065 RADIATION INJURIES 4 RADIUM 227 ­RADIATION LEVELS SEE RADIATIUN OOSES 199 RAOIUM 228 OR RADIOACTIVITY 1 RADIUM 229 ­RAOIATION MONITORING USE MONITORING 1 RAOIUM 230 11,222 RADIATION PROTECTION 962 RADON 2,148 RADIATION SICKNESS RADON ÌORIDES 5,526 RADIATION SOURCES RADON 3R0MIDES 9,953 RADIATIONS RADON :ARBIOES 11 RADIATIVE CAPTURE USE CAPTURE RADON ;ARBUNATES t GAMMA RADIATION 1 RAOON CHLORIOES 187 RADIATIVE CORRECTIONS USE FIELD THEORY RADON :OMPLEXES ♦ QUANTUH MECHANICS 3 RADON :OHPOUNDS 31 RADIATORS SEE ELECTROMAGNETIC WAVES 11 RAOON -LUORIDES OR HEAT EXCHANGERS RAOON -IYORIOES 24 RADICALS SEE. ALKYL RADICALS RADON HYDROXIOES OR ARYL RAOICALS RAOON ODIOES OR FREE RAOICALS 16 RADON SOTOPES OR VINYL RADICALS RADON TITRATES RADIO WAVES RAOON STRIDES ­RADIOACTINIUH USE THORIUH 227 2 RAOON OXIDES RADIOACTIVE CLOUDS USE AEROSOLS RAOON 'HOSPHATES » FALLOUT RAOON ¡IL1CATES ­RAOIOACTIVE LEVELS USE RADIOACTIVITY 1 RADON SULFATES ­RADIOACTIVE HATERIALS SEE FISSION. PRODUCTS RAOON lULFIDES OR FUELS 2 RADON 204 LABELLED COHPOUNDS 1 RAOON 205 OR MINERALS 2 RADON 206 OR RADIOACTIVITY 1 RADON 207 RADIOISOTOPES 3 RADON 20B OR WASTE SOLUTIONS 5 RADON 209 50 RADIOACTIVE HINERALS USE MINERALS 6 RADON 210 » RADIOACTIVITY 10 RADON 211 15,742 RADIOACTIVITY 7 RADON 212 21 RADIOAPPLICATORS USE RADIOTHERAPY 1 RADON 213 1,964 RAOIOAUTOGRAPHY 3 RAOON 214 2,056 RADIOBIOLOGY 1 RADON 215 4,146 RADIOCHEMISTRY 5 RADON 216 7 RADIOCOLLOIDS USE COLLOIDS 1 RADON 217 15 RAOIOOERHATITIS USE RAOIATION INJURIES 16 RADON 218 ♦ SKIN 32 RADDN 219 276 RAOON 220 67

4 RADON 221 ­RtALTIVITY MLASUREMLM t*. OSL RMt 167 MADON 222 REACT!VITY­CUDE USE PROGRAMMING IO RAFFINÜSE USE SUGARS IÍEACIUK ACC lot NTS USE ACCIUc.NTS RAG USE REACTURS 4 REACTOR SAFETY 14 RAILWAY SEE HECHANICAL STRUCTURES ­RfAC1UK ARGtNTIN­0 USI HA-i OR TRANSPORT ­KFACTUR ARbENTIN­l USE RA-l ,355 RAIN ­REACTOR AnüENTIN­2 USF RA-2 ÄAINICH THEORY USE ELECTRUHAGNETISH ­REALTOR ARGL.»T lN­3 USE RA-i » GRAVITATION ­RtALTOn ARGfcuTIN­4 USE RA-4 ♦ RELATIVITY THEURY ­KLALTUR ARGENT INU EXP. Y PKU USE RA-3 -RAINICH-WHEELER-MISNER THEURY USE RAINICH THEÜRY ­REALTOR CHEMISTRY USE RAUIUCHEMISTRY 4 RALA PROCESS USE PRECIPITATION 4 REACTORS -RALEIGH RESEARCH R. 1 USE NCSCR­1 ,163 REACTUR CORt -RALEIGH RESEARCH R. 2 USE NCSCR­2 ­REACTOR DYNAMICS Uit REACTIVITY -RALEIGH RESEARCH R. 3 USE NCSCR­3 ­RcACIJR FUR PHYS.­IfcCH. RcS. USt KPT -RALEIGH RESEARCH R. 4 USE NCSCR­4 215 RcACTOK KlNETILS USL REACTIVITY RAH-COOE USE PROGRAMMING REACTOR LATTICES USfc CUNFIGUHATION 232 RAMAN EFFECT USE LIGHT 4 REACTOR COKE ♦ MULECULES 242 REACTOR MATERIALS SEt CUOLANTS 4- SCATTERING OR FUELS + SPECTRA OR MODERATORS -RAMAN FREQUENCY USE RAMAN EFFECT OK REFLECTORS -RAMAN SHIFT USE RAMAN EFFECT UR SHIELD I No MATERIALS ­RAHAN SPECTROHETERS USE RAMAN EFFECT ­RfcACTUR MERLIN USfc MEHL IN ♦ SPECTROMETERS REACTOR NOISE USt REACTIVITY ­RAMAN SPECTRUM USE RAMAN EFFECT 4 VAR UT IUNS 18 RAMJET USE PRÜPULSIUN REACTUR OSCILLATORS 1 RAMMELSBERGITE USE ARSENIC CUHPOUNDS REACTOR PERIUO USE REACTIVITY *■ HINERALS REACTÛ4 SAFETY 4- NICKEL COMPOUNDS RtALTOR SIMULATORS USE ANALOG SYSTtHS 11 RAMSAUER EFFECT USE CROSS SECTIONS ♦ REACTORS ♦ ELECTRONS RtACTOR SITES USE LNVIHONMLM *■ RARE GASES ­RfcACTuK STARI USt STARTUP 4- SCATTERING ­REACTUK VENEZOLANO USE RV­I ­RAMSAUER­TOWNSEND EFFECT USE RAMSAUER EFFECT RfcACTOKS ­RANA USE FROGS REAGENTS USfc CHEMICALS RANA PRATAB SAGAR USE REACTORS -REATTUHe URGANILO SPfcR. PUT. U USE HUSPU 2 RAND PROCESS USE ORE PROCESSING KfBtCCA USE REACTURS 92 RANDUM PHASE APPROXIMATION USE STATISTICS RECURS 27 RANDOMNESS USE PROBABILITY ­RECUMB1NATI0N Str CARRIERS ­RANGE SEE DIFFUSION LENGTH UR GENtTICS UR DISTANCE OR IUN KfcCUMBlNAT|U OR ENERGY RANGE UR NtUTHALIZAI ION OR MOMENTUM 45 KECUMBINEH USfc UfcLUMPOSIIION 49 RANKINE CYCLE USE STEAM GENERATURS 4 WATER COULANT 4- THERMODYNAMICS 4,316 RECORDING SYSTEMS 2 RANQUILITE USE CALCIUM SILICATES 6,338 RECOVERY ♦ URANIUH MINERALS I.U97 RECRYSTALLIZAT1UN 4 URANIUM SILICATES IB RLCT1FRATIUN DI SI ILLATION 32 RAOULT LAW USE PRESSURE MALHINING + VAPURS 2Π9 RLCTirIERS USI ELECTRONIC I.QU1PMENI ­RAPID THORIUM URANIUM SÜOIUM R USE RAPTUS 46 RECTUM USf INTESTINE 80 RAPSODIE USE REACTURS 11 RECYCLING USI RlPROCESSING 4 RAPTUS USE REACTORS ­RtU CLUVER USI CLOVER 4,691 KARE EARTHS RLD CROSS­CODE USI PRUGRAHHING 1,012 RARE GASES 4 HtD D­ARFS USE STARS ­RARE HETALS SEE HETALS 14 «CU i.IANIS USE STAKS OR NUBLE HETALS 2 REO SEA USE INDIAI, OCEAN 8 RAREFIED GASES USE GASES REÜFIELÜ THEORY USI NUCLEAR MAGNETIC RESON RARITA­SCHMINGER THEORY USE DIRAC EQUATIONS QUANTUM MLCHANICS 4­ ELEMENTARY PARTICLES SOLIDS ♦ SPIN 9 KGUUX POTLNTIAL ELECTRIC POTENTIAL 31 RASCHIG RINGS USE CERAMICS UX ΙΠΑΤION 4- RINGS HI MM t IUN RASH­CODE USE PROGRAMMING REDOX PROCESS USI SOLVENT IXTRACTION 536 RATE HETERS KfcUSIUNE GRANITE USI GRANITES RATIU­COOE USE PROGRAHHING ­REDUCTASES SfL CYTOCHROMES 8,253 RATS ENZYML­S 2 RAUVITE USE CALCIUH OXIDES RLUUCI KIN 4 URANIUH HINERALS 5,203 REDUCTION 4- URANIUH UXIDES ­REFERENCES USf DIRf [UGHAI'HY 4 VANADIUM UXIDES 1,737 «EEjNlNG RAVENSWOOD­A USE REACTORS 3,459 REf­LECTlUN RAYLEIGH DISK USE GAS FLOW 1,975 RfcFLfcCTUHS 4 RADIOMETERS 30 REFLtXES USE NFHVOUS SYSTEM 4- SÜUND * PHYSIOLOGY 4- VELOCITY I HÉFRACTALUY USI. CHROMIUM ALLUYS RAYLEIGH FORHULA USE DRAG 4 CJUALI ALLUYS + REYNOLDS NUMBER 4 MULYBUtNUH ALLOYS 4 NICK!L ALLUYS ­RAYLEIGH LINE USE RAYLEIGH SCATTERING 4 TITANIUM ALLOYS 32 RAYLEIGH NUMBER USE CONVECTION ♦ FLUIDS 1,116 REFRACTION 1,627 KEFkACTORIES 73 RAYLEIGH SCATTERING USE ATOMS *■ ELECTRUNS 6 RCERALTORY ALLOYS USE ALLOYS 4 HEA1 RESIST ING METALS 4 PHOTONS ­REFRACTORY MATERIALS USf REFRACTORIES RAYLEIGH­SCHR0E01NGER FORMULA USE PERTURBATION THEORY + QUANTUH HECHANICS ­REFKACTOKY METALS USE HEAT RESISTING METALS ­REFRIGERATION USfc CUOI INC ­RAYLEIGH­SCHROEOINGER PERTURBA USE RAYLEIGH­SCHROEDINGER FDRHULA 4 LUW TLMPfHATURE 24 RAYLEIGH­TAYLOR INSTABILITY USE ACCELERATION USE HLACTUHS ♦ DENSITY HEGA­1O­30 1 ,656 REGENERATION ♦ FLUID FLOW 764 ÄEL>ÜC PULES UST ELEHENTARY PARTICLES ♦ STABILITY 4 HELD THEURY ♦ SURFACES ­HEGGE TRAJECTORIES USt KfcoGE POLES 20 RAYON SEE CLOTHING USe RtGCE POLES OR FIBERS ­RFGoE TREATMENT USfc PROGHAHHING OR TEXTILES KEGRESS­CUDfc ­REGULATIONS SEE LEGAL ASPECTS 1 RB­1 USE RESEARCH REACTURS ­REINUEER USE DfcEH 1 RB­2 use RrACTORs ­REINFORCED CONCRETE USt CJNCReTES 260 RBE USE RADIATION DOSES USE PLASTICS 4 RADIATIUN INJURIES 13 RfclNFDRCED PLASTICS ­RELATIVE BIOLOGICAL EFFtLTIVtN USe RBE RBU­CODE USE PRUGRAHHING 6,180 RELATIVITY THEORY 9 RC­1 USE RESEAHCH REACTORS I,322 RELAXATION Set ELECTROLYTES RCELL­COOE USE PROGRAHHING UR EQUATIONS RCS­CODE USE PROGRAMMING OR HASERS ROA­CX USE CRITICAL ASSEHBLIES DR OSCILLATIONS 1 USE PRUGRAHHING RDR­CDDE ΠΚ OSCILLATORS 208 RE­ENTRY UR PLASMA RE­775 USE REACT0R5 OK TRANSIENTS USE FORTRAN ­REACT 30 RELAXATION LENGTH USE MEAN FREE PATH 3 USE THEKHDDYNAHICS REACTION ENTHALPY RELAY SATELLITES USE SATLLLlTfcS 45 USE THERHUDYNAHICS REACTION HEAT 276 RELAYS 14,091 REACTION KINETICS ­RELEASE SEE LEAKS ­REACTION MECHANISMS SEE DECAY DR LUSSES OR REACTION KINETICS 36 RELIABILITY SEE EFFICIENCY USE REACTION K INETICS ­REACTION RATE RcLUAJ FEVER­CODE USE PRUGKAMMING SEE BEHAVIOR ­REACTIONS 1,631 REMOTE CONTROL OK CHEMICAL REACTIONS 3,945 REMOTE HANDLING OR INTERACTIONS 6 REKAL CLEARANCE see KIDNEYS OR NUCLEAR REACTIONS OR THERHDNUCLEAR REACTIONS 6.494 REACTIVITY 68

5 RENARDITE LEAD PHOSPHATES RHENIUH SULFATES URANIUH MINERALS 4 RHENIUM SULFIOES URANIUM PHOSPHATES 1 RHENIUM 177 6 RENE ALLOYS 'ALUMINUM ALLOYS 2 RHENIUM 178 CHROMIUM ALLOYS RHENIUM 179 COBALT ALLOYS 3 RHENIUM 1B0 MOLYBOENUM ALLOYS 6 RHENIUM 181 NICKEL ALLOYS 10 RHENIUM 182 TITANIUM ALLOYS 23 RHENIUM 183 292 RENORHALIZATION USE MATHEMATICS 42 RHENIUM 184 5 RENUPAK-COOE USE PROGRAMMING 59 RHENIUM 185 LUCENS -ÄEP USE 79 RHENIUH 186 USE MAINTENANCE 120 RHENIUH 187 9 REPAIR FILMS 45 REPLICA TECHNIQUES USE 79 RHENIUM 188 IMAGES 9 RHENIUM 189 SURFACES 6 RHENIUM 190 -REPORT 1 RHENIUM 191 REPROCESSING RHENIUM 192 REPRODUCIBILITY SEE PERFORMANCE 14 KHEOLOGY SEE CREEP REPRODUCTION OR FLUID FLOW 9 REPTILES USE ANIHALS OR LIQUID FLOW 13 HER USE RESEARCH REACTURS -RHEUMATISM SEE RHEUMATOIO ARTHRITIS RESCAT-CODE USE PROGRAHHING 10 RHEUMATOID ARTHRITIS USE DISEASES -RESEARCH R. WASH. ST. COLLEGE USE RSCW 6 RHIZOPUS USE FUNGI -RESEARCH REACTOR FRANKFURT USfc FRF -RHU MESONS USE RHO RESONANCES -RESEARCH REACTOR GEESTHACHT USE FRG 717 RHO RESONANCES USE MESONS -RESEARCH REACTOR HIFAR USE HIFAR ♦ RESONANCE -RESEARCH REACTOR HUENCHEN USE FRH 22 RHÜDAMINE USE AMINES 12,716 RESEARCH REACTORS ♦ DYES 30 RESERPINE USE ALKALOIDS ♦ HETEROCYCLICS 7 RESERVOIRS USE STORAGE » ORGANIC OXYGEN COHPOUNOS VESSELS -RHÜÜANATES USE CYANIDES RESFIT-COOE US*E PROGRAMMING ♦ ORGANIC SULFUR COHPOUNDS 1.907 RESIDUES ♦ THIOCYANIDES 22 RESIN-IN-PULP PROCESS USE ORE PROCESSING -RHUDANIOES USE CYANIDES 2.465 ' RESINS ♦ ORGANIC SULFUR COMPOUNDS RESISTAC USE ALUMINUM ALLOYS ♦ THIOCYANIDES COPPER ALLOYS 19 RHODE ISLAND USE ISLANDS . IRON ALLOYS ♦ USA -RESISTANCE SE»E ELECTRIC CONDUCTIVITY -RHODE ISLAND OPEN POUL R USE RIOPR UR RESISTORS 5 RHODESIA USE AFRICA UR TENSILE PROPERTIES 449 RHUOIUM 1.188 RESISTORS 195 RHODIUM ALLOYS 4.B22 RESOLUTION RHUDIUM BORIDES RESOLUTION ENERGY SEE IMAGES 1 RHÜDIUH BROMIDES OR RESOLUTION 2 RHODIUM CARBIDES OR SPECTRA RHODIUM CARBONATES 4 RESOLUTION POWER SEE IMAGES 16 RHODIUM CHLORIDES OR RESOLUTION 21 RHODIUM COMPLEXES OR RESOLUTION ENERGY 33 RHODIUM COMPOUNDS 698 RESONANCE 10 RHUDIUM FLUORIOES 1 RESONANCE ABSORPTION SEE RESONANCE ESCAPE PROBABILITY 3 RHODIUM HYORIDES Θ70 RESONANCE ESCAPE PROBABILITY 3 RHOOIUM HYOROXIDES 90 RESONANCE INTEGRALS SEE RESONANCE ESCAPE PROBABILITY RHUDIUM IODIOES 775 RESONANCE NEUTRONS 11 RHODIUM ISOTOPES 7 RESONANCE SCATTERING USE RESONANCE 1 RHUOIUM NITRATES » SCATTERING RHUOIUM NITRIDES -RESONANCE STATES USE ENERGY LEVELS 13 RHOOIUM OXIDfcS ♦ RESONANCE RHODIUM PHOSPHATES 27 RESORCINOL USE PHENOLS RHUDIUM SILICATES -RESOURCES SEE ABUNDANCE 1 RHUOIUM SULFATES OR DEPOSITS 4 RHUDIUM SULFIDES OK STORAGE 12 RHOOIUM 100 -RESPIRATION SEE BREATH 16 RHODIUM 101 OR LUNGS 57 RHODIUM 102 OR OXIDATION 157 RHODIUM 103 OR PLANTS 63 RHODIUM 104 54 RESPIRATORY EQUIPMENT SEE FILTERS 31 RHOOIUM 105 DR MASKS 137 RHOOIUM 106 OR RADIATION PROTECTION 7 RHOOIUM 107 RESPIRATORY TnACT USE LUNGS 4 RHUDIUM 108 RESPONSE SEE SENSITIVITY 2 RHODIUM 109 REST-CODE USE PROGRAMMING 1 RHUDIUM 110 RESTORATION SEE RECRYSTALLIZATION RHODIUM1 96 OK REGENERATION 3 RHODIUM 97 OR RELAXATION 4 RHUDIUM 98 RESTORE-CODE USE PROGRAMMING 6 RHODIUM 99 RETENTION SEE ABSORPTION 21 RH0D1Z0NIC ACID SEE CHEMICALS OR ADSORPTION 5 RHODNIUS PROL IXUS USE INSECTS RETICULAR CELLS USE CYTOLUGY RHODONITE USE MANGANESE SILICATES RETICULOCYTES USE BLOOD FORMATION β RHGDÜPSEUDOMONAS USE BACTERIA ♦ ERYTHROCYTES 11 RHUOOSPIRILLUM USE BACTERIA 170 RETICULOENDOTHELIAL SYSTEM USE LYHPH SYSTEM RHOLOG-CODE USE PROGRAHMING 119 RETINA USE EYES 18 RHYOLITES USE IGNEOUS ROCKS ♦ NERVOUS SYSTEM -RIA USE RIOPR RETINOBLASTOMA USE RETINA -RIBOFLAVIN USE VITAMIN B-2 RETINOBLASTOMAS JSE CANCER B91 RIBONUCLEIC ACIO ♦ EYES 32 RIBOSE USE SUGARS REVERSE FLOW SEE COUNTER CURRENT 10 RIBOSIDES SEE NUCLEIC ACIDS -REVIEW USE BIBLIOGRAPHY OR SUGARS -REVISED W. BOILER NEUT USE AE-6 33 RIBOSOMES SEE RIBONUCLEIC ACID -REYNOLDS EQUATIONS USE REYNOLOS NUMBER 9 RIBS SEE BONES 711 REYNOLDS NUMBER USE FLUID FLOW OR FINS » TURBULENCE 6 RIBULOSE USE SUGARS REZISTAL USE STAINLESS STEELS 7 RIBULOSE DIPHOSPHATE USE CARBOHYDRATES REZONE-CODE USE PROGRAMMING 12 R1CCATI EQUATIONS USE DIFFERENTIAL EQUATIONS -RF SEE RADIOFREQUENCY 8 RICCI TENSOR USE RIEMANN SPACE 9 RFT USE REACTORS * TENSORS 2 RFTR USE REACTORS' 124 RICE USE CEREALS 1 RHEINSBERG SEE REACTORS -RICE INSTITUTE AGN-211 USE AGN SERIES 2 RHENIDES USE INTERMETALLIC COMPOUNDS -RICHARDSON CONSTANT USE RICHARDSON EQUATION + RHENIUM ALLOYS -RICHARDSON CRITERION USE RICHARDSON NUMBER 730 RHENIUM 14 RICHARDSON EQUATION USE CURRENTS 622 RHENIUM ALLOYS * EMISSION 3 RHENIUM BORIDES + EQUATIONS 15 RHENIUM BROHIOES ♦ THERMIONICS B RHENIUM CARBIDES 6 RICHARDSON NUMBER USE FLUID FLOW RHENIUM CARBONATES » TURBULENCE 36 RHENIUM CHLORIDES -RICHARDSON PLOT USE RICHARDSON EQUATION 33 RHENIUM COMPLEXES -RICHARDSON-OUSHMAN EQUATION USE RICHARDSON EQUATION 127 RHENIUM COMPOUNDS 1 RICMETITE USE LEAO OXIDES 27 RHENIUM FLUORIOES. ♦ URANIUM MINERALS 5 RHENIUM HYORIDES ♦ URANIUH OXIDES 3 RHENIUM HYDROXIOES -RICHLAND NEW PRODUCTION R. USE NPR 2 RHENIUM IODIDES -RICHLAND PHYS. CONST. TEST. USE PCTR 14 RHENIUM ISOTOPES 1 RICHTMVER-TELLER THEORY USE ASTROPHYSICS 1 RHENIUM NITRATES * COSMIC RAOIATION 2 RHENIUM NITRIOES 36 RICKETS USE BONES 123 RHENIUM OXIDES » DISEASES RHENIUM PHOSPHATES RHENIUM SILICATES 69

5 RICKETTSIA BACTERIA ROSSI ALPHA METHOD USE Ml. AMItit Ml Nl MICROORGANISMS ♦ PROHPT NEUTRONS VIRUSES 4 KIEBECKITE ♦ REACTOR PER 100 AMPHIBOLES 37 ROSSI CURVE USE CASCADE SHOWERS IRON SILICATES * COSHIC RADIATION SODIUM SILICATES -RIEMANN CURVATURE TENSOR » THICKNESS USE RIEMANN SPACE ­ROSSI tFFECT USE ROSSI CURVE 1 RIEMANN FUNCTION USE DIFFERENTIAL EQUATIUNS -RIEMANN GEOMETRY ­ROSSI HAXIHUM USE ROSSI CURVE USE RIEHANN SPACE ­ROSSI METHOD USE ROSSI ALPHA HETHOD -RIEMANN INVARIANTS USE RIEHANN FUNCTIUÑ ­ROSSI SHOWERS USE ROSSI CURVE -RIEMANN MANIFOLDS USE RIEHANN SPACE ­ROSSI TIHE USE ROSSI ALPHA METHOD -RIEHANN METRIC USE RIEMANN SPACE 7,465 ROTATION 42 RIEHANN SHEET USE HATHEHATICS 13 RUT AT]UN GROUP USE GRUUP THEORY 73 RIEMANN SPACE USE MATHEMATICS * MATRICES -RIEMANN SPHERE USE RIEMANN SPACE 4 ROTATION THERAPY USE RADIOTHERAPY -RIEMANN SURFACE USE RIEMANN SHEET -RIEHANN WAVES USE 4 RUTATION RIEMANN FUNCTION ­ROTATIONAL BAND OSE ROTATIONAL STATE SHOCK WAVES 12 ROTATIONAL CONSTANTS USE Mult LU! I S -RIEHANN-CHRISTOFFEL TENSOR USE RIEHANN SPACE 4 SPECTRA RIFF RAFF-COOE USE PRUGRAHHING 203 ROTATIONAL STATE USfc ENERGY LEVELS -RIGA RESEARCH R. USE IRT-C 5 RIGHI-LEOUC EFFECT 12 ROTATIONAL TRANSFORH USE HAGNETIC FIELDS USE HEAT TRANSFER ♦ THERHONUCLEAR DEVICES HAGNETIC FIELDS 38 ROTATOR SEE MACHINE PARTS TEHPERATURE OR ROTATIUN -RIKKYÜ-TRIGA USE TRIGA SERIES OR SPECTRA I RINCULITE USE RINKITE 24 ROUGHNESS USE CONFIGURATION * STRONTIUH SILICATES * SURFACES RING BREAKAGE USE DECOHPOSITION ­RUWE USE YAEC IO RING OVEN TECHNIQUES SEE CHEMICAL ANALYSIS ROWLAND CIRCLE USE DIFFRACTION SEE 297 RINGS MACHINE PARTS 4 SPECTRUHFTERS TORUS 5 ROYAL JELLY SEE DRUGS 2 RINK1TE CALCIUM SILICATES OR FOOD CERIUH SILICATES OR SUGARS HINERALS 4 KPI USE RESFARCH REACTORS TITANIUM SILICATES 2 RPT USE RESEARCH REACTORS 40 RIOMETERS ABSORPTION RREL USE RESEARCH HFACTORS INSTRUMENTS 4 RRR USE REACTORS IONOSPHERE ­RRR­2 USE NCSCR­2 1 RIOPR USE RESEARCH REACTORS ­ÄS­1 USE AMS­I RISOERITE USE NIOBIUM OXIOES 2 RSAC­CODE USE PROGRAHMING RARE EARTHS Λ SCW USE RESeAHCH REACTORS TANTALUM OXIDES RSKF­COÜE USE PRUGHAMHING TITANIUM OXIDES 2 RTM USE RESEARCH REACTORS URANIUH HINERALS 1 RTS­1 USE RESEARCH REACTORS YTTRIUH OXIOES RUANDA URUND I USE AFRICA RITCHIE­ELDRIOGE THEORY DIFFUSION UHI HUBBCR FOILS 1 RUOfcULE USF RESeAHCH RfcACTORS NEUTRON FLUX 791 RUBIDIUM PERTURBATION THEORY 30 KUblDIUH ALLOYS RITZ COMBINATION PRINCIPLE ENERGY LEVELS RUBIDIUM BUR1DES SPECTRA 39 RUBIDIUM BROMIDES 19 RITZ METHOD ENERGY LEVELS I RUBIDIUM CARBIDES MATHEMATICS 9 RUBIDIUH CARBONATES QUANTUM HECHANICS 151 RUBIDIUM CHLORIDES -RITZ VARIATION METHOD USE RITZ HETHOO 20 RUBIDIUH COMPLEXES -RITZ-RAYLEIGH METHOD USE RITZ METHOD 165 "Udi UI UM COMPOUNDS 55 RIVERS USE HYDROLOGY 74 RUBIDIUM FLUORIDES -RKR METHOD USE RYDBERG­KLÉIN­REES METHOD S RUBIDIUM HYDRIDES RM-CF USE REACTORS tí RUBIUlUM HYOROXIDES 26 RMF USE RESEARCH REACTORS 52 RUBIDIUM IODIDES -RNA USE RIBONUCLEIC ACID 64 RUBIDIUM ISOTOPES -RNA POLYMERASE USE ENZYMES 33 RUBIDIUM N1THATFS POLYMERASE 2 RUBIDIUM NITHlDfcS RIBONUCLEIC ACID 24 RUBIDIUM UXIDES 79 RNA-ASE USE ENZYMES t, KUftlDlUH PHOSPHATES NUCLEOTIDASES 2 RUBIDIUH SILI CAIES RIBONUCLEIC ACIO 20 RUöIOIOH SULFATeS 15 ROASTING ORE PROCESSING ι RUiilüIUH SULFIDES OXIDATION 5 RUBIOIUH 79 -ROBERT E. LEE SUBMARINE USE S5W SERIES 3 RUBIDIUM 80 ROBERTSON TEST USE BRITTLENESS RUßlOlUH 81 DUCTILITY 15ti RUBIDIUH 82 HATERIALS TESTING 10 RUUlüIUH 83 2 ROCK DRILLING MINING 40 Η Uli IUI UM 84 PROSPECTING ΙΟΙ RUBIDIUH 85 OR WELL LOGGING 275 RUBIOIUH 86 -ROCKET FUEL TEST R. USE RFTR 192 RUBIOIUH 87 5 ROCKET FUELS USE PROPULSION 23 RUBIDIUH 88 ROCKETS 13 RUBIDIUH B9 2,018 ROCKETS 7 RUBIDIUH 90 2,857 ROCKS 5 RUBIDIUM 91 -ROCKWELL A SCALE USE RUCKWELL HARONESS 2 RUBIDIUM 92 -ROCKWELL C SCALE USE ROCKWELL HARDNESS 1 RUBIOIUH 93 1 ROCKWELL HARONESS USE HARDNESS 1 RUBIOIUH 94 * MATERIALS TESTING 2 RUBIOIUH 95 -ROCKWELL IDENTATION TEST USE ROCKWELL HARDNESS Ζ RUBIDIUH 96 35 RODENTS USE ANIMALS 1 RUBIOIUH 97 6,861 RODS 61 RU8Y USE ALUMINUM OXIDES RUOtRHAN­KITTEL COUPLING USE CUUPLING -ROENTGENOGRAMS USE IMAGES 4 MAGNETIC MOMENTS * RADIOGRAPHY 4 METALS -ROENTGENS USE RADIATION DOSES • NUCLEI RUESCH METAL USE TIN ALLOYS 4- ZINC ALLOYS RUDSTAH FORHULA USE CROSS SECTIONS * SPALLATION ROLLER BEARINGS USE BEARINGS 1,589 ROLLING RUIJGROK-VANHOVE HODEL USE LEE MODEL » QUANTUM FIELD THEORY -ROLLS ROYCE REACTOR USE RRR USE AUSTRALIA 93 ROMANIA USE EUROPE RUH JUNGLE USE LATTICES -ROMANIAN WHR-C REACTOR USE WWR SERIES RUHE-ROTHERY RULE .♦ VALENCE 4 RONGALITE USE ALDEHYDES 4- FORHIC ACID RUMEN USE STOMACH 4 SULFUROUS ACID RUMINANTS USE HAKHALS USE EXCURSIONS RUOPPUR USE REACTORS -RUNAWAY ­RUNGE­KUTTA INTEGRATION USE RUNGE­KUTTA METHOD 693 ROOTS RUNGE­KUTTA METHOD USE DIFFERENTIAL EQUATIONS 1 ROSCDELITE USE HICA 4 VANADIUM COMPUUNDS ­RUNGE­KUTTA­GILL METHOD USE RUNGE­KUTTA HETHOO RUPTURE USE FAILURES 61 ROSE BENGAL USE DYES ­RUSSEL­SAUNDERS CUUPLING USE L­S COUPLING ROSE-METAL USE BISMUTH ALLOYS * LEAD ALLOYS RUST USE IRON OXIDES 4- TIN ALL0Y5 Θ42 RUTHENIUM RUTHENIUM ALLUYS ROSENSLUH COUNTERS USE SPARK COUNTERS 159 RUTHENIUM BORIDES -ROSENBLUM SPARK COUNTERS USE ROSENBLUM COUNTERS RUTHENIUM BROMIDES 29 ROSENBLUTH FORMULA USE CROSS SECTIONS * ELASTIC SCATTERING RUTHeNIUM CARBIDES USE SNOW PLOW MOOEL KUTHeNIUM CARBONATES -ROSENBLUTH-GARWIN HOOEL RUTHENIUM CHLORIDES ROSENFELO FORCE USE NUCLEON-NUCLEON POTENTIAL USE ROSENFELO FORCE 139 RUTHENIUM COHPLEXES -ROSENFELO MIXTURE 117 RUTHENIUM COHPOUNOS 5 ROSOCYANIN USE DYES RUTHENIUM FLUORIDES 7 ROSPO USE REACTORS RUTHENIUM HYORIDES ROSSELANO APPROXIMATION USE BUUNDARY LAYERS RUTHENIUM HYOROXIDES * HEAT TRANSFER RUTHENIUM IODIOES 4 THERMAL RAOIATION 70

67 RUTHENIUM ISOTOPES SAHARA DESERT USE AFRICA 38 RUTHENIUH NITRATES ♦ DESERT 1 RUTHENIUM NITRIDES SAHYB-CUDE USE PRUGRAHHING RUTHENIUM NITROLYSIS USE NITROGEN OXIDES -SAKATA MUOCL USE COMPOSITE MOOEL * NITROSYL RADICALS -SALAM HYPOTHESIS USE LEE-YANG THEORY f RUTHENIUH COMPLEXES SALAM-POLKINGHORNE THEURY USE ELEMENTARY PARTICLES 135 RUTHENIUM OXIDES ♦ GROUP THEORY 1 RUTHENIUM PHOSPHATES <- ISOSPIN RUTHENIUM SILICATES SALAMANDER-CODE USE PRUGRAHHING 6 RUTHENIUM SULFATES 35 SALAMANDERS USE AMPHIBIANS 6 RUTHENIUM SULFIDES 5 SALEEITE USE HAGNESIUH PHOSPHATES 19 RUTHENIUM 100 f URANIUM MINERALS 24 RUTHENIUH 101 + URANIUH PHOSPHATES 26 RUTHENIUM 102 SALENGALITE USE URANIUH MINERALS 227 RUTHENIUM 103 ♦ URANIUM PHOSPHATES 21 RUTHENIUM 104 309 SALICYLIC ACID 37 RUTHENIUH 105 40 SALIVA USE FLUIDS 548 RUTHENIUM 106 121 SALIVARY GLANOS USE GLANDS 6 RUTHENIUM 107 5 SALMINE USE PROTEINS 3 RUTHENIUM 108 34 SALMUN USE FISH 1 RUTHENIUM 93 102 SALMUNELLA USE BACTERIA 4 RUTHENIUM 94 1 SALUMDN-CODE USE PROGRAMMING 11 RUTHENIUH 95 -SALPETER PROCESS USE ALPHA PARTICLES 13 RUTHENIUM 96 ♦ HIGH TEHPERATURE 13 RUTHENIUM 97 t INTERACTIONS 4 RUTHENIUH 98 SALTEX PROCESS USE PUREX PROCESS 24 RUTHENIUM 99 56 SALTING-UUT AGENTS USE PRECIPITATION -RUTHERFORD FORMULA USE RUTHERFORD SCATTERING 060 SALTS 131 RUTHERFORD SCATTERING USE CHARGED PARTICLES -SALUGGIA ■1 USE ARS-1 » ELECTRIC FIELDS 5 SALYRGAN USE DIURETICS <■ SCATTERING » DRUGS ♦ SPIN 865 SAMARIUM -RUTHERFORO-MOTT FORMULA USE RUTHERFORD SCATTERING 124 SAMARIUM ALLOYS -RUTHERFOROINE USE RUTHERFOROITE 20 SAMARIUH BORIDES 5 RUTHERF0R01TE USE URANIUM CARBONATES 13 SAHARIUM BROMIDES + URANIUM MINERALS B SAMARIUH CARBIDES 91 RUTILE USE MINERALS 10 SAMARIUH CARBONATES ♦ TITANIUM OXIDES 89 SAMARIUM CHLORIDES -RUTIN USE VITAMIN Ρ 73 SAMARIUM COMPLEXES 1 RV-1 USE RESEARCH REACTORS 233 SAMARIUH COHPOUNOS -RWE USE KRB 30 SAMARIUM FLUORIOES -ftWSU USE RSCW 12 SAMARIUM HYDRIDES 12 . RYDBERG CONSTANT USE ATOHS 10 SAMARIUM HYDROXIOES ♦ SPECTRA 3 SAMARIUM IODIDES RYDBERG CORRECTION USE ATOMIC HODELS 53 SAMARIUM ISOTOPES ♦ ENERGY LEVELS 38 SAMARIUH NITRATES RYDBERG EQUATION USE ATOMS 6 SAMARIUM NITRIDES ♦ SPECTRA 270 SAMARIUM OXIDES -RYDBERG FORMULA USE RYOBERG EQUATION 6 SAMARIUM PHOSPHATES RYOBERG-KLEIN-REES METHOD USE ATOMS 9 SAHARIUM SILICATES ♦ SPECTROSCOPY 26 SAHARIUM SULFATES 28 RYE USE CEREALS 19 SAMARIUM SULFIOES 4 RO USE RESEARCH REACTORS 2 SAMARIUM 141 29 Rl USE RESEARCH REACTORS 10 SAHARIUH 142 15 R2 USE RESEARCH REACTORS 10 SAMARIUM 143 1 R2-0 USE RESEARCH REACTORS 38 SAMARIUH 144 30 R3-A0AH USE REACTURS 23 SAMARIUM 145 1 R3-B USE REACTORS 19 SAHARIUH 146 6 R4-EVA USE REACTORS 84 SAHARIUH 147 -R4-HARVIKEN USE R4-EVA 37 SAMARIUM 148 014 S-MATRIX USE MATRICES 114 SAMARIUM 149 ♦ QUANTUM HECHANICS 61 SAMARIUM 150 ♦ SCATTERING 65 SAMARIUM 151 S-N OIAGRAM USE DIAGRAHS 157 SAHARIUM 152 ♦ FATIGUE 77 SAMARIUM 153 ♦ STRESSES 47 SAMARIUM 154 -S-NUCLEOTIDASE USE NUCLEOTIDASES 9 SAMARIUM 155 S-PR USE REACTORS 8 SAMARIUH 156 S-STATES USE ENERGY LEVELS 2 SAMARIUM 157 S-WAVE USE SCATTERING 27 SAMARSKITE USE NIOBIUM OXIDES S-126-C00E USE PROGRAHHING ♦ RARE EARTHS SABUGAL I TE USE URANIUH MINERALS ♦ TANTALUH OXIOES ♦ URANIUM PHOSPHATES ♦ URANIUH MINERALS -SACAVÉM USE RPI ♦ URANIUH OXIOES SACCHARIDES USE SUGARS -SAMARSKITE-WIIK1TE USE WIIKITE SACCHARIN USE DRUGS -SAMENWERKENDE ELECTR. USE SEP ♦ HETEROCYCLICS SAMIRES1TE USE LEAD OXIOES » ORGANIC NITROGEN COMPOUNDS ♦ NIOBIUM OXIDES ♦ ORGANIC SULFUR COMPOUNDS ♦ TANTALUH OXIDES 154 SACCHAROHYCES USE YEASTS . TITANIUM OXIDES 160 SACCHAROSE USE SUGARS + URANIUH MINERALS -SACHS FUNCTIONS USE MAGNETIC MOHENTS ♦ URANIUH OXIDES -SACHS METHOD USE HAGNETIC MOMENTS SEE CYCLONE SEPARATORS -SACHS THEOREM USE MAGNETIC MOMENTS OR FILTERS 3 SACHS-TELLER NASS USE MASS OR SAMPLING ♦ QUANTUM MECHANICS OR TRAPS -SACHS-TELLER THEORY USE SACHS-TELLER MASS SAMPLING FREE RADICALS SACHS-TREIHAN HETHOO USE DECAY SAMUEL-HAGEE HOOEL USE 4- KAUNS ION RECOMBINATION ♦ LEPTONS IONIZATION ♦ MASS WATER » TIME SAN ANTONIO BAY USE PACIFIC OCEAN -SACLAY CRIT. ASS. RUBEOLE USE RUBEOLE , ♦ SEA -SACLAY DEMONSTRATION PILE USE PEG USA SACLAY LINAC USE LINEAR ACCELERATORS SAN BERNARDINO MOUNTAINS 'US E. CALIFORNI A SACLAY SYNCHROTRON USE SYNCHROTRONS MOUNTAINS SADDLE POINT METHOD USE MATHEMATICS +. USA SADE USE REACTORS SAN CLEMENTE REACTUR USE REACTORS SAFARI-1 USE RESEARCH REACTORS SAN FRANCISCO SAY USE PACIFIC OCEAN SAFE-AXISYM-COOE USE PROGRAHHING ♦ SEA SAFE-PCRS-CODE USE PROGRAMMING ♦ USA SAFEGUARDS USE PERSONNEL SAN JOSE REACTOR USE REACTORS ♦ SAFETY SAN ONOFRE REACTOR USE REACTORS SAFETY -SAN PIERO A GRAOO USE RTS-1 SAGA-1 USE CRITICAL ASSEHBLIES SAND SAGA-2 USE CRITICAL ASSEHBLIES -SANOIA ENGINEERING R. FA. USE SERF SAGA-3 USE CRITICAL ASSEHBLIES -SANDIA PULSED REACTOR FACILITY USE SPRF SAGA-4 USE CRITICAL ASSEMBLIES -SANOIA PULSEO REACTOR NO.2 USE SPRF-2 SAGE-CODE USE PROGRAMMING SANDSTONES USE ROCKS SAHA EQUATION USE ATOMS SAND ELECTRONS -SANDUSKY REACTOR FA. US*E NASA-TR EQUATIONS SAN10INE USE ALUMINUH SILICATES GASES + FELDSPARS IONS ♦ POTASSIUM SILICATES TEMPERATURE -SANTA SUSANA KEWB USE KEWB -SAHA EQUILIBRIUM USE SAHA EQUATION -SANTA SUSANA POWER PLANT USE SRE 2 SAHA-LANGMUIR EQUATION USE IONIZATION SANTOWAX USE POLYPHENYLS SURFACES SAO PAULO REACTOR USE REACTORS TEMPERATURE SAP USE ALUMINUH -SAHA-LANGMUIR THEORY SAHA-LANGMUIR EQUATION SINTERED HATERIALS SAP-CODE US*E PROGRAHHING 71

21 SAPHIR USE RESEARCH REACTORS SCLPTPE USt PINCH 20 SAPONIFICATION USE HYDRULYSIS SCEPTRE 3 USI SCEPTRE S SAPONIN USE CARBOHYDRATES SCfcPTRfc 3A USL SCEPTRE ♦ GLYCOSIDES SCLPTRt 4 USI SCEPlKf 82 SAPPHIRE USE ALUHINUH OXIDES SCFK USI REALTORS ♦ HINEHALS SLGA RESEARCH REACIURS -SAR GRAZ USE ARGONAUT GRAZ SCHEcLITE CALCIUM OXIUES -SAK 1 UARCHING USE ARGONAUT GARCHING MINI/HALS -SAR 2 KARLSRUHE USE ARGONAUT KARLSRUHE TUNGSTEN OXIDES 9 SAR-1 USE RESEARCH REACTORS SCMlFF BASE ORGANIC NITRUGEN COMPUUNDS -SAR-1 HUENCHEN USE ARGONAUT GARCHING SCHISTOSOMA ANIMALS -SAR-2 USE SSN586 PARASITES 4 USE OISEASES SARCOIDOSIS SCHISTS SFE ROCKS ♦ RETICULOENDOTHELIAL SYSTEH SCHIZOPHRENIA USE UfHAVlUR ♦ TISSUES DISEASES ♦ TUHORS NERVUUS SYSTEM 141 SARCOMAS USE CANCER 85 SCHLIEREN UtNSITY 4 SARCOSINE USE AHINJ ACIDS GASES 5 SARGENT OIAGRAMS USE BETA DECAY VARIATIONS ♦ 8ETA PARTICLES SCHLIEREN METHOD DENSITY 4- DIAORAMS REFRACTION 4- ENERGY SCHLIEREN -SARGO USE SSN583 TRANSPARENCY 14 SASKATCHEWAN USE CANADA ­SCHLIEREN PHOTOGRAPHY USE SCHL[EREN Mr THUD 1,647 SATELLITES SCHMIDT LINES USE DIAGHAMS 257 SATURATION USE SQLUTIÜNS HAGNeTIL HUHENTS -SATURNE SEE PLANETS NUCLEAR MODUS OR SACLAY SYNCHROTRON SPIN 11 SAUSAGE INSTABIL USE PINCH SCHMIDT MODEL MAGNET If. MUHENTS + PLASMA SINGLE­PARTICLE HOOEL 6 SAV-C USE REACTORS SPIN 3 SAV-K USE REACTURS SCHMIDT NUMBER DIFFUSION SAV-L USE REACTURS FLOIDS SAV-P USE REACTORS VISCOSI I Y SAV-R USE REACTORS SCHMITT TRIGGER CIRCUIT USL MULTIVIbRAIDRS 2 SAV-SP USE RESEARCH REACTORS SCHOtNIGER TECHNIQUES USf CUMBUSTION 221 SAVANNAH USE REACTORS SCH0EP1TE USt URANIUM MINERALS ♦ SHIPS URANIUH OXIDES 51 SAVANNAH RIVER USE RIVERS SCHUTTKY DEFECTS DEFtCTS 4 SOUTH CARULINA IONS 4­ USA LATIICLS ­SAVANNAH RIVER AU PROO. R. Ρ USE SAV­P 18 SCHUTTKY EFFECT CURRENTS ­SAVANNAH RIVER COMP. TEST. R. USE HWCTR ELtCTRIC CHARGES ­SAVANNAH RIVER LAB. EXPUN. FA. USE SRLEF ELtCTHIC FULOS 64 SAVANNAH RIVER PLANT USE SOUTH CAROLINA TIIERHIDNICS 4­ USAEC WORK FUNCTIONS ­SAVANNAH RIVER PLANT TEST PILE USE SR­305 l SCHUTTKY THEORY LAYtRS ­SAVANNAH RIVER PROCESS OVL. R. USE PUP HtTALS ­SAVANNAH RIVER PU PROU. R. C USE SAV­C SEHICONDUCTDHS ­SAVANNAH RIVER PU PROD. Κ. Κ USE SAV­K 13 SCHRUfcCKINGERlTE CALC IUM SULFATES ­SAVANNAH RIVER PU PRUD. K. L USE SAV­L SODIUM SUI TAILS ­SAVANNAH RIVER PU PROO. R. R USE SAV­R URANIUH MINERALS ­SAVANNAH RIVER STANDARD PILE USE SAV­SP URANIUM SULFATES ­SAVANNAH RIVER 305 TEST PILE USE SR­305 855 SCHROEDINGER EQUATIUN III INIUI EQUATIUNS ­SAMADA HETHOO USE GOLDSTONE OIAGRAHS QUANTUM MECHANICS 55 SAXON­HOODS POTENTIAL USE NUCLEAR HODELS ­SCHKUtUlNGCR PICTURE USI SCHROEDINGER EQUATION 72 SAXTON USE REACTORS ­SCHRUEDINGeR REPRE Si.Ni AI I UN USI. SCHROEDINGtR fcQUATION SBR­1 USE RESEARCH REACTORS ­SCHULTEN REACTUR USE AVR SBR­2 USE RESEARCH REACTORS 1 SCHULZ HMltUiJ USt CRYSTALS ­S8R­250­USSR USE BN­250 LATTICES SBR­3 USE REACTORS X HAD!Α Γ ION 1 SBR­4 USE REACTORS 1 SCHUHANN­RUNGE BANOS ABSUHPTION 30 SBR­5 USE REACTORS HULECULES ­SBR­50­USSR USE BN­50 OXYGEN SCACCHITE USE HANGANESE CHLORIOES SPECTRA SCAK USE CRITICAL ASSEHBLIES ULTKAVlOLfT RADIAT ION 644 SCALERS 1 SCHWÄRT ZHAN l'Ili. NUMI NUN RADIOSENSITIVITY 42 SCALING USE CURRUSION TISSUES ♦ HIGH TEHPERATURE ­SCHWARIZHAN REACTION USt SCHWARTZHAN PHENOHENON ♦ OXIOES 3 SCHWARZ­CHRISTUFFEL TRANSFUHM USE HATHEHATICS SEE HAIR SCHWARZSCMILD CUEFFICIENÏ USE NUCLEAR EMULSIONS OR SKIN SENSITIVITY -SCAHP SUBMARINE USE S5W SERIES ­SCHWARZSCHI LU CONSTANT USf SCHWAHZSCHRD COEFFICIENT 7 SCANDINAVIA SEE NORWAY ­SCHWARZSCHILD EXPONENT USE SCHWAH/SCHILO I.IIIIIUIM OR SWEDEN ­SLHWARZSCHILD FIELO USE SCHWARZSCHILD HETRIC ­SCHWARZSCHILD LINE MINI.Nl USE 533 SCANDIUM SCHWARZSCHILD METRIC 11 SCHWARZSCHILD METRIC USE GENERAL RELATIVITY THEORY 75 SCANDIUM ALLOYS 4 GRAVITAT ION SCANDIUM BORIOES a ­SCHWARZSCH1L0 RADIUS USE SCHWARZSCHILD HETRIC 6 SCANDIUM BROHIOES 29 SCHWARZSCHILD SOLUTION USE FIELD THEORY 12 SCANDIUM CARBIOES RELATIVITY THEORY 3 SCANDIUM CARBONATES SCHWARZSCHILD Ml Ι Κ M 34 SCANDIUM CHLORIDES ­SCHWARZSCHILD SPACE USE SCHWARZSCHILD METRIC 66 SCANDIUM COHPLEXES SCHWINGER ACTIUN PRINCIPLE USE DIFFERENTIAL EQUATIUNS 129 SCANDIUM COHPOUNOS FIELD THEORY 23 SCANOIUH FLUORIDES QUANTUH HECHANICS 11 SCAN01UH HYORIDES RELATIVITY THEORY 13 SCANDIUM HYDROXIDES ­SCHWINGER DYNAMIC PRINCIPLE SCHWINGER ACTION PRINCIPLE 4 SCANOIUH IODIDES SCHWINGER FUNCTIONAL EuUATIONS DIFFERENTIAL EQUATIUNS 15 SCANDIUM ISOTOPES FIELD THEORY 7 SCANDIUM NITRATES GREEN FUNCTION 15 SCANOIUH NITRIDES QUANTUH HECHANICS 136 SCANDIUM OXIDES ­SCHWINGER FUNCTIONAL *MI. I ilutJ USE SCHWINGER FUNCTIONAL EQUATIONS 5 SCANDIUM PHOSPHATES ­SCHWINGER METHOD USE SCHWINGEH VARIATIONAL HETHOO 14 SCANDIUM SILICATES SCHWINGER VARIATIONAL HE Τ HUD USE LIPPHAN­SCHWINGER EQUATION 4 SCANOIUH SULFATES MATHEMATICS 4 SCANOIUH SULFIOES PHASfc SHIFT 9 SCANDIUM 40 QUANTUM MECHANICS 26 SCANDIUM 41 SCATTERING 26 SCANDIUM 42 ­SCHWINGEH VARIATIONAL PRINCIPL USE SCHWINGER ACTIUN PRINCIPLE 42 SCANOIUH 43 SCHWINGER­TOHONAGA FORMALISM USE QUANTUH FLECTROOYNAHICS 95 SCANDIUM 44 RELATIVITY THEORY 140 SCANOIUH 45 ­SCHWINGER­TCMONAGA THEURY USE SCHWINGER­TOHUNAGA I ORMAI. I SM 220 SCANOIUH 46 ­SCHWINGER­TOHONAGA­UYSUN THEUR USE SCHWINGER­TOHONAGA FORHAL ISH 63 SCANDIUM 47 SCIATIC NERVE use NERVES 52 SCANDIUM 48 NERVOUS SYSTEH 35 SCANDIUM 49 SCINTIGRAPHY USE DI AGNUS IS 13 SCANOIUH 50 SCINTILLATION COUNTERS SCANOIUH 51 ­SCINTILLATION CHAMBERS USE SCINTILLATION COUNTERS -SCANNING SEE OETECTION 8,807 SCINTILLATION COUNTERS OR INSPECTION SCINTILLATION INHIBITION USE SCINTILLATIONS USE PROGRAHHING SCAP­CODE 1,209 SCINTILLATIONS USE PROGRAHMING SCAT­CODE ­SCINTILLATORS USE PHOSPHORS SCATRAN­CODE USE PROGRAHHING 2 SCIOTO RiveR USE UHIO USE PRUGRAHHING SCATTER­CODE 4 RIVERS 37,263 SCATTERING ♦ USA USE SCATTERING 1.375 SCATTERING AMPLITUDE use EYES SCATTERING LENGTH USE SCATTERING 110 ♦ TISSUES ­SCAVENGING SEE CLEANING SCLEROSIS See RADIATIUN INJURIES OR OECONTAHINATION ­SCORPION SUBMARINe USE S5W SERIES OR PRECIPITATION SCORPIUNS USE ARTHROPODS 27 SCENEDESMUS USE ALGAE 72

-SCOTTISH RES. CFNTRE UTR-IUO R USE UTk-mo-SRKC 11 SELENIUM 83 -SCRAH USE SHUTDUWN 1 SELENIUM 84 SCRAM RODS USE CONTROL ELEHENTS SfcLENIUM 85 + SHUTDUWN SELENIUH 86 -SCRAPS USE RESIDUES SELENIUM B7 SCRAICH-CODE USE PRUGRAHMING 45 SELF-ADSORPTION USE ABSCRPTIUN -SCREENS SEE BARRIERS -SELF-ADJOINT MATRIX USE HErtHITIAN MATRIX UR FILTERS -StLF-ADJOINT OPERATORS USE HERMITIAN OPERATUKS OK PHOSPHORS 91 SÊLP-CÜNSISTENT FIELU JSE ELEMENTARY PARTICLES 16 SCRUBBERS SEE DcCÜNTAHINATION + QUANTUM MECHANICS UR EXTRACTIUN COLUMNS 83 SELF-OIFFUSIUN USE DIFFUSION ­scu USt UTK-ICO-SRRC 45 SELF-ENERGY USF PARTICLE MODELS -SCULPIN SUBMARINE USE S5W SERIES 20 SELNI USE REACTORS 5 SCWR USE REACTURS -SEHI-HÛHOGENEUUS R. CRIT. ASS. USt SHRCA 90 SCYLLA use CONFINEMENT 5 SEHI-MfcTALS SEE ARSENIC PLASHA UR BuRDN 12 SCYLLA 1 US.E SCYLLA OR CARBON 11 SCYLLA 3 USE SCYLLA OR NITROGEN 1 -SDC-CÛDE USE PROGRAMMING OR PHOSPHORUS 2 SDPPH USE ORGANIC NITROGEN COHPOUNDS UK SILICON t ORGANIC SULFUR COMPOUNDS 1Û SEMICARBAZIOES USE ORGANIC NITKOGEN COMPOUNDS PHENYL RADICALS + ORGANIC OXYGEN COMPOUNDS fr+ PICRYL RADICALS -SEMICONDUCTOR OETECTURS USE CRYSTAL COUNTERS 23 SDR USfc REACTORS SEMICONDUCTORS 3.485 SEA SEMICONDUCTORS * 4 SEA CLI-FF BIRDS USE BIRDS SEMIDIURNAL VARIATION USE VARIATIONS ♦ ENVIRONMENT SEMINAL VESICLES USE GONAOS 382 SEA LEVEL USE LEVELS SEMINOMAS USE CANCER SEA ♦ GÜNADS 48 SEA URCHINS US*E INVERTEBRATES -SENA USE CHOOZ SEA WATER BRONZE USE BISMUTH ALLOYS SCNGIERITE USE COPPER OXIOES + COPPER ALLOYS ♦ URANIUH MINERALS ♦ NICKEL ALLOYS ♦ URANIUM UXIOES TIN ALLOYS ♦ VANA01UM OXIOES +fr ZINC ALLOYS 12 SENIORITY NUH8ER USE NUCLEAR MOOELS -SEADRAGON USE SSN5B4 + QUANTUM MECHANICS SEAFOOD SEE CRUSTACEANS 39 SENN-1 USE REACTORS OR FISH 1 SENN-2 USE REACTORS SEAL-SHELL-CODE USE PROGRAMMING 8,218 SENSITIVITY 1 SEALING HATERIALS USE SEALS β SENSITIZERS SEE CATALYSIS 2,448 SEALS OR IMMUNITY SEAH WELDING USE WELDING OR PHOTUGRAPHY SEARCH-CODE USE PROGRAMHING OR SENSITIVITY -SEASONAL VARIATIONS USE SEASONS SEP USE REACTORS + VARIATIONS SEPARATION FACTUK SEE ISOTUPE SEPARATION 339 SEASONS USE EARTH OR SEPARATION PROCESSES TEHPERATURE SEPARATION PROCESSES *+ VARIATIONS SEPTICEHIA USE BLOOD -SEATTLE EDUCATOR R. ■ USE EDUCATOR UWASH ♦ INFECTIONS SEAWEEDS SEE ALGAE SEPTUM SEE BARRIERS UK PLANTS -SEQUESTRENE USE EDTA -SEAWOLF USE SSN575 -SER USE SNAP-8 SERIES SEBACEOUS GLANDS USE GLANDS -SERBER INTERACTIONS USE SERBER THEURY «■ SKIN -SERBER MODEL USE StRBEP THEORY SEBACIC ACIO USE ORGANIC ACIDS SERBER THEORY USE NUCLEAR HOUELS -SECOND GARIGLIANO POWER R. USE SENN-2 ♦ STRIPPING SECOND QUANTIZATION USE QUANTUH HECHANICS -SEKBER-GOLDBERGER MUuEL USE GOLDBERGER HODEL SECOND SOUND SEE HELIUH II SERBER-WILSON METHOD USE NEUTRONS OR SUPERFLUIDITY ♦ SCATTERING 228 SECONOARY EHI SS ION USE EMISSION ♦ TRANSPORT THEORY 51 SECRETION SEE GLANDS 4 SERF USE REACTOKS OR HORHONES 18 SERIES EXPANSION USE MATHEMATICS -SECTOR ACCELERATORS USE SPIRAL SECTOR ACCELERATORS 110 SERINE USE AH INO ACIDS SECULAR EQUATION USE HATRICES 237 SEROTONIN USE INDOLES -SEDIMENTATION SEE PRECIPITATION 12 SERPENTINE USE MAGNESIUM SILICATES OR SEDIHENTS ♦ MINERALS 65 SEDI HE NTS USE OEPOSITS 32 SERRATIA USE BACTERIA 6 SEOOHEPTULOSE USE SUGARS -SERUH SEE ANTIBODIES 96 SEEBECK EFFECT USE THERHOELECTRICITY OR BLOOD SERUM 18 SEEDLINGS USE SEEDS SEHVUHECHANISHS 344 SEEOS SESAHE OIL USE ESTERS 46 SEFOR USE RESEARCH REACTORS ♦ OILS 134 SEGREGATION USE DISTRIBUTION SEE FUEL SLURRIES -SEIBERSOORF ASTRA JSE ASTRA OR FUEL SOLUTIONS 664 SEISMOLOGY OR FUEL SUSPENSIONS -SEITZ MOOEL USE KOEHLER-SEITZ THEORY OR LIQUIDS 942 SELECTION RULES USE QUANTUH HECHANICS OR RADIOACTIVITY ♦ TRANSIENTS OR RESIDUES SELECTRON SEE ELECTRON TUBES ,011 SEX OR MAGNETIC MATERIALS -SFR-1 USE SSN578 OR RECORDING SYSTEMS -SFR-2 USE SSN579 -SELENATES USE SELENIUM OXIOES -SFR-3 USE S SN 583 -SELENGUT APPROXIMATION USE SELENGUT-GOERTZEL EQUATION -SFR-4 USE SSN5B4 SELENGUT-GOERTZEL EQUATION USE NEUTRON FLUX 11 SGHWR USE REACTORS ♦ SLOWDOWN SGHWT-500 USE REACTORS ♦ TRANSPORT THEORY 82 SGR USE REACTORS 342 SELENIDES 217 SHALES USE ROCKS -SELENITES USE SELENIUH OXIDES -SHAPE USE CONFIGURATION 460 SELENIUM -SHARK SUBHARINE USE S5H SERIES SELENIUM BORIOES 1 SHARPITE USE URANIUH CARBONATES 1 SELENIUM BROMIDES + URANIUH HINERALS SELENIUM CARBIOES 1 SHARPNESS SEE CONFIGURATION SELENIUM CARBONATES OR RESOLUTION 1 SELENIUM CHLORIOES 5 SHE USE CRITICAL ASSEHBLIES 3 SELENIUH COMPLEXES 467 SHEAR USE TENSILE PROPERTIES 131 SELENIUM COMPOUNDS 2B SHEAR WAVES USE DEFORMAIIUN 19 SELENIUH FLUORIOES ♦ LATTICES 10 SELENIUH HYORIDES SEE CANNING 1 SELENIUH HYOROXIDES OR COATING SELENIUH tODI DES OR PLATING 19 SELENIUH ISOTOPES 273 SHEEP •USE ANIMALS SELENIUH NITRATES 1,806 SHEETS SELENIUH NITRIDES -SHELDON STATIUN USE HNPF 65 SELENIUH OXIOES SHELL HODELS SEE ATOMIC HODELS SELENIUM PHOSPHATES OR NUCLEAR HODELS SELENIUM SILICATES -SHELLFISH SEE CRUSTACEANS SELENIUM SULFATES OR HOLLUSCS SELENIUM SULFIDES 1,181 SHELLS 1 SELENIUM 70 413 SHELTERS 3 SELENIUH 71 SHERMAN TABLES USE ASYMMETRY 11 SELENIUH 72 ♦ CROSS SECTIONS 9 SELENIUH 73 » MOTT SCATTERING 13 SELENIUH 74 ♦ TABLES 157 SELENIUM 75 -SHERHAN THEORY USE SHERMAN TABLES 52 SELENIUM 76 -SHIELD HOCKUP REACTUK USE SMR 61 SELENIUM 77 -SHIELD TEST AND IRRADIATION USE STIR 24 SELENIUH 78 -SHIELD TEST EXPERIMENT USE ST-E 16 SELENIUM 79 -SHIELD TEST POOL FACILITY USE SUSIE 39 SELENIUM BO -SHIELD TEST POOL REACTUR USE ST-PR 28 SELENIUM Bl 7,960 SHIELDING 19 SELENIUM 82 1,026 SHIELDING MATERIALS 73

SHIGA­CODE USfc PROGRAMMING SILICONES 13 SHIGELLA USE BACIE»IA -SILICOSIS use DJSTs 4 SHIM RODS USE CONTROL ELEM » PNEUMOCONIOSIS SHUTDOWN ♦ SILICATES 538 SHIPPING PORT USE REACTORS SEE CLOTHING SHIPPINGPORT­LSB USE REACTURS OR Fl HERS -SHIPPINGPORT-I USE SHIPPINGPORT UR TEXTILES -SHIPPINGPORT-2 USE SHIPPINGPORT 54 SILKWORM USE INSECTS 1 6Θ5 SHIPS 4 SILL I AC USE CuHPUTERS ­SHUCK SEE IHMUNITY ♦ DIGITAL SYSTEHS OR IMPACT SHOCK 9 SlLLIHANITL USE ALUMINUM SILICATES DR­ SHOCK HAVES ♦ MINERALS 76 SHOCK TUBES USE GASES 40 SILUfc USE REACTORS ♦ SHUCK WAVES ­SILOLTTF USE HELUSINr-2 » TUBLS 2rt SILOXANES USE SIL RUNES 3 362 SHOCK WAVES 61 SILT SEE RUCKS SHOCKLEY SURFACE STATES USE LATTICES 9B1 SILVER 4 SURFACES 6o5 SILVER ALLOYS -SHOCKLEY THEORY USE SHOCKLEY SURFACE STATES 2 SILVER BORIDES -SHOCKLEY-READ CAPTURE CROSS SE USE SriOCKLEY-READ THEÜRY 175 SILVER BROHIUES -SHOCKLEY-REAO EQUATION USE SHUCKLEY-REAÙ THEORY SILVER CAHBIDES SHOCKLEY-REAO THEORY USE CARRIERS 6 SILVER CARBONATES * ELECTRUNS 320 SILVER CHLORIDES * SEMICONDUCTORS 42 SILVER COMPLEXES 5 SHOES SEE CLUTHtNG 347 SILVER COMPOUNDS 4 SHOT PEEN1NG USE COLD WORKING 34 SILVER FLUUHlOtS 1.944 SHOWERS SEE COSMIC RADIATION 4 SILVER HYDRIDES OR ELECTRUNS 2 SILVER HYDROXIDES 1 SHRCA USE RESEARCH REACTURS 145 SILVER IODIDES SHREW-CODE USE PROGRAMMING 61 SILVER ISUTOPES -SHRIMPS USE CRUSTACEANS 231 SILVER NITRATES 101 SHRINKAGE USE EXPANSION 6 SILVER NITRIDES 6 SHRUBS USE PLANTS 56 SILVER OXIDES SHUFFLING SEE LOADING 45 SILVCR PHOSPHATtS 1,892 SHUTDOWN SILVER SILICATES 21 SHUTTERS USE CLOSURES 3b SILVER SULFATES 6 SIAL USE EARTH 60 SILVER SULFIDES ♦■ LAYERS Β SILVER·102 7 SIALIC ACID USE ORGANIC ACIOS 9 SILVER 103 SIBERIAN USE REACTORS 24 SUVtR 104 -SIBERIAN ATOMIC POWER STATION USE SIBERIAN 16 SILVER 105 6 SIBYL-CODE USE PROGRAHHING 50 SILVER 1 Or. -SICKNESS SEE DISEASES 144 SILVER 107 OR RADIATION SICKNESS 45 SILVER 108 23 SIDERITE USE IRON CARBONATES 133 SILVER 109 4- HINERALS 254 SILVER 110 -SI EGBAHN SPECTROMETERS USE BETA SPECTROMETERS 117 SILVER 111 -SIEGBAHN-SLAET1S SPECTROMETERS USE BETA SPECTRUMETERS 26 SILVER 112 SIEGEL ANALYSIS USE FLUIO FLOW 27 SILVER 113 *■ HEAT TRANSFER 4 SILVER 114 4 HAGNETIC FIELDS 12 SILVER 115 4- PLATES 3 SILVER lib 10 SIEGERT THEOREH USE ELECTROMAGNETIC FIELDS 7 SILVER 117 * TRANSIENTS 6 SILYL RADICALS USf SR ICON COMPOUNDS -SIEMENS ARGONAUT R. GRAZ USE ARGONAUT GRAZ i SIMA USE EARTH -SIEMENS ARGONAUT R. KARLSRUHE USE ARGONAUT KARLSRUHE 4 LAVLR5 -SIEMENS ARGONAUT R. MUNICH USE ARGONAUT GARCHING ­SI Ml Λ­Ι Al INA USE LATINA -SIEMENS HEAVY WATER R. GAS C. USE GCHWR ­SIMUN CAHVES GAS COOLEU Uà E GESCR -SIEMENS HEAVY WATER R. SN0R1B USE SNDR1B 2 SIMPfcVARP USE REACTURS -SIEMENS UNTERRICHTSR.AACHEN USE SUR-100AA 4 SIMPLEX METHUU USE Ν UH t Ι' Ι ι ΑΙ ', -SIEMENS UNTERRICHTSR.BERLIN USE SUR-100BÉ 1 S1MPL0TITE USE CALCIUH OXIDES -SIEMENS UNTERRICHTSR.DARHSTAuT USE SUR-IOODA 4 MINEHAIS -SIEMENS UNTERRICHTSR.MUNICH USE SUR-1G0 t VANADIUM UXIDES -SIEMENS UNTERRICHTSR.STUTTGART USE SUR-100ST SIMPSON RULE USt INTEGRALS SIERRA NEVADA COLORADO USE COLORADO SIMS­CODE USL PROGRAMMING 4 MOUNTAINS 54 SIMULATION SLE ANALUU SYSTEMS * USA OH MOCKUP SIEVE IRRADIATION USE RADIOTHERAPY SIMULATORS JSt ANALOG SYSTEMS SIEVERT APPARATUS USE GASES -SINGLE CRYSTALS USL MUNUCKYSTAL S 4- METALS -SINGLE-LEVEL RESONANCE FUKMULA USI BRtll­WlGNEH FORHULA * SOLUBILITY SINGLE-PAHT1CLE MODEL USI NUCLCAH MODELS SIEVERT LAW USE GASES SINGLE-QUANTUH ANNIHlLATlUN USI ANNIHILATION + HETALS t PHOTONS * PRESSURE SINGULARITY USt ΜΛΙΙΠΜΛΙ RS * SOLUBILITY SINlCITE USt NIOBIUH OXIOES -SIEVERT TECHNIQUE USE SIEVERT APPARATUS ♦ It AIM EARTHS SIEVES USE FILTERS TANTALUM UX10LS SIGMA PARTICLES • THORIUM UXIDES SIGMA-COOE USE PROGRAHHING 4* TITANIUH OXIDES SIGMA-HINUS USE SIGHA PARTICLES 4 URANIUH MINI RAI S SIGMA-NEUTRAL USE SIGMA PARTICLES Ui'AN IHM UXIDES 175 SIGMA-PLUS USE SIGMA PARTICLES 1,307 SINTERED HATERIALS * 2,546 SIGNALS 2.325 SINTtKlNG SIGNELL-MARSHAK POTENTIAL USt FIELD THEORY 3 SINUSITIS SFE ALL tRGY UH ♦■ HESONS INFECÍIUNS NIUBIUH UXIUIS 4­ NUCLEON­NUCLEON POTENTIAL S1PYLITE USf 4 RARE lAi'lii', 4 PeRTURBATION THEORY URANIUH MINERALS 224 SILANES *4 URANIUH OXIDLS Β SILASTIC USE RUBBER 4- SILICONES USfc REALTORS USE SILICON OXIDES -SIRtJUN HexiCANUM USE AXOIUR -SILICA SIRIUS SLE KfcSEAHCM REACTURS -SILICA GEL USE COLLUIOS *■ SILICON OXIOES SITOSTERUL USt ALCUHULS USE MI IK ITE ST LRU IDS -SIL1CATE-WIIKITE * CONEIGUHATIUN 958 SILICATES stt USE SIL ICON OXIDES w GRAIN SIZE IB SILICIC ACID OR THICKNESS 1,758 SUICIDES (IH VOLUME 3,151 SILICUN SlZfc RtOUCTION set ORE PRUCfSSING 12 SILICON BORIOES SIZE«ELL USL RFACTHRS 2 SILICUN BRUNI OES sizzLe-cüoe USt PROGRAMMING 458 SILICON CARBIOES -SKATE USt SSN57B 56 SILICON CHLORIOES SKELETUN use BONES 10 SILICON COMPLEXES SKIN 359 SILICON COMPOUNDS SKIN EFFECT USI. CURRENTS 165 SILICON FLUORIOES ♦ DISTRIBUTIUN -SILICON HYDRIDES FRFOUENCY 3 SILICON HYDROXIDES -SKIPJACK SUdHARINe USf*c S5W SERIES 4 SILICON IODIDES SKLUOUWSKITE USt HAGNESIUH SILlCATeS 28 SILICON ISOTOPES URANIUM HINEKALS 39 SILICON NITRIDES »♦ URANIUH SILICATES 1,893 SILICON OXIDES SKULL USE BONES -SILICON SILICATES SKUTTERUÜire USt ARSENIC COHPOUNOS 5 SILICON SULFIDES 4 ARSENIDES 13 SILICON 25 ♦ COBALT COMPOUNDS 11 SILICON 26 HINERALS 29 SILICUN 27 » NICKEL COHPOUNDS 492 SILICON 28 SL-1 US*E REACTURS 239 SILICON 29 SLAGS 157 SILICON 30 85 SILICON 31 41 SILICUN 32 74

IB Si.ATLR DETERMINANT USfc ΛI JMS SilDIUH 24 FFPM1JNS SOUIuN 25 HANY LUUY PROBLEM SODIUH 26 QUANTUM MtCHANICS -SUFIA-IRT USE IRT-SOFIA 15 SLATER INTEGRALS USt- rjTTGkALS SUFU..ATE USE PROGRAMMING ­SLATER METHOD UJL SLATER JFTtPMINANT -SUFI CUHPUNENT USt AoSURPTlUN -SLATER ORBITALS USe SLATtlt ÍJETERMINANT ♦ CGSMIC RADIATION 6 SLEEP SEE PHYSI.JLOGY <■ ENERGY KANGt υ* Rl 2,6B5 SiJlLS -jLEEP REACTUK usr Rl 42 SOL-GEL PRUCESS SEE COLLOIDS 7 SLttVES srr JACK KT S SULAR CELLS USE PHOTOELECTRIC CELLS 2 SLIME Ubt SLUkKlLS ♦ SEMICONDUCTORS 464 SLIP SFE 0CFECIS ♦ SUN JR ULFl.RMATIUN -SULAk CORONA USE CURIJNA UK RUTATUIN SULAR FLARES USE SUN 37 SLIP CASTING USfc CASTING SULAk PRUMINENCES USE SUN 13 SLIP RATIO USE FLUID FLOW SULAk kADIATION USE RADIATIUNS 6 SLIP VELUCITY USE FLUID FLOW ♦ SUN VELOCITY 18 SOLAR SYSTEM USt ASIBOPHYSICS 71 SLITS USE OPENINGS ♦ SUN . 1 SLOP-CODE USF PRUGAAMMING 237 SULAK WINU USE SUN SLOW LOGIC USE CIRCUITS 157 SOLDERING DIGITAL SYSTEMS -SOLENOIDS USE COILS 44 SLOW NEUTRONS SEF EPITHERHAL NEUTRONS SOLID CLUSTERS USE SOLIOS OK THERMAL NEUTKUNS SOLID SOLUTIONS 2,934 SLOWDOWN SOLIU-SIATE COUNTERS SEE CRYSTAL COUNTERS SLP-COOE USt PROGRAMMING OR SEMICONDUCTORS -SLUOGES USE SLURRIES -S0L1U-STATE PHYSICS SEE CRYSTALS 14 SLUG FLOM SEE FLUIU FLOW OR H0NÜCPY5TALS OR GAS FLOW OR SEHICÛNDUCTOKS OR LIQUID FLOW UR SUL I OS 26 SLUGS USE RODS 1 202 SULIUIFICATIÜN 2 SLURKEX USt REACTORS 7 90S SOLIDS 6 SLURfttX PROCESS USE SOLVENT EXTRACTION 3 SOLS USE COLLOIDS 1,185 SLURRIES 5 344 SULUBILITY 295 SM-1 USE REACTURS 05 SOLUTION HEAT USt THtRHOOYNAHICS 69 SH-1A USE REACTURS 23 367 SOLUTIONS 69 SH-2 USt REACTOPS 2 SULVATATION USE ADSURPTION -SMALL SIZE PRESSURIZED HATE* R USE SSPWR ♦ SOLVENTS -SMALL SUBMARINE R. PKDTulYPE USE S1C-P 7 SULVATEO ELECTRONS USE ELECTRUNS -SMARAGD USE BERYL 6 36B SOLVENT EXTRACTIUN -SMUKES USE AERUSULS 3 045 SULVENTS SMOOTH-CODE USE PROGRAMMING 17 SOLVESSO SEE SOLVENTS 1 S MR USE RF/ACTURS 39 SULVOLYSIS USE DECUMPOSITIUN SHRO USE REACTORS -SOHATIC USE BODY SM50 USE RESEARCH REACTORS -SUHATUTRUPIC HOKMONE USE STH SH75 USE RESEARCH REACTORS 7 SOMMERFELU CONSTANT USE HYPERFINE STRUCTURE 36 SNAILS USE GASTEkOPODS ♦ SPECTRA 10 SNAKES USE ANIMALS -SUMMERFELD FINE STRUCTURE CONS USE SOHMERFELO CONSTANT -SNAP CRITICAL EXPERIHEN1 FAC USE SNAP-CX -SUMMERFELO-WATSON APPROXIMATE USE SCMMcRFELD-WATSON THEORY -SNAP PUWDER CCHPACT USE SNAP-CX -SUMMERFELO-WATSON REPRESENTAT! USE SOHHERFELD-WATSON THEORY 144 SNAP SYSTEMS SEE BATTERIES SOMMERFELD-wATSON THEOrtY USE DISPERSION RELATIUNS- UR RADIOISOTOPES ♦ NUCLEAR MOOELS OR REACTORS ♦ QUANTUM MECHANICS OK SPACE VEHICLES ♦ SCATTERING SNAP-CX USE CRITICAL ASSEHBLIES -SOMMERFELD-WATSON TRANSFURMATI USE SOHHERFELD-WATSON THEORY SNAP-ΙΟ SERIES USE KEACTtlRS SOOT SEE CARBON 52 SNAP-2 SERIES USE REACTORS SURA USE RESEARCH REACTORS 4 SNAP-4 USE REACTORS Strile ACID USE ORGANIC ACIDS 59 SNAP-50 USfc REACTURS SORBITOL USE SUGARS SNAP-8 SERIES USE REACTORS SORBOSE USE SUGARS SNAPTRAN-2 USE RESEARCH KtACTORS -SORET CUEFFIC1ENT USE SORET EFFECT SN0R1B USE REACTURS SOKET EFFECT USE THERMAL DIFFUSION 6 SNEAK USE RESEARCH REACTORS -SUKGENTE RAPI0A USE SIIKA SNELl EXPERIHENT USE OIFFUSION LENGTH SURS-CUOE USE PROGRAHHING FISSION SUSH-COOE USE PROGRAMMING * NEUTKUNS SOUND URANIUH SOURCE-CUDE USE PROGRAHHING -SNOOK SUBHARINE USE S5W SERIES SOUS HARIN USE REACTORS 97 SNOW USE ICE SUUTH AFRICA USE AFRICA * RAIN SUUTH AMERICA SNOW PLOW HUÛEL USE LAYERS -SOUTH CALIFORNIA EDISON-CÜAST USE SAN ONUFRE REACTOR * PINCH SOUTH CAROLINA USE USA » PLASMA SOUTH DAKOTA USE USA 5 SOAKING SEE HEAT TREATMENTS -SOUTH POLE USE ANTARCTICA OR IMPREGNATION -SOUTH WEST EXP. FAST OXIDE R. USE SEFOR 40 SUAPS SEE DETERGENTS SOUTHEAST ASIA USE ASIA SOBER-CUDE USE PROGRAHHING SUUTHERN USE REACTORS SOCALED USE REACTURS -SOVIET BREEDER R. BR-1 USE SBR-1 -SOCIETÀ ELETTRONUCLEARE ITAL. USE SELNI -SOVIET BREEDER R.BR-2 USE SBR-2 11 SOCIOLOGY USE HAN -SUVIbT BREEDER R. riR-5 USE SBR-5 t POPULATIONS -SOVIET INTERMEDIATE KEACTUR USE SH5U 2 SODALITE USE SUÜIUM CHLORIDES -SOVIET NEW MTR USE SH75 3 S00DV1TE USE URANIUH MINERALS SOXHLETS USE EXTRACTIUN COLUMNS * URANIUH SILICATES SOYBEAN UIL USE ESTERS 5.060 SODIUM ♦ OILS 724 SOOIUM ALLUYS 53 SOYBtANS SEE PLANTS SOOIUM AUTUNITE USE SODIUM PHOSPHATES * URANIUH MINERALS 2,982 SPACE OR VEGETABLES * URANIUM PHOSPHATES 432 SPACE CHARGE 6 SODIUM BORIOES 1,351 SPACE FLIGHT USE ELECTRIC CHARGES 165 SODIUM BROMIDES 25 SPACE GROUP 10 SODIUM CARBIDES 2,093 SPACE VEHICLES SEE LATTICES 741 SUDIUH CARBONATES 82 SPACt-TIHE 2,134 SODIUH CHL0F.1OES 506 SPACERS USE HATHEHATICS 107 SODIUM COMPLEXES 1 SPADNS 2,574 SODIUH COMPOUNDS USE NAPHTHALENE -SODIUH COUL. 020 HOD. K. USE SOK ♦ ORGANIC NITRUGEN COMPOUNDS -SOOIUH COOL. GRAPHITE HÜU. AS. USE SCGA ♦ PHENYL RADICALS -SODIUM EXPER. R. ZEHU ENtKGY USE NERO BO SPAIN . SULFONIC ACIDS 1,023 SOOIUM FLUORIDES 74 SPALLATION USE tUROPE -SODIUM GRAPHITE R. SEE FISSION 82 SODIUH HYDRIDES -SPANISH REACTOR DON OK NUCLEAR REACTIONS 1,110 SOOIUM HYDKOXIDtS -SPANISH RESEARCH REACTUR JEN-1 USE DON 2,169 SODIUH IODIObS 943 SPARK CHAHBERS USE JEN-1 79 SODIUH ISOTOPES 14 SPARK COUNTERS USE SPARK CHAMBERS 434 SODIUH NITRATES 337 SPARKS SEE ELECTRIC DISCHARGES .45 SODIUM NITRIUES 7 SPARROWS USE BIRDS 527 SOOIUM OXIOES SPCTRM-COOE USE PRUGRAHHING 392 SODIUM PHOSPHATES 1 SPE USE RESEARCH REACTORS -SODIUM REACTOR EXPERIMENT -SPECIAL POWER TESTING R. 1 USE SPERT-1 220 SODIUM SILICATES -SPECIAL POWER TESTING R. lu USE SP ERT-ID 429 SODIUM SULFATES -SPECIAL POWER TESTING R. 2 USE SPERT-2 70 SODIUH SULFIDES -SPECIAL POWER TESTING R. 3 USE SPERT-3 SOOIUM URANOSPINITE USE SUDIUH PHOSPHATES -SPECIAL POWER TESTING R. 4 USE SPERT-4 » URANIUM HINERALS 2,593 SPECIFIC HEAT ♦ URANIUH PHOSPHATES 15 SPECIFIC SURFACE USE SURFACES 15 SUDIUH 20 SPtCIFIC-CODE USE PROGRAHMING 45 SOOIUH 21 S SPECIFICATIONS USE STANDARDS 559 SOUIUH 22 . SPECSYN-COUE USE PROGRAMMING 442 SOOIUH 23 8,825 SPECTRA 75

­SPECTRAL BROADENING 29 SPKUUTING str PLANTS 52 SPECTRAL FUNCTIONS USfc MAThCMAI Rs UK SI 1 (IS 3,767 SPECTRAL SHIFT 3 SPRUT USE UiSLASlS ­SPECTRAL SHIFT CDNTKUL R SSCK USt ♦ INUMINE ­SPECTRAL SHIFT PROPULSION R. Uit VULCAIN ­SPUR USf SNAP-ΊΟ IO SPECTROCHEMISTRY USt CHEMICAL ANALYSIS 2d SPUR I UNS USL 1)1 LAY 4 SPtCTHUSCOPY • SILI CTIUN RULES 5.33B SPCCTROHETERS • STKAN.it ΡΑΚΙ RLE S 4 SPECTRjPHUTGMfcTRY USE PHOTOMETRY SPUUlis SATELLITES USL SATTLlITFS t SPECTROSCOPY 795 SPUTTERING 7,279 SPECTRUSCOPY 2 SPnR USE REACT MS SPECULARI TE USt: HEMATITE 5 SsJUALANF USE ALKANI S SPÉKKER ABSORPTIOHETER USE CJMPLEXES It. SOUALfcNE USL ALKENES UETER;R>«AI IUN ­sgUAMUUS CELL CAHClNUMA USE tPI THI L (OHA + METALS 11 SwUAKE WELL POIENTIAL USI NUCLcAH MODFLS ­SPENCER MOMENT METHOD USE SPENCER­FANU THFURY SUUASH SfcE FOOD ­SPENCER POLYNOMIAL METHOD USt SPENCER­FANG TritORY * OK FRUIT ­SPENCER­ATTI X THEORY USE SP6NCÊR­FANÜ THEORY OR PLANTS ­SPENCER­FANU METHUO USE SPENCFK­FANO THEORY OR VEOf lAtiLEi SPENCER­FANO THEORY USE ELtCTKONS 6 SÜUIUS USf MULLUSCS SCATTtkINt, 111 SUUIKKELS USE HJiHNTS *4- SLOWDOWN ¿I SR­305 USE HfSfARCH HEALflMS 32 SPENT FUEL ELEMENTS USE BUKi\UP SRAST USI. HI SEARCH REACTURS ♦ FUEL ELEMENTS 287 SRE USf REACTURS 99 SPERM USE A.NIMAL CELLS SRI Κ I USE RESFARCH REACTOR5 4 GCNADS 4 SRLtfc USE REACTURS ­SPERMATIDS USE SPERM ­SKP USE SH-305 ­SPERMATOCYTES USE SPtRM ­SRHC USfc UTM-lOfl-SRHC 38 SPERMATOGENESIS USE ANIMAL CEtLS 1 SS MATERIALS SEt SUL IOS ♦ GONADS UH STAINLFSS STEILS + MITLTSIS ­SSB5VH USf SS* srn RS ­SPERMATOGONIA USE SPERH ­SSB5'Í9 USE S*>W St H IE S ­SPERMATOZOA USE SPERM ­SStíôOO USF Si* SER RS 138 SPERT­1 USE REACTURS ­SSB6UI USE 56k StRieS 7 SPERT­1D USE REACTORS ­SSB6Û2 USf S5* SFHJfS 38 SPERT­2 USE REACTURS ­SSÖ6U8 use .'.- .'.'H - 65 SPERT­3 USE REACTURS ­SSB609 USE S5h StRRS 18 SPERT­4 USE REACTORS ­SSB610 USE S5W SFR IFS SPESSARTINE USE ALUMINUM SILICATES ­SSiibll USL Siw SFR RS ♦ GARNETS ­SSriblii USF S5W SERIFS MANGANESE SILICATES ­SSB617 USE S5w SFH IES 56 SPHALERITE US*E HINfcKALS ­SSB61R USF SS* Sf HRS 4 ZINC SULFIDES ­SSU619 use S5W seHies SPHENE USE ALUMINUM SILICATES ­SSB620 use S5W stHies +■ HINERALS ­SSB622 USe S5w SIR IES 3,584 SPHERES ­SSB623 USE SÏW S ι­ Ii v­ 229 SPHERICAL HARMUNICS USE MATHEMATICS ­S5B624 USt S5W SfH its 7 SPHERICAL MODEL USE CONFIGURATION ­SSB625 USE Siw StKItS 4 NUCLEAR HODELS ­SSB626 USG Sik SFRIES SPIEGELEISEN USE CARBIDES ­SS0627 USE ■. ■- STR I E S 4- [RON ALLOYS ­SSB628 USE S5W SO If S ♦ MANGANESE ALLOYS ­SSb629 USt S5W StH ItS USf S5w St« If S 4 SPIKES SEE FINS ­SSBIS30 OR RODS ­SSÖ031 USf Sin SFP If S OR TRANSIENTS ­SSB632 USE S5W SEH ies 15,253 SPIN ­SSB633 USE Siw SEM ICS ■SPIN TENSOR MOMENTS USE FANU TENSOR ­SSB634 USE Siw SFft Ri •SPIN TENSORS USE FANU TENSUR ­SSB635 USt S5w SERIES 61 SPIN HAVES USE FERROMAGNETIC MATEKIALS ­S5ttft36 USE S5W SERIFS » LATTICES SSCF USt ft FAL TUM S + SPIN » SUlíMAMNfS USfc HEALfOMS 13 SPIN­LATTICE RELAXATION USE LATTICES 31 SSCR 4 SUBMARINA ♦ RELAXATION ♦ SPIN 4 SSt,5«7 USf KCACfOPS 4 SUbMA­llNFS 16 SPIN­ORBIT INTERACTION ' USE ATOMIC MODELS U5t R£ACT£JftS , ♦ INTERACTIONS 11 SSN571 4 \UBMAHINF S ♦ ORBITS ♦ SPIN 5 SSN575 USI REACTORS » 5ti«MAft|NF5 16 SPINACH SEE PLANTS OR VEGETABLES SSN578 USE HEACTÜMS 4 SUUMAMNFS 131 SPINAL CORO USE NERVOUS SYSTEM 2 SSN579 USF «FACTORS ­SPINE USE BONES • ■.,·■"/.■ Ι',ι ', ♦ VERTEBRAE SSN581 USE REACTORS 188 SPINELS USE HINERALS 4 ',l¡ ■■■»>: ■■ I ':' i ♦ OXIDES SSN584 USt HE AC fOft S 437 SPINOR USE SPIN * SUOMAAINC* ♦ VfcCTORS ­SSN585 USt Si­ SÉRIES 14 SPIRAL ORBIT SPECTROMETERS USE FOCUSING 7 S SNS«6 USf REACTOHS ♦ MAGNETIC FIELDS USE SiM SEMES ♦ SPECTROMETERS ­SSN588 ­SSN589 USE S5W SECIES ­SPIRAL RIDGE ACCELERATORS USE SPIRAL SECTOR ACCELERATORS ­SSN5­ÍÜ USE SiW SFPJES 9 SPIRAL SECTOR ACCELERATORS USE ACCELERATORS ­SSN591 if.' S5W SER Ri ♦ FOCUSING ­SSN592 USE Siw SEP IFS ­SPIRAL SECTOR CYCLOTRONS USE CYCLOTRONS ­SSN59J USE Si* SEMES ♦ SPIRAL SECTOR ACCELERATORS ­SSN594 use siw SF*> its ­SPIRAL SECTOR SYNCHROTRONS USfc SPIRAL SECTOR ACCELERATORS USE SiM iff TES ♦ SYNCHROTRONS ­SSN5V5 ­SSN596 USE Siw SIMES 1 SPIROCHETES USE BACTERIA USE SPITZER THEORY SSN597 im «eACifjp­s ­SPITZER SELF­COLLISION TIME USE PLASHA ♦ SUS*IAA 1 HES SPITZER THEORY ♦ TRANSPORT THEORY ­SSN603 Uit ii*» SIMES ­SSN604 Uit ',ΪΜ SF» 1ÍS ­SPITZER VALUE USE SPITZER THEORY ­SSN605 Uit S4W StMtS 2,266 SPLEEN USE SPLEEN ­SSN606 USE lit. ÎIMCS 4 SPLENECTOMY f SURGERY ­S5N607 uil ­..,. '.έIÎ'. USE SPLEE.i ­SSN612 USF SiW StMti ­SSNttlJ uii si* sifties 5 SPLENOMEGALY ♦ VUL UHF ­SSN614 USL Siw Sift IF ï. USE ALUMINUM SILICATES 24 SPODUMENE ♦ LITHIUM SILICATES ­SSN615 Dit Si.» SE» IE'* ♦ HINEKALS ­SSN621 USE Si* SFMfci SEE" FINS ­SSI*o37 USE SiM SFMES SPOILERS ­SSN638 USE $5M SIMES 7 SPONDYLITIS USE OISEASES ♦ VERTEBRAE ­SSN639 USE V.* Sf MES SS^xK USE '-!■<■ ■■■.'■. 268 SPORES SEE BACTERIA * SU »«AMIES OR FUNGI USE PROGRAMMING ­ST.LAURENT I USE EOF­4 SPORT-CODE 1 ST­E USf «ÉStAPCM *tf*CTO»$ 3 SPOT-WELOING USE WELDING 5 ST­PR USt «EACf'UWS 1 SPPP USE CRITICAL ASSEMBLIES 8.662 STABILITY -SPR USE TRIGA SER­IES 7 STABILIZERS USE STABIL ITY 10 SPRAY SEE DISPERSIONS 3 STABLE ISOTOPfcS USE ISOTOPES OR SPUTTERING V, STACK SEE SIO*Avt 9 SPRAY COLUMN SEE COOL ING '>- WASTE DISPOSAI UR DECONTAMINATION USE EVAPORATION 4 STACKED FOIL TECHNIQUE USE ι " r '­'­ ' ION SPRAY DRYING + SPUTTERING » FOILS USE REACTORS S6 STACKING FAULTS USE Otff.CH 17 SPRF USE RESEARCH REACTORS 37 STAGNATION SEE Fi J'J', FLO» SPRF-2 USE HACHINE PARTS 0* GAS FL UW SPRING CONSTANT on Limato 'i."-- ♦ SPRINGS STAINLESS STttL­AH­350 ■Uit STA I** ESS SUEIS 152 SPRINGS SEE GRUUNO WATER STAINLESS SFEEL­tD**CJ US£ STAfWltîS STEELS OR MACHINE PARTS 76

STAINLESS STEEL-CK-2U USE STAINLESS STEELS 56 STELLITE USE CHRUHIUM ALLOYS STAINLESS STEEL-15-T-H USE CHRUMIUM ALLOYS » COBALT ALLOYS + MOLYdDENUM ALLOYS ♦ NICKEL ALLOYS * NICKEL ALLOYS t TUNGSTEN ALLOYS » STAINLESS STEELS -STEH CELLS SEE BONE MARROW 4 STAINLESS STEEL-17-4 USE STAINLESS STEELS OR STEMS 21 STAINLESS STEEL-I7-7 USE STAINLESS STEELS 24 STEMS USE PLANTS 1 STAINLESS STEEL-IB-B USE STAINLESS STEELS » TISSUES 2 STAINLESS STEEL-19-9 USE STAINLESS STEELS 8 STERCOBILIN USE PIGMENTS 1 STAINLESS STEEL-300 USE STAINLESS STEELS 63 STEREOCHEMISTRY USE CUHPOUNDS t> STAINLESS STEEL-301 USE STAINLESS STEELS ♦ CONFIGURATION 12 STAINLESS STEEL-302 USE STAINLESS STEELS 19 STEREOGRAPHY USE OPTICAL SYSTEHS 195 STAINLESS STEEL-304 USE STAINLESS STEELS 11 STERILITY SEE GONADS 2 STAINLESS STEEL-307 USE STAINLESS STEELS OR RADIATION INJURIES 1 STAINLESS STEEL-309 USE STAINLESS STEELS OR REPRODUCTION 28 STAINLESS STEEL-310 USE STAINLESS STEELS OR STERILIZATION 96 STAINLESS STEEL-316 USE STAINLESS STEELS 1.574 STERILIZATION 15 STAINLESS STEEL-321 USE STAINLESS STEELS Β STERN-GERLACH EXPERIMENT USE ATOMS 1 STAINLESS STEEL-322 USE STAINLESS STEELS STERNHEIHER FORMULA USE ATOMS USE STAINLESS STEELS ♦ ELECTRONS 1 STAINLESS STEEL-329 USE STAINLESS STEELS 107 STAINLESS STEEL-347 USE STAINLESS STEELS ♦ INTERACTIONS 5 STAINLESS STEEL-403 USE STAINLESS STEELS ♦ NUCLEI STAINLESS STEEL-405 USE STAINLESS STEELS + WUAORUPOLE MOMENTS 5 STAINLESS STEEL-406 USE STAINLESS STEELS 1,174 STEROIDS 3 STAINLESS STEEL-410 USE STAINLESS STEELS 7 STEROLS USE ALCOHOLS STAINLESS STEEL-416 USE STAINLESS STEELS ♦ STEROIDS 2 STAINLESS STEEL-430 USE STAINLESS STEELS 36 STH USE HORHONES 1 STAINLESS STEEL-446 -STIBIOCOLUHBITE USE STIBIONIOBITE 7,012 STAINLESS STEELS ST1BI0HICR0LITE USE ANTIMUNY OXIDES 1 STAINLESS SIEELS-CF USE STAINLESS STEELS » MICROLITE STAINS USE DYES ST1BI0NI0BITE USE ANTIMONY OXIDES 3 STAMINAL HAIRS USE FLOWERS ♦ MINERALS <- PLANTS » NIOBIUM OXIOES » TISSUES ♦ TANTALUM OXIDES -STANDARD PILE USE SAV-SP STIBIOPALLAOINITE USE ANTIHONY ALLOYS STANDARD SILVER USE COPPER ALLOYS ♦ PALLADIUM ALLOYS ♦ SILVER ALLOYS STIBIOTANTALITE USE ANTIHONY OXIOES STANDARDS ♦ HINERALS -STAN00R0 POOL REACTOR USE S-PR ♦ NIOBIUH OXIOES STANFORO LINEAR ACCELERATOR USE LINEAR ACCELERATORS ♦ TANTALUH OXIOES STANNIC COMPOUNDS USE TIN COMPOUNDS STIBNITE USE ANTIHONY SULFIDES » VALENCE ♦ MINERALS STANTON NUMBER USE FLUID FLOW STILBAHIDINE USE AHIDINES STAPHYLOCOCCI USE BACTERIA ♦ DRUGS STAPP THEORY USE ELASTIC SCATTERING ♦ STILBENE ♦ NUCLEONS STILSENE » PHASE SHIFT STILBESTROL USE DRUGS + POLARIZATION » ESTROGENS -STAPP-YPSILANTIS-METROPOLIS TH USE STAPP THEORY ♦ STILBENE STAR CLUSTERS USE STARS 1 STILLHELLITE USE CERIUH SILICATES STAR PRODUCTION SEE PARTICLE TRACKS » HINERALS STARCH USE POLYSACCHARIDES 20 STIMULATION SEE NERVOUS SYSTEM STARK USE REACTORS 9 STIMULI SEE NERVOUS SYSTEM -STARK BROADENING USE STARK EFFECT -STINKSPAT USE ANTOZONITE -STARK COMPONENTS USE STARK EFFECT 1 STIR USE RESEARCH REACTORS STARK EFFECT USE ELECTRIC FIELDS STIRLING CYCLE USE THERHUDYNAHICS * SPECTRAL SHIFT -STIRLING ENGINE USE STIRLING CYCLE -STARK LEVELS USE STARK EFFECT 1 STIRRING USE HIX1NG -STARK MIXING USE STARK EFFECT ♦ TURBULENCE -STARK MODULATION USE STARK EFFECT STMGEN-COOE USE PROGRAMMING -STARK SPLITTING USE STARK EFFECT 1 ST0-2L-C0DE USE PROGRAHMING 2,290 STARS 96 STOCHASTIC PROCESSES USE STATISTICS 1,128 STARTUP STOCKBARGER HETHOD USE MONOCRYSTALS STASITE USE DEWINDTITE ♦ PREPARATION -STATE COLLEGE OF WASHINGTON R. USE SCWR -STOCKBARGER PROCESS USE STOCKBARGER METHOD -STATE OIAGRAMS USE PHASE DIAGRAHS -STOCKBARGER TECHNIQUE USE STOCKBARGER METHOD -STATES IENERGYI USE ENERGY LEVELS STOCKPILING USE STORAGE -STATIONARY LOW POWER R. PLANT1 USE SL-1 -STOERHER CUTOFF USE STOERMER THEORY -STATIONARY MED. POWER PLANT 1 USE SH-1 STOERHER THEORY USE CHARGED PARTICLES -STATIONARY MED. POWER PLANT 1A USE SM-1A ♦ ÍARTH -STATIONARY MED. POWER PLANT 2 USE SH-2 ♦ MAGNETIC FIELDS STATISTICAL MECHANICS USE MECHANICS ♦ HOTION ♦ STATISTICS STOICHIOMETRY USE CHEMICAL ANALYSIS -STATISTICAL TENSORS USE FANO TENSOR -STOKES SEE STOKES LAW STATISTICS OR STOKES LINES STAUROLITE USE ALUHINUH SILICATES OR STOKES PARAMETERS ♦ IRON SILICATES OR STOKES THEOREH ♦ HINERALS -STOKES APPROXIMATION USE STOKES LAW 1 STA2-C0DE USE PROGRAMMING -STOKES DIAMETER USE STOKES LAW STDY-CODE USE PROGRAHMING -STOKES FLOW USE STOKES LAW -SIE USE ST-E STOKES LAW USE FLUID FLOW .602 STEAH ♦ VISCOSITY -STEAM COOL. FAST R. USE SCFR -STOKES LAWS SEE STUKES LAW -STEAM GENERATING HW MOD USE SGHWR UR STOKES LINES 78 STEAM GENERATORS USE BOILERS STOKES LINES USE LUMINESCENCE » STEAH ♦ SPECTRA 65 STEAH QUALITY USE STEAH STOKES PARAMETERS USE ELECTROMAGNETIC WAVES 105 STEARIC ACID USE ORGANIC ACIDS ♦ POLARIZATION -STEATITE USE TALC -STOKES PROBLEM USE STOKES LAW 1 STEEL-ASTM-A105 USE STEELS STOKES THEOREM USE INTEGRALS 1 STEEL-ASTH-A106 USE STEELS ♦ VECTORS 1 STEEL-ASTM-A212 USE STEELS -STOKfcS-EINSTEIN EOUATIUN USE EINSTEIN-STOKES EQUATION 2 STEEL-ASTM-A302 USE STEELS -STOKES-NAVIER EQUATIONS USE NAVIER-STOKES EQUATIONS STEEL-SAE-A7 USE STEELS STOMACH 1 STEEL-SAE-H40 USE STEELS -STONES SEE ROCKS ♦ TOOLS OR STUNEWARE 4 STEEL-SAE-1045 USE STEELS -STUNEWALL JACKSGN SUBHARINE USE S5W SERIES STEEL-SAE-17-40 USE CHROHIUH ALLOYS STONEWARE USE CERAMICS » HEAT RESISTING HETALS STOP-CODE USE PROGRAMMING ♦ NICKEL ALLOYS -STOPPING SEE ABSORPTION 8 STEEL-SAt-4130 USE STEELS OR SLOWDOWN 17 STEEL-SAE-4340 USE STEELS 4,095 STORAGE ,073 STEELS 122 STORAGE RINGS USE ACCELERATORS -STEFAN-BOLTZHANN CONSTAN! USE STEFAN-BOLTZHANN LAW ♦ BEAMS STEFAN-BOLTZMANN LAW USE THERMAL RADIATION ♦ STORAGE STEIN THEORY USE CAPTURE STORE-COOE USE PROGRAHHING «· REACTORS -STPR USE ST-PR ♦ RESONANCE NEUTRONS -STR USE ST-PR STELLARATOR ETUDE USE STELLARATORS -STR-1 USE S1W-NRTS STELLARATOR MODEL A USE STELLARATORS -STR-2 USE SSN571 STELLARATOR HOOEL A-2 USE STELLARATORS 10 STRAGGLING SEE DISPERSIONS STELLARATOR HODEL Β USE STELLARATORS 84 STRAIN SEE DEFORMATION STELLARATOR HODEL B-l USE STELLARATORS 57 STRAIN GAGES USE DEFORMATION STELLARATOR HODEL B-2 USE STELLARATORS » GAGES STELLARATOR MODEL B-3 USE STELLARATORS 1 STRAIN HARDENING USE COLD WORKING STELLARATOR MODEL B-65 USE STELLARATORS » HARDNESS STELLARATOR MOOEL B-66 USE STELLARATORS STRAI NT-CODE USE PROGRAMMING STELLARATOR HODEL C USE STELLARATORS 733 STRANGE PARTICLES STELLARATORS 425 STRANGENESS USE PARTICLE MOOELS 15 STRATIFICATION USE GEOLOGY 77

STRATIGRAPHY SEE GEOLUGY ­SUBMARINE THCRHAL REACTOR USE SSN571 OR LAYERS ­SUBHARlNe THtRMAL RfcACTuR NRIS USE SlW­NRTS OR RADIOGRAPHY SUBMARINES 830 STRATOSPHERE ­SUBMAXILLARY GLANUS USE SALIVARY GLANDS 45 STRAWBERRIES USE FRUIT SUÜSONICS USt VELUCITY -STREAK CAHERA USE STREAK PHOTOGRAPHY lb SUBSTRATES Ste LAYfcRS STREAK PHOTOGRAPHY OSE PHOTOGRAPHY -SUBTHERHAL NEUTRONS USE COLU NEUTRONS * TIME DEPENDENCE 318 SUCCINIC ACID 151 STRENGTH FUNCTION USE ENERGY LEVELS -SUCCINIC DEHYDROGENASt USE DEHYDROGENASES + LIFETIME ♦ ENZYMES 26 STREPTOCOCCUS USE BACTERIA 4 SUCCINIC ACID -STREPTOCOCCUS FAECIUH USE STREPTUCOCCUS -SUCCINUXIDASE USE ENZYHES 16 SIREPTOMYCES USE FUNGI ♦ OXIDASES 173 STREPTOMYCIN USE ANTIBIOTICS 4 OXIDATION 4­ DRUGS ♦ SUCCINIC ACID 6 STRESS RELIEVING USE ANNEALING ­SUCHUSt USE SACCHAROSE 4­ STRESSES ­SUDDEN COHMENCEMENTS USE EARTH STRESS­COOE USE PROGRAMMING 4 HAGNETIC FIELDS 5,784 STRESSES 4 MAGNeTIC STORHS 48 STRIP APPROXIMATION USE NUMERICALS 4 VARIATIONS 1,058 STRIPPING SEE IGN1ZATI0N SUËS­UREY ABUNDANCES USe ABUNDANCE OR NUCLEAR REACTIONS ♦ ASTROPHYSICS UR SEPARATIUN PROCESSES 4 ELEHENTS 27 STRIPS SEE FINS ­SUES­UREY TABLE USL SUES­UREY ABUNDANCES OR SHEETS ­SUES­UREY VALUES OSE SUES­UREY ABUNDANCES 840 STRONG INTERACTIONS USE INTERACTIONS SUGARS ­STRONGYLOCENTROTUS USE INVERTEBRATES SUL I" AMI Γ ACID USE SULFUN1C ACIDS 1,770 STRONTIUM SULFANILIC ACID USE SULFONIC AC IDS 3B STRONTIUM ALLUYS SULFATES 13 STRONTIUM BORIOES SULFcX PROCESS SEE REPROCESSING 10 STRONTIUM BROMIDES 103 SULFHYORYL RADICALS USE ORGANIC SULFUR COHPOUNDS 6 STRONTIUM CARBIDES 743 SULFIDES 81 STRONTIUM CARBONATES -SULFITES USE SULFURUUS ACIO 159 STRONTIUM CHLORIDES SULFUCHLORINATION USE CHLORINATION 51 STRONTIUM COHPLEXES » SOLFONATIDN 371 STRONTIUH COHPOUNOS SULFONAMIDES 89 STRONTIUM FLUORIDES SULFONATES USE SULFONIC ACIDS 9 STRONTIUM HYDRIDES SULFONATION USE CHEHICAL REACTIONS 18 STRONTIUH HYDROXIDES 4 SULFONIC ACIOS 7 STRONTIUH IODIDES SULFUNES USE URGANIC SULFUR CUHPOUNDS 2 73 STRONTIUM ISOTOPES SULFONIC ACIDS 91 STRONTIUM NITRATES -SUL FOPHENYL-NAPHTHALENE-SUL FUN USE SPAONS 1 STRONTIUM NITRIOES SULFOXIDES USE ORGANIC SOLFUR COMPOUNDS 279 STRONTIUM OXIOES SULFUR 23 STRUNT1UM PHOSPHATES SULFUR BROHIDES 6 STRONTIUH SILICATES -SULFUR CARBIDES USe CARBON SULFIDES 85 STRONTIUH SULFATES SULFUR CHLORIDES 45 STRONTIUM SULFIDES SULFUR COHPLEXES 5 STRONTIUM 80 471 SULFUR COHPOUNDS 2 STRONTIUH 81 142 SULFUR FLUORIOES ó STRONTIUH 82 -SULFUR HYDRIDES USE HYUHDGCN SULFIOES 7 STRONTIUM 83 110 SULFUR ISOTOPES 19 STRONTIUH 84 9 SULFUR NITRIDES 488 STRONTIUM 85 5 76 SULFUR OXIDES 118 STRONTIUM 86 -SOLFUR SULFIOES USE SULFUR 176 STRONTIUM 87 SULFUR 30 103 STRONTIUM 88 SULFUR 31 9 30 STRONTIUM B9 4 64 SULFUR 32 3,968 STRONTIUH 90 118 SULFUR 33 71 STRONTIUH 91 154 SULFUR 34 lo STRONTIUM 92 .377 SULFUR 35 SULFUR 3fS 7 STRONTIUM 93 5 STRONTIUM 94 SULFUR 37 3 STRONTIUM 95 SULFUR 38 STRONTIUM 96 .859 SULFURIC ACID 2 60 SULFURDUS ACID USe HINERAL ACIDS STRONTIUM 97 4 SULFUR COMPOUNDS STROPHANTIN USE DRUGS USE CQUATIUNS * GLYCOSIDES 22!. SUM RULES USL PROGRAHHING t STEROIDS SUMMARY­CUOE STRUCTURAL MATERIALS USE BUILDING HATERIALS 5,513 SUN SUNFLUWFHS USI PLANTS ­STRUCTURE SEE CONFIGURATION DOUBLE EAGLE MINI OR LATTICES SUNSHINE M | NI SEE UK SUNSHINE MINI IDAHO DR HECHANICAL STRUCTURES SUNSHINe HINE ARIZONA USE DOUBLE EAGLE HINE STRUEVERITE USE TAPIOLITE HINE lOAHO USE IDAHO 4· TITANIUM OXIDES SUNSHlNe MINING STRUVE FUNCTIONS USE HATHEHATICS USA STRYCHNINE OSE ALKALOIDS SUNSHINE UNITS UM BODY ­STUDENT Τ DISTRIÖUTIUN USE STUUENT TEST HEASUREHENT ­STUDENT Τ TEST USE STUDENT TEST » STRUNT[UH 90 STUDENT TEST USE STATISTICS SUNSP0T5 US*I SUN ­STUDENT­FISHER TEST USE STUDENT TEST SUPER COHET USI RESEARCH REACTORS ­STUDSVIK RESEARCH REACT. R­2/i USE R2­G SUPER POWER WATER 8UILEH USI. SUPO ­STUUSVIK RESEARCH REACTUR K­0 USE RO SUPER PULSING TRIGA USf TRIGA SERIES ­STUDSVIK RESEARCH REACTOR R­2 USE R2 SUPCRALLOYS US E CUBALI ALLOYS ­STUDSVIK ZERO ENERGY RES. R. USE FR­O t (RUN ALLOYS USE URANIUH CARBONATES STUDTITE NICKEL ALLOYS * URANIUH HINERALS SUPERCONDUCTIVITY * -STUECKELÖERG FORHALISH USE STUECKELBËRG THEURY SUPEHFLUIU HOOEL USF PARTICLE HUOELS STUECKELBËRG THEORY USE GAUGE INVARIANCE SUPERFLUIDITY USE CRYOGENICS * HESONS » VISCOSITY 4 QUANTUH FIELD THEORY -SUPERHEATED STEAM REACTOR AEG USE AEGSSR 4­ VECTORS SUPERHEATING USE S5W SERIES -STURGEON USS REACTOR SUPERMULT1PLETS SI I ENERGY LEVELS USE DIFFERENTIAL EQUATIONS STURH-LIOUVILLE EQUATIUNS SPECTRA 4 EIGENVALUES 150 SUPEHNUVAE USE STARS -STURH-LIOUVILLE PROBLEM USE STURM­L IOUVRLE EQUATIONS 9 SUPEKPHUSPHATES use FEHI It IZERS STUTTGART SEE REACTORS PHUSPHATeS -STUTTGART ORG. MOD. K. USE KftWP 23 SUPEKSATURAT10N use SATURATIUN STYRENE SOLUTIUNS USE POLYSTYRENE -STYRENE POLYHERS 7 SUPER5ELECTIJN RULES use QUANTUH HECHANICS USE ELEMENTARY PARTICLES SU GROUP 55 SUPERSUNICS USI. SOUND * GROUP THEORY VELOCITY USE SU GhUUP SU-N GROUP 3 SUPFRVI1I TAGE RAOIOTHERAPY USI­ RAOIOTHERAPY USE SU GROUP SU-12 GROUP 13 SUPO USE RESEARCH REACTORS USE SU GROUP SU-2 GROUP SUPPURTS USI. MECHAN 1 CAL S TRUC T UK t S USE SU GROUP 25 507 SU-3 GROUP ­SUPKAReNAL GLAND USt ADRENAL GLANDS 34 USE SU GROUP SU-4 GROUP 3 SUR­100 USI RESEARCH REACTORS use SU GROUP 2 72 SU-6 GROUP SUK­100AA USf KESEARCH REACTURS USt RESEARCH REACTORS 4 SUAK suR­iooee USE RESEARCH REACTORS SEc BU1LING 7 SU3C00LED BOILING SUK­100DA USE RESEARCH REACTORS USE COULING 108 SUBCÛULING SUR­IOOST USE RESEARCH REACTURS SEt CRITICALITY 5 SUBCRITICAL 29 SURFACE ARCA USE ADSURPTION USE CRITICAL ASSEMBLÍES 23 SUdCRITICAL ASSEHBLIES ­SURFACE SHIP PHYSICS A. USE SSCf USE SCAK -5UBCRITICAL ASSEHBLY KARLSRUHE 646 SUKFACC TENSIUN USE SUSPOP -SUBCRITICAL SUSPENSION K. ­SUHFACE­BARR1ER ÜETeCTUKi # USE CRYSTAL COUNTERS SUBCUTANEOUS SEE DIFFUSION SEMICONDUCTORS OR SKIN 18,3 64 SURFACES USE EVAPUKATIUN 347 SUBLIMATION 2,42 7 SUKGtHY * SOLIDIFICATION 2 SUKVtY HETERS USE MONITHRING 67 SUBL1HATIUN HEAT USE THERHUDYNAHICS RADIAT ION DETECTORS -SUBMARINE INTERMEDIATE USE SiK 78

-SURVIVAL USE SURVIVAL TIHE Slw-NKTS USE REACTUKS 2.769 SURVIVAL TIHE SUBMARINES 1,567 SUSCEPTIBILITY S10FS1 US.E SNAP-ia SERIES SUSIE USE RtSEARCH REACTORS S2DS USE SNAP-2 SERIES -SUSPENSIUN POWER UNLY PILE USE SUSPOP S2FS1 USE SNAP-2 SERIES -SUSPENSION R. KSTR AKNHEH USE KSTR S2G-1 USt REACTURS 2,265 SUSPENSIONS ♦ SUBMARINES 15 SUSPOP USE RESEARCH REACTORS S3G-WM USE REACTCRS -SUSPOP-KSIR USE KSTR ♦ SUBMARINES -SUTHERLAND CONSIANT USE SUTHERLAND EQUATION S3W-SFK1 USE SSN5IB SUTHERLAND EQUATION USE MEAN FREE PATH S4G-SAR 2 USE SSN586 ♦ MOLECULES S5G-NRTS USE REACTORS -SUTHERLAND LAW USE SUTHERLAND EQUATION SUBMARINES -SUTHERLAND HOOEL USE SUTHERLAND EQUATIUN S5W DREADNOUGHT US*E UREAUNUUGHT -SUTTON OIFFUSION EQUATIUN USE SUTTON THEURY S5W JOHN HARSHALL SUBMARINE USE S5W SERIES -SUTTON EQUATION USE SUTTON THEORY S5M SAM HOUSTON SUBMARINE USE S5w StRIES -SUTTON MOOEL USE SUTTON THEORY S5W SERIES USE REACTORS SUTTON THEUKY USE AEROSOLS f SUBMARINES » DIFFUSION S5H SKIPJACK SUBMARINE USE S5w SERIES » FALLOUT S5K THÜMAS A. EDISON SUBHARINE USE S5W SERIES ♦ METEOROLOGY S50DR-1 USE SNAP-SO -SUTTON-CHAHBERLAIN THEURY USE SUTTUN THEORY S8ER USE SNAP-8 SERIES -SUYUAH CONDITION USE SUYDAH CRITERION SBFPS USE SNAP-» SERIES SUYDAM CRITERION USE PLASHA SBGPS USE SNAP-B SERIES » STABILITY T INVARIANCE USE TIHE REVERSAL -SUYOAH THEORY USE SUYOAH CRITERION T-HATRIX USE S-HATRIX -SVERDLOWSK RESEARCH R. USE IRT-E TABLE HUUNTAIN AREA USE SOUTH DAKOTA 147 SWAGING USE EXTRUSIUN ♦ USA 1 SWAK-COOE USE PROGRAHHING 19 TAuLfc TUP USE HAGNETIC HIRRORS SWAKRAUH-CODE USE BOLTZHANN EQUATION TABLE-CODE USE PROGRAMMING ♦ NEUTRUN FLUX 10,100 ♦ PROGRAHMING USE ZIRCON ♦ REACTORS SEE AGE SWAN-COOE USE PROGRAMMING OR AMPHIBIANS SWANTIHE-CODE USE PROGRAMMING OR FRDGS SWARTZITE USE CALCIUH CARBONATES -TAFEL CONSTANT USE TAFEL EQUATION ♦ HAGNESIUH CARBONATES TAFEL EQUATION USE ELECTRIC POTENTIAL ♦ URANIUM CARBONATES ♦ ELECTRODES + URANIUM MINERALS » ELECTROLYSIS USE BODY » FILHS ♦ FLUIDS -TAFEL PLOT USE TAFtL EQUATIUN 9 SWEAT GLANDS USE GLANDS -TAFEL RECOMBINATION USE TAFEL EQUATION 276 SWEDEN USE EUROPE -TAFEL SLOPE USE TAFEL EQUATION 7 SWEEP CIRCUITS USE CIRCUITS TAIWAN USE ASIA ♦ FREQUENCY -TAIWAN OPEN POOL R. USE TOPR -SWEET POTATOES USE POTATOES TAKEDA -THEORY USE INTERACTIUNS ♦ VEGETABLES ♦ NUCLEUNS SWEETALLOY USE CHROHIUH STEELS ♦ RHO RESUNANCES 23 SWELLING SEE EXPANSIUN 24 TALC USE MAGNESIUM SILICATES 5 SWIHH-CODE USE PROGRAHHING *■ HINERALS 7 SWIMMING SEE HUSCLES TALHI INTEGRALS USE INTEGRALS OR PHYSIOLOGY ♦ SHELL HODELS -SWIMMING POOL USE POOL TYPE REACTOR -TALHI TRANSFORHATIONS USE TALHI INTEGRALS 330 SHINE USE ANIMALS TAMM-BELENKY FURHULAE USE CASCADE SHOWERS SWISSCHEESE-CODE USE PROGRAMMING 117 TAMM-OANCOFF METHOD USE ELEHENTARY PARTICLES 1,041 SWITCHES ♦ INTERACTIONS 868 SWITZERLAND USE EUROPE ♦ QUANTUM HECHANICS -SWORDFISH USE SSN579 13 TAHPER SEE NUCLEAR REACTIONS 4 SYBURN-CODE USE BURNUP OR REFLECTORS *■ PROGRAMMING 48 TANOEH ACCELERATORS SEE VAN DE GRAAFF ACCELERATORS REACTORS TANGENS DELTA LOSSES USE DIELECTRICS *+ SPACE VEHICLES ♦ HYSTERESIS 12 SYENITES USE IGNEOUS RUCKS TANK CIRCUITS USE CIRCUITS 9 SYLVITE USE HINERALS ♦ ENERGY ♦ POTASSIUM CHLORIDES ♦ STORAGE 1,349 SYMMETRY SEE CONFIGURATION -TANK REACTOR AHF USE AHF-TANK OR GRUUP THEORY -TANKS USE VESSELS OR LATTICES TANNIC ACID 'SEE CHEMICALS OR PARTICLE MOOELS OR ORUGS 2 SYMMETRY BREAKING USE PARTICLE MOOELS OR PHENOLS 3 SYMPATHECTOMY USE NERVOUS SYSTEM TANNING USE PREPARATION SURGERY TANTALI IE USE IRON OXIDES SYMPATHETIC NERVOUS SYSTEH US,E NERVOUS SYSTEH ♦ MANGANESE OXIDES SYNCHISITE USE CALCIUM CARBONATES + HINERALS ♦ CERIUM CARBONATES ♦ NIOBIUM OXIOES ♦ MINERALS » TANTALUH OXIDES 98 SYNCHROCYCLOTRONS USE CYCLOTRONS TANTALUH USE TANTALUH ALLOYS ♦ SYNCHROTRONS TANTALUH ALLOY-FS-60 36 SYNCHROPHASOTRON USE SYNCHROTRONS ♦ TUNGSTEN ALLOYS -SYNCHROTRON RADIATION USE CYCLOTRON RADIATION TANTALUH ALL0Y-STAB8D USE TANTALUH ALLOYS 934 SYNCHROTRONS TANTALUH ALL0Y-T111 USE HAFNIUH ALLOYS SYNCOM SATELLITES USE SATELLITES » TANTALUH ALLOYS 98 SYNERGISM SEE DRUGS ♦ TUNGSTEN ALLOYS DR HORMONES 7 TANTALUH ALL0Y-T222 USE TANTALUH ALLOYS OR MUSCLES 107 TANTALUM ALLOYS OR PHYSIOLOGY B4 TANTALUM BORIOES OR STEROIDS 20 TANTALUH BROMIDES OR SULFONAHIDES 311 TANTALUH CARBIOES OR VITAHINS 2 TANTALUH CARBONATES SYNFAR-CDDE USE NEUTRUN FLUX 74 TANTALUH CHLORIDES PRUGRAHHING 55 TANTALUH COHPLEXES *+ REACTIVITY 134 TANTALUH COMPOUNDS USE CALCIUH SULFATES 58 TANTALUH FLUORIDES MINERALS 29 TANTALUM HYORIUES ♦, PUTASSIUH SULFATES 12 TANTALUH HYDROXIOES -SYNKAVITE USE VITAMIN K-l IS TANTALUH IODIDES θ SYNOVIA SEE FLUIDS 21 TANTALUH ISOTOPES UR HEHBRANES TANTALUH NITRATES SEE BIOSYNTHESIS 62 TANTALUM NITRIDES OR PH01USYNTHESIS 577 TANTALUM OXIDES SVNVAR USE POLYESTERS 3 TANTALUM PHOSPHATES SYPHILIS USE INFECTIONS 2 TANTALUM SILICATES + PARASITES 2 TANTALUM SULFATES SYRIA USE ASIA 7 TANTALUM SULFIDES -SYSTEMS SEE ALARH SYSTEHS 3 TANTALUM 172 UR CONTROL SYSTEHS 4 TANTALUH 173 UR PERIODIC SYSTEM 5 TANTALUH 174 OR PHASE DIAGRAHS 7 TANTALUM 175 OR RECURDING SYSTEMS 12 TANTALUM 176 SYTRAN-CODE USE PROGRAHMING 10 TANTALUM 177 -SZILARD-CHALHERS EFFECT USE SZILARD-CHALMERS REACTION 9 TANTALUM 178 -SZILARD-CHALMERS HF.THUO USE SZILARD-CHALHERS REACTIUN 17 TANTALUM 179 195 SZILARD-CHALMERS REACTIUN USE NUCLEAR REACTIONS 37 TANTALUM 180 RADIOCHEHISTRY 264 TANTALUM 181 * RECOILS 229 TANTALUM 182 S1C-P US»E REACTORS 30 TANTALUM 183 SUBMARINES 11 TANTALUM 184 7 S1G US,E REACTUKS 5 TANTALUH 1B5 ♦ SUBMARINES 2 TANTALUM 186 -S1W USE S1W-NRTS 79

TANTEUXENITE USE N1ÛB1UH OXIDES I tElL¿R-KtDllCH RULE ♦ RARE EARTHS USE FKEUUENCV ♦ TANTALUM OXIDES 4 ISOTOPES + THORIUM OXIDES 4 HULtCULES ♦ URANIUM MINERALS *■ OSCILLATIONS TANZANIA 20 TELLURIC ACID USe HINERAL ACIDS USE AFRICA * TELLUH1UM CUHPOUNOS TAPEHAKER-CODE USE PROGRAMMING 420 TAPI-COOE USE PROGRAMMING TELLURIDES TAP I OL I TE 551 TELLURI UH USE IRON OXIDES TELLURIUM BORIOES . MANGANESE OXIDES I TELLURIUM ÜRUHIDES ^ MINEKALS TELLURIUM CARüIOeS ♦ NIOBIUM OXIOES TELLURIUM CARBONATES *■ TANTALUH OXIDES 12 TELLURIUM CHLORIDES 6 TAR SEE COAL a TELLURIUM COHPLEXES TARAPACAITE USE CHROMIUM OXIDES 135 TELLURIUM COHPOUNDS ♦ POTASSIUH OXIDES 25 TELLURIUM FLUORIDES 3 TARAPUR SEE REACTORS 4 TELLURIUM HYORIDES 6 TARGET-CODE USE PROGRAMMING ? TELLURIUM HYDRUXIOES 7.262 TARGETS 1 TELLURIUM IODIDES 314 TARTARIC ACID USE ORGANIC ACIOS 43 TELLURIUM ISOTOPES TASCO-CODE USE PROGRAMMING TELLURIUM NITRATES 7 TASHANIA USE AUSTRALIA TELLURIUH NITRIDES 45 TASTE SEE NERVOUS SYSTEM 92 TELLURIUM OXIDES 13 TAU OECAY USE KAONS TELLURIUH PHOSPHATES 216 TAU MESONS USE KAONS TELLURIUH SILICATES 6 TAU-NEUTRAL USE KAONS TELLURIUH SULFATES *■ KAONS-NEUTRAL 3 TELLURIUH SULFIOES ♦ TAU MESONS TELLURIUH 106 11 TAU-PLUS USE KAONS TELLURIUH 108 *■ KAONS-PLUS 1 TELLURIUH 109 ♦ TAU MESONS TELLURIUH 110 40 TAURINE USE AMINES 1 TELLURIUH 111 ♦ SULFONIC ACIDS TELLURIUM 112 -TAUTOG USE S5W SERIES TELLURIUM 113 4 lAUTOMERIZATION USE ISOMERS 1 TELLURIUH 114 -TBILISI RESEARCH R. USE IRT-B 6 TELLURIUH 115 175 TBP USE BUTYL PHOSPHATES 4 TELLURIUH 116 21 TBPO USE BUTYL RAOICALS 9 TELLURIUH 117 + ORGANIC PHOSPHORUS COMPOUNDS 8 TELLURIUM lia 11 TCP USE CRESYL RADICALS 13 TELLURIUH 119 ♦ ORGANIC PHOSPHORUS COMPOUNDS 7 TELLURIUH 120 3 TDA USE AMINES 32 TELLURIUM 121 ♦ TRIDECYL RADICALS 38 TELLURIUH 122 IOC USE AMIDES 57 TELLURIUH 123 ♦ ARSENIC COMPOUNDS 49 TELLURIUH 124 TOE USE ETHANE 78 TELLURIUH 125 ♦ ORGANIC PHOSPHORUS COHPOUNOS 27 TELLURIUH 126 » PHENYL RADICALS 58 TELLURIUH 127 17 TEA SEE FOOO 39 TELLURIUM 128 OR PLANTS 66 TELLURIUM 129 TEAS USE AMMONIUM COHPOUNDS 53 TELLURIUH 130 ♦ BROHIOES 52 TELLURIUM 131 ♦ ETHYL RADICALS 123 TELLURIUM 132 TEAM-CODE USE PROGRAHHING 17 TELLURIUM 133 -TECHN. HOGESCHOOL EINDHOVEN R. USE ATHENE 5 TELLURIUH 134 244 TECHNETIUM TELLURIUH 135 33 TECHNETIUM ALLOYS 8 Τ ι LI URDUS ACID USE TELLURIUH OXIDES 1 TECHNETIUH BORIOES 14 TELOHERIZATION USE POLYMERIZATION 4 TECHNETIUM BROHIOES 5 TCLOPHASE USE HITUSI s TECHNETIUM CARBIDES TELSTAR SATELLITES USE SATELLITeS TECHNETIUM CARBONATES TEHUC­CODE USE PROGRAHHING 15 TECHNETIUH CHLORIDES TEMPERATE ZONE USE HETEOROLDGY 21 TECHNETIUH COMPLEXES 4 ZONES 176 TECHNETIUM COMPOUNDS 41,624 TEMPERATURE IS TECHNETIUM FLUORIDES 260 TEHPERATURE COEFFICIENT USE TEHPERATURE 4 TECHNETIUM HYDRIDES 736 TEMPI­KING 3 TECHNETIUM HYOROXIDES TEHPES­CODE USE PROGRAHHING 2 TECHNETIUM IODIDES 1 TEHPO­CODfc USE PROGRAHHING 22 TECHNETIUM ISOTOPES 17 TENDONS USE TISSUES 1 TECHNETIUH NITRATES 4 TENEQRIO USE INSeCTS 1 TECHNETIUM NITRIDES 592 TENNESSEE USE USA Bl TECHNETIUH OXIOES 18 TENNESSEE RIVER use RiveRS 1 TECHNETIUM PHOSPHATES ♦ USA TECHNETIUM SILICATES TENSILE PROPERTIES TECHNETIUH SULFATES TENSOR FORCES SEE INTERACTIUNS 7 TECHNETIUH SULFIOES DR NUCLEAR MUDI 1 Ά 9 TECHNETIUH 100 OR PARTICLE HODELS 20 TECHNETIUH 101 OR TENSORS 7 TECHNETIUM 102 TENSOR-CODE USE PRUGRAHHING 9 TECHNETIUH 103 1,264 TENSORS USfc VECTORS 7 TECHNETIUM 104 428 TERBIUH 7 116 TERBIUH ALLUYS TECHNETIUM 105 TERBIUM BORIDeS 1 TECHNETIUM 106 TERBIUH BROHIoeS 1 TECHNETIUH 107 TERBIUH CARBIOES 7 TECHNETIUM 92 TeRBIUM CARBUNATES 17 TECHNETIUH 93 TERBIUH CHLORIOES 15 TECHNETIUH 94 TERBIUH COHPLEXES 26 TECHNETIUM 95 TERBIUH COHPOUNOS 20 TECHNETIUM 96 TERBIUH FLUORIDES 20 TECHNETIUH 97 TERBIUH HYDRIDES 15 TECHNETIUH 98 TERBIUH HYDROXIDES 292 TECHNETIUM 99 TERBIUH IODIDES -TECHNICAL COLLEGE R. AACHEN USE ATCR TERBIUH ISOTUPES -TECHNICAL COLLEGE VIENNA REACT USE TRIGA SERIES TERBIUH NITRATES -TECHNICAL UNIVERSITY R. DELFT USE A-57 TERBIUH NITRIDES 10 TECTONICS USE CONFIGURATION TERBIUM OXIDES ♦ EARTH TERBIUH PHOSPHATES ♦ GEOLOGY TERBIUH SILICATES -TECUMSEH SUBMARINE USE S5W SERIES TERBIUH SULFATES 379 TEETH USE BONES TERBIUH SULFIDES 299 TEFLON USE URGANIC FLUORINE COMPOUNDS TERBIUH 147 ♦ POLYMERS TERBIUH 148 -TEHERAN UNIVERSITY RESEARCH R. USE UTRR TERBIUH 149 TEHPO USE ETHYL RADICALS TERBIUH 150 ♦ HEXYL RAOICALS TERBIUH 151 ♦ ORGANIC PHOSPHORUS COMPOUNDS TERBIUM 152 TEKT1TES USE METEORITES TERBIUH 153 TEL USE ETHYL RAOICALS TERBIUH 154 + LEAD COHPOUNOS TERBIUH 155 t ORGANOHETALLICS TERBIUH 156 5 TELANGIECTASIS USE BLOUO VESSELS TERBIUH 157 ♦ DISEASES TERBIUH 158 ♦ MALFORMATIONS TERBIUH 159 -TELEGRAPH EQUATION USE TELEGRAPHER EQUATION TERBIUH 160 TELEGRAPHER EQUATION USE DIFFERENTIAL EQUATIONS TERdlUH 161 68 TELEHETRY USE HEASUREHENT TERBIUH 162 ♦ REMOTE CDNTROL TERBIUH 163 34 TELESCOPE COUNTERS USE COINCIDENCE METHODS TERBIUH 164 ♦ COUNTERS TEREPHTHALIC ACIO TERET-CODE USfc PHTHALIC ACID 55 TELESCOPES USE OPTICAL SYSTEMS USE PRUGRAHHING 300 TELEVISION 80

TERMINOLOGY SEE COMMUNI CAT I UNS THERHAL FATIGUE SEE FATIGUE UR DOCUMENTATION Ok THERMAL STRESSES 31 TERNARY FISSION USE FISSION THERHAL FISSION USt FISSION ΙΕκΝΕ-HETAL USt LEAD ALLUYS * THERHAL NEUTRONS TIN ALLOYS THERHAL FISSION FACTOR 71 TERPENES US*E HYOROCARBGNS -THERMAL GLOW SEE LUMINESCENCE 21 TERPENTINE USE HYDROCARBONS OR THERHAL RADIATION 9 TERPHENYL-ORTHO USE ISOMERS 861 THERMAL INSULATION ♦ TEHPHFNYLS 7,870 TMEKHAL NEUTRONS 27 TERPHENYL-PARA USE ISUHERS THERHAL PROPERTIES SEE ADSORPTION HEAT t TEKPHENYLS UR HEAT TRANSFER 124 TEkPHENYLS USF POLYPHENYLS UR HELTING PUINTS 18 TERRAHYCIN USE ANTIBIOTICS ÜR SPECIFIC HEAT ♦ DRUGS UR THERHAL CONDUCTIVITY ♦ TETRACYCLINES OR THERHUDYNAHICS 5 TERYLENE USE POLYESTERS OR TRANSFORHATION HEAT -TES-3 USE PORTABLE THERMAL RAOIATION TESI USE RESEARCH REACTORS -TnERhAL RESEARCH R. USE TRR TESLAR SEE POLYVINYLS THERMAL SHIELDING SEE SHIELDING IESSIE USE RESEARCH REACTORS OK THERMAL INSULATION 243 TESTES USE GONADS CR THERMAL NEUTRONS 17.057 TESTING 96 THERMAL SHOCK SEE THERMAL STRESSES -TESTING METHODS SEE MATERIALS TESTING 7 THtRMAL SPIKES USE THERMAL STRESSES OR TESTING * TRANSIENTS -TESTING REACTUR AEG USE PR 10 1,630 THERMAL STRESSES 107 TESTOSTERONE USE ANDRUGENS 434 THERHAL UTILIZATION + HORMONES ■TnERMALlZATION USE SLUWOUWN TET-CODE USE PROGRAMMING THERHbNOL ALLUYS USE ALUHINUH ALLOYS TETA USE AMINES ♦ IRON ALLOYS ETHYLENE ♦ HOLYBOENUH ALLOYS US.E ACETIC ACID 36 THERHIONIC CELLS USE THERH1ÜNICS AHINES 1,423 THERMIONICS * CHELATES 79 THERHISTUKS USE SEHICONUUCTURS * ETHYLENE ♦ TEHPERATURE TETANUS US*E INFECTIONS 10 THERMITE PROCESS USE ALUMINUM TETRACENE SEE ANTHRACENE t METALLURGY -TETRACYCLINE USE TETRACYCLINES ♦ REOUCTIUN TETRACYCLINES USE ANTIBIOTICS 1.364 THERHÜCOUPLES DRUGS -THERMODYNAMIC POTENTIAL USE GIBBS FUNCTION -TETRAETHYLAHHONIUHBRUHIDfc US,E ΤΕΔΒ 14,902 THEkMUOYNAMICS -TETRAETHYLLEAO USE TEL 425 THtKMUELECTRIC CELLS TETRAHYDROPYRAN USE PYHANS 1,234 THERMOELECTRICITY TETRAHYMENA USE HICRDURGANISHS 88 THERHUGRAVIHETRY USE THERHAL ANALYSIS PROTOZOA ♦ WEIGHT -TETRAHYHENA PYRIFORMIS US*E TETRAHYMENA 68 THERMOLUHINESCENCE USE LUHINESCENCE TETRALIN USE NAPHTHALENE » TEMPERATURE -IETRAPHENYLBORATE USE TPB -THERHOLYSIS USE PYROLYSIS TETRAZOLES USE HETEROCYCLICS 637 THtRHOHETERS + ORGANIC NITROGEN COHPOUNDS 2,038 THERHONUCLEAR DEVICES 15 TETRAZOLIUH USE HETEROCYCLICS THERMONUCLEAR EXPLUSIONS USt NUCLEAR EXPLOSIONS URGANIC NITROGEN COHPOUNDS ♦ THERHONUCLEAR REACTIONS 124 TEV RANGE US«-t GbV RANGE TIICKMUNUCLEAR REACTIONS 213 TEXAS USE USA -ThERMOPHYSICAL PROPERTIES SEE THERHOOYNAHICS -TEXAS AGt· -201 REACTOR USE AGN SERIES -THERMOPILES USE THERMOCOUPLES 615 TEXTILES THERMOPLASTICS USE PLASTICS 4 IEXTOLITE USE PLASTICS THERMOS-CODE USE PROGRAMMING -THAI RESEARCH REACTOR 1 USE TRR-1 THERMOSTATS USE CONTRUL SYSTEMS 12 THAILAND USE ASIA ♦ TEMPERATURE 7 THALAHUS USE BRAIN THERMOX PROCESS USE REPROCESSING 3 ThALENITE USE HINERALS 140 THETA HESONS USE KAUNS ♦ YTTRIUM SILICATES 209 THETA PINCH USE PINCH 1,559 THALLIUM ♦ THERHONUCLEAR DEVICES 115 THALLIUH ALLOYS THIADIAZOLES USE HETEROCYCLICS 1 THALLIUH BORIDES <- ORGANIC NITROGEN COHPOUNDS 22 THALLIUH BROMIDES *. ORGANIC SULFUR COHPOUNOS 1 THALLIUH CARBIOES -THIAMINE USE VITAHIN B-l 1 THALLIUM CARBONATES 23 THIAZOLES USE HEIERUCYCLICS 81 THALLIUH CHLORIOES ♦ ORGANIC NITROGEN COHPUUNOS 37 THALLIUH COMPLEXES ♦ ORGANIC SULFUR COHPOUNDS 163 THALLIUH COHPOUNOS 9,336 THICKNESS 6 THALLIUH FLUORIDES -THIO COHPOUNDS USE ORGANIC SULFUR COHPOUNDS 5 THALLIUH HYDRIDES ΤΗΙΟ-ΤΕΡΔ USE ANTIMITOTIC DRUGS 11 THALLIUH HYDROXIDES ♦ NITROGEN HUSTARD 69 THALLIUH IODIDES + ORGANIC PHOSPHORUS COMPOUNDS 40 THALLIUM ISOTOPES ♦ ORGANIC SULFUR COMPOUNDS 26 THALLIUH NITRATES » RADIOMIHETIC ORUGS 3 THALLIUH NITRIOES THIOCTIC ACID USE HErtRUCYCLICS 29 THALLIUH OXIOES *- ORGANIC ACIOS 1 THALLIUM PHOSPHATES ♦ ORGANIC SULFUR COHPOUNOS THALLIUM SILICATES -THIOCYANATES USE CYANIDES 21 THALLIUM SULFATES + URGANIC SULFUR COHPOUNDS 3 THALLIUM SULFIDES ♦ THIOCYANIDES 2 THALLIUH 191 THIOCYANIC ACIO USE CYANIDES 1 THALLIUH 192 ♦ ORGANIC SULFUR COHPOUNOS 4 THALLIUM 193 ♦ THIOCYANIDES 4 THALLIUM 194 328 THIOCYANIDES USE CYANIDES 6 THALLIUM 195 ♦ ORGANIC SULFUR COHPOUNOS 6 THALLIUH 196 3 THIOKOL USE ELASTOMERS 10 THALLIUM 197 2 73 THIOLS USE ALCOHOLS 20 THALLIUM 198 ♦ ORGANIC SULFUR COHPOUNOS 15 THALLIUH 199 3 THIONALIDE USE ACETIC ACID 36 THALLIUM 200 » AMIDES 23 THALLIUH 201 » NAPHTHYL RADICALS 32 THALLIUH 202 ♦ URGANIC SULFUR COHPOUNOS 129 THALLIUH 203 THIONAPHTHENES USE HETEROCYCLICS 273 THALLIUM 204 ♦ ORGANIC SULFUR COHPOUNOS 59 THALLIUH 205 1 THI0N1C ACID USE ORGANIC ACIDS 37 THALLIUH 206 ♦ ORGANIC SULFUR COHPOUNOS 31 THALLIUH 207 β THIONINE USt HETEROCYCLICS 129 THALLIUH 208 f ORGANIC NITROGEN COHPOUNOS 12 THALLIUM 209 ♦ ORGANIC SULFUR COHPOUNDS 15 THALLIUH 210 12 THIOPENTAL USE BARBITURIC ACID 5 THEBAINE USE ALKALOIDS ♦ ORGANIC SULFUR COMPOUNDS -THENUYLTRIFLUOROACETONt USE ΤΤΔ 20 THIOPHtNE USE HETEROCYCLICS 1 THEOBROHINE USE ORUGS ♦ ORGANIC SULFUR COMPOUNDS + XANTHINES 3 TH10PHEN0LS USE ORGANIC SULFUR COMPOUNDS -THEODORE ROOSEVELT SUBMARINE USE S5W SERIES ♦ PHENOLS THEOPHYLLINE USE DRUGS -THIOSEHICARBAZONEOIACETYLOXIHE USE DTDH2 ♦ XANIHINES 64 THIOSULFATES USE SULFATES 600 THERAPY SEE MECICINE 63 THIOURACIL USE DRUGS OR RADIOTHERAPY ♦ ORGANIC SULFUR COHPOUNDS 520 THERMAL ANALYSIS USE EXPANSION i URACILS + PHASE DIAGRAHS 22 THIOUREA USE ORGANIC SULFUR COMPOUNDS -THERMAL ASSEMBLY SAN JOSb USE SAN JUSE REACTOR ♦ UREA 153 THERMAL COLUMN USE HODERATURS -tHIKO LAW OF THERH0DYNAH1CS USE NERNST HEAT THEOREM 3,683 THERHAL CONDUCTIVITY THIRD SOUND SEE HELIUM II 83 THERMAL CYCLING SEE HEAT TREATMENTS OR SUPERFLUIDITY 97B THERMAL DIFFUSION THIRK ING MODEL USE QUANTUM FItLO THEORY -THERHAL EMISSION SEE THERMAL RAOIATION ♦ RELATIVITY THEORY OR THERMIONICS THOLE II ES USE IGNEUUS ROCKS - 14 THERHAL EQUILIBRIUM USE THERHOOYNAHICS -THOMAS A. EDISON USE S5W SERIES 81

-THOHAS JEFFERSUN SUBHARINE USE S5W SERIES 325 IHULIUM 7 THOHAS PRECESSI UN USE PRECESSION 82 THULIUM ALLUYS -THOMAS-FERMI DIFFERENTIAL EuUA USE THOHAS-FERMI HUDEL 8 THULIUM BORIDES 172 THOMAS-FERHI HODEL USE ATOMS 2 THULIUM »ROMIDES ♦ ENERGY LEVELS 1 ThULIUM CARBIDES *■ STATISTICS THULIUM CARBONATES -THOMAS-FERMI POTENTIAL USE THOHAS-FERMI HODEL 20·. THULIUM LHLURIÛFS -THÚMAS-FERHI-DIRAC MODEL USE THOHAS-FERMI MOOEL 27 THULIUM CCMPLEXES -THOMSON COEFFICIENT USE THUMSON EFFECT 109 TriUL IUM COMPOUNDS THOMSON EFFECT USE THERMOELECTRICITY 14 THULIUM FLUURIOES THOHSON PRINCIPLE USE ENTROPY 4 TnULlUM HTURIDES + THERHUDYNAHICS 3 THULIUM HYOKUXIDES THOMSON RELATIONS USE THERMODYNAMICS 1 THULIUM IODIDES ♦ THERHOELECTRICITY 1Ï THUL IUM ISOTOPES THOMSON SCATTERING USE ELECTROMAGNETIC WAVES 6 THULIUM NI THATES ♦ SCATTERING 0 THULIUM NITRIDES THONEHANN ION SOURCE USE IUN SOURCES 73 THULIUM UXIDfcS THORACIC DUCT USE LYMPH SYSTEH 1 THULIUM PHOSPHATES THORAX SEE LUNGS 1 THULIUM SILICATES THOKBASTNAESITE USE BASTNAE5ITE lo THULIUM SULFATES 4- THORIUM COMPOUNDS 5 THULIUM SULFIOES ♦ URANIUM MINERALS 5 THULIUM 161 THURCYC-CODE USE PROGRAMMING 2 THULIUM 162 128 THOREX PROCESS SEE REPROCESSING 7 THULIUM itoi 21 THORIANITE USE THORIUH OXIDES 7 THULIUM 164 + URANIUM MINERALS 19 THULIUM 165 t URANIUM OXIOES 37 THULIUM 166 32 THOR1N USE ARSENIC COMPOUNDS 40 THULIUM 167 4- NAPHTHOL 23 THULIUM 168 ♦ ORGANIC NITROGEN COMPOUNDS 121 THULIUM 169 »■ PHENYL RADICALS 215 THULIUM 170 ♦ SULFONIC ACIDS 36 THULIUM 171 37 THORITE USE HINERALS 15 THULIUM 172 + THORIUH SILICATES 7 THULIUM 173 4,448 THORIUH 5 THULIUM 174 -THORIUH A USE POLONIUM 216 4 THULIUM 175 B04 THORIUM ALLOYS 535 THYMIDINE USE NUCLEOSIDES -THORIUH Β USE LEAD 212 4 THYHINE 39 THORIUH BORIOES 17 THYMIUYLIC AC(D USe NUCLEUTIUIS 11 THORIUH BROMIDES 4 ORGANIC PHOSPHORUS COHPOUNDS -THORIUM C USE BISMUTH 212 4 THYHIDINE -THORIUM C/ USE POLONIUM 212 328 THYMINE USE HETEROCYCLICS -THORIUH CII USE THALLIUH 208 ♦ PYHIHIOINES 3B1 THORIUM CARBIDES 7 THYHUCYTES USE ANIHAL CELLS 29 THORIUH CARBONATES ♦ LYHPHOCYTES 220 THORIUH CHLORIOES ♦ THYHUS 323 THORIUH COHPLEXES THYHUL USt PHENOLS 817 THORIUH COMPOUNDS THYHONUCLEIC ACID USfc NUCLEIC ACIDS -THORIUH D USE LEAO 208 THYHUS 291 THORIUH FLUORIDtS THYPHOID USfc INTESTINE 4 SALHONfcLLA 54 THORIUM HYORIOES USL ELtCTRON TUBE­S 73 THORIUH HYDROXIDES THYRATRONS USL GLUBULINS 44 THORIUH IODIDES THYRJGLOBULIN 95 THORIUM ISOTOPES THYROID USE TSH 475 THORIUM NITRATES -THYROID STIHULATING HUHMUNt 5UHGERY 40 THORIUM NITRIDES THYRUIueCTUHY use f THYROID 159 THORIUH ORES USI DISEASES 2,574 THORIUM OXIDES FHYHUIDITIS 4 INFECTIONS 54 THORIUH PHOSPHATES THYHUIO 142 THORIUH SILICATES SEE AMINO ACID5 48 THORIUM SULFATES 106 THYRUNINe * UK HUHMUNE S 59 THORIUH SULFIDES -THYRUTHROPIN USt TSH -THORIUM X USE RADIUM 224 53 THYROTOXICOSIS USt 0I5ÎASES 5 THORIUH 223 t THYROID 6 THORIUH 224 -THYRUTRUPIC HORHUNE USE TSH 2 THORIUM 225 USf HURHUNFS 15 THORIUH 226 214 THYROXINE 14 TIBIA USt rtfJNf S 58 THORIUM 227 15 TIDE USE LEVELS 284 THORIUH 228 4 SLA 40 THORIUM 229 TIJ-CODE USI PRUGRAHHING 2 BO THORIUH 230 ,333 TlMt 42 THORIUM 231 21 TIME ANALYZERS SEt HfASURCMENT 708 THORIUH 232 UR TIME 41 THORIUM 233 OR T IMC UF FL IGHT METHUU 169 THORIUM 234 1 TIME DEPENDENCE USE ΤΙΜΓ 2 THORIUH 235 485 TIME OF FLIGHT METHUU SEI MASS SPECTROMETERS 10 THORIUH -ALPHA USE ALLOTROPY + THORIUH UR NEUTRUN SPEC TRUHE TERS UR SPtCTHUMFIFRS THORIUH-BETA USE ALLOTROPY ♦ THORIUH DR VELUCITY TIME (IF FLIGHT SPECTRUMLI6KS SEE ΜΛ55 SPeCIRUHFTeRS THORUGUMMITE USE SILICON OXIDES ♦ THORIUH OXIDES NEUTHUN SPECTROMETERS 4 URANIUM MINERALS T IMC Ol- FL IGHT HETHOD ♦ URANIUM OXIDES VELUCITY 128 IIH REVERSAL POINCARÉ GHUUP -THOR UN SEE RADON 220 OR THQRIN TlMt 10

72 TIN 117 -TÜHQGRAPHY USE RADIOGRAPHY 91 TIN UB TOMUNAGA APPROXIMATION USE FIELD THEORY 188 TIN 119 ♦ INTERACTIONS 98 TIN 120 ♦ MATHEHATICS 31 TIN 121 t QUANTUM HECHANICS 53 TIN 122 TOMONAGA THEURY USE FIELO THEORY 28 TIN 123 ♦ QUANTUM HECHANICS 74 TIN 124 -TOHUNAGA-SCHWINGER EQUATION USE SCHWINGER-TOHONAGA FORHALISH 24 TIN 125 -TUHUNAGA-SCHWINGER FORMALISM USE SCHWINGER-TOHONAGA FORHALISH. 3 TIN 12o -TUMUNAGA-SCHWINGER THEORY USE SCHWINGER-TOHONAGA FORMALISM 11 IIN 127 -TOMSK RESEARCH R. USE IRT-D 6 IIN 128 TONCAN COPPER USE COPPER ALL'OYS 7 IIN 129 «■ IRON ALLOYS 2 TIN 130 TONGUE USE TISSUES 2 TIN 131 -TONKS-LANGMUIR OSCILLATIONS USE TONKS-LANGHUIR THEORY 4 TIN 132 TONKS-LANGHUIR THEORY USE IONS -TINOSA SUBMARINE USE S5W SERIES ♦ OSCILLATIONS TINSEL USE LEAD ALLOYS 4- PLASHA ♦ TIN ALLOYS 14 TONSILS USE TISSUES USE BENZENE 730 TOOLS ♦ HYDROXIDES 7 TOPASE USE ALUHINUH SILICATES ♦ SODIUH COHPOUNOS MINERALS » SULFONIC ACIDS ΓΟΡΗΕΤ US*E CHROMIUH ALLOYS 242 TISSUE CULTURES USE ENVIRONNENT NICKEL ALLOYS ♦ EXPANSION 86 TOPO USE OCTYL RADICALS » TISSUES + ORGANIC PHOSPHORUS COHPOUNDS 22 TISSUE EXTRACTS USE TISSUES 14 TOPOGRAPHY USE DIAGRAHS 12,748 TISSUES + GEOPHYSICS -TI TANATES USE TITANIUM OXIDES + HAPS 3 TITANITE USE CALCIUH SILICATES '9 TOPOLOGY USE MATHEMATICS » MINERALS TOPR USE RESEARCH REACTORS ♦ TITANIUM SILICATES TOPS USE OCTYL RADICALS 3,575 TITANIUM + ORGANIC PHOSPHORUS COHPOUNDS 2 TITANIUH ALLOY-A-55 USE TI TANIUH ALLOYS ♦ ORGANIC SULFUR COHPOUNDS 2 TITANIUH ALLOY-A-70 USE TI TAN I UH ALLOYS 21 TOPSY USE REACTORS TITANIUM ALLOY-RC-A-110-AT USE Τ TANIUM ALLOYS 25 TORBERNITE USE COPPER PHOSPHATES TITANIUM ALLOY-RC-130 USE TI TANIUM ALLOYS URANIUM MINERALS TITANIUM ALLOY-RC-70 USE TI TANIUH ALLOYS * URANIUM PHOSPHATES 3 TITANIUM ALLOY-XCM USE TI TANIUM ALLOYS 126 TORSION USE ROTATION 5 TITANIUM ALL0Y-140-A USE TI TANIUH ALLOYS TENSILE PROPERTIES IB TITANIUM ALL0Y-150-A USE TI TANIUH ALLOYS 7 TURULA USE FUNGI 13 TITANIUM ALLOY-75-A USE ΤI TANIUH ALLOYS 13 roRULOpsis USE FUNGI 4,692 TITANIUM ALLOYS 1,172 TORUS 187 TITANIUM BORIDES -TORY II CRITICAL EXPERIMENT USE HOT BOX 22 TITANIUH BROMIDES 12 TORY-IIA USE RESEARCH REACTORS 470 TITANIUH CARBIDES -TORY-IIA-1 USE TORY-IIA TITANIUM CARBONATES -TORY-IIA-2 USE TORY-IIA 216 TITANIUM CHLORIDES 2 TOSHIBA USE RESEARCH REACTORS 94 TITANIUM COHPLEXES 1 TOSS-CODE USE PROGRAMMING 288 TITANIUM COMPOUNDS 112 TOTAL CROSS SECTIONS USE CROSS SECTIONS 53 TITANIUM FLUORIDES 4 TOTPO USE OCTYL RADICALS 123 TITANIUM HYDRIDES + ORGANIC PHOSPHORUS COMPOUNDS 12 TITANIUH HYDROXIOES 21 TOURHALINE USE ALUMINUH SILICATES 67 TITANIUH IODIDES BORON SILICATES 34 TITANIUH ISOTOPES HINERALS 5 TITANIUH NITRATES -TOWER SHIELDING REACTOR 1 USE TSR-1 178 TITANIUM NITRIOES -TOWER SHIELOING REACTOR-2 USE TSR-2 1,784 TITANIUM OXIOES TOWERS SEE EXTRACTION COLUMNS 9 TITANIUH PHOSPHATES OR MECHANICAL STRUCTURES 33 TITANIUH SILICATES -TOWNSEND AVALANCHE USE TOWNSEND DISCHARGE 6 TITANIUH SPONGE USE TITANIUH -TOWNSENO CASCADE USE TOWNSENO OISCHARGE 26 TITANIUM SULFATES -TOWNSENO COEFFICIENT USE TOWNSEND OISCHARGE IB TITANIUM SULFIDES TOWNSENO DISCHARGE USE ELECTRIC DISCHARGES 1 TITANIUH 41 GASES 3 TITANIUH 42 IONIZATION 7 TITANIUM 43 -TOWNSENO FORMULA USE TOWNSEND DISCHARGE 42 TITANIUH 44 -TOWNSENO IONIZATION USE TOWNSEND DISCHARGE 30 TITANIUM 45 -TOWNSEND METHOD USE TOWNSENO OISCHARGE 113 TITANIUM 46 -TOWNSENO THEORY USE TOWNSENO DISCHARGE 77 TITANIUM 47 3,213 TOXICITY 146 TITANIUM 48 9 TOY TOP USE MAGNETIC MIRRORS 73 TITANIUM 49 ΓΡΒ USE BORATES 84 TITANIUM 50 » PHENYL RADICALS 35 TITANIUH 51 TPU USE ORGANIC PHOSPHORUS COHPOUNDS 3 TITANIUM 52 + PHENYL RADICALS 39 TITANIUM-ALPHA USE ALLOTROPY USE RESEARCH REACTORS TITANIUH 2 TRAC-CODE USE PROGRAMMING 27 TITANIUH-BETA US,E ALLUTKOPY 4,112 TRACE AMOUNTS + TITANIUM 10,064 IRACtR TECHNIQUES 361 TITLE TKACER-CODE USE PROGRAMMING 1,116 TITRATION USE DETERMINATION 35 TRACHEA USE LUNGS TH-RÉP-CODE USE PROGRAHHING ♦ TISSUES TNA USE AHINES 3 TRACHOMA USE EYES *■ NÛNYL RADICALS ♦ INFECTIONS TNP USE PICRIC ACID -TRACKS SEE PARTICLE TRACKS INS-CODE USE PRDGRAHHING 119 TRADESCANTIA USE PLANTS INT USE EXPLOSIVES 80 TRAINING SEE LECTURES ♦ NITRATES UR PERSONNEL TOLUENE 52 TRAJECTORIES SEE ORBITS TNT-CODE US,E PRUGRAHHING OR PARTICLE TRACKS TOA USt AHINES 1 TRAM-CODE USE PROGRAMMING *■ UCTYL RAOICALS 30 TKAMEX PROCESS USE AMINES TOAD SEE RESEARCH REACTORS SOLVENT EXTRACTION UR TOAOS 10 TRANQUILLIZERS US»E DRUGS 15 TOADS USE AMPHIBIANS NERVOUS SYSTEM 10B TOBACCO SEE Ν1 COT I ANA TRANS-FUGUE-COOE US,E PRUGRAHHING TUBACCü MOSAIC USE VIRUSES 36 TRANSAMINASES USE ENZYHES - -TOCOPHEROLS USE VITAMIN C 1,043 TRANSDUCERS TUDDITE USt NIDBITE 1,042 TRANSFER FUNCTIONS ♦ URANIUM MINERALS 22 TRANSFtR NUMBERS USE ELECTROPHORESIS ♦ URANIUM OXIOES 8 TRANSFERASES USE ENZYHES -IOEPLER HETHOD USt TUEPLER PUHPS 17 TRANSFURMATIUN HEAT USE THERHOOYNAHICS TOEPLER PUHPS USE PUMPS 445 TRANSFÚKHERS TOKAI-HURA USE REACTORS 142 TRANSFUSIUNS USE TRANSPLANTS TOKAI-MURA-2 USE REACTORS -TRANSIENT REACTOR TEST USE TREAT TOKYO SYNCHROTRON USt SYNCHROTRUNS 10,522 TRANSIENTS TOLAN USE ACETYLENES 1,530 TRANSISTORS PHENYL RADICALS 7 TRANSITION BOILING USE BOILING ■ TOLERANCE SE*E 1FMUNITY 9 TRANSITION HEAT USE THERHUDYNAHICS UR RADIOSENSITIVITY' 669 TRANSITION METALS TOLERANCE UOSE SEE RAOIATION DOSES 7 TRANSITION STATtS SEE REACTION KINETICS TOLUENE OR TRANSIENTS TULUIOINE USE AMINES TRANSITION TEHPERATURE USE TEMPERATURE TOLUENE -TRANSITIONS USE TRANSIENTS 43 TULUIOINE BLUE US,E OYES TRANSKETOLASES USE ENZYMES 2 TÛHAHAK-2 USE PLASMA -TRANSLATION USE * ♦ TtiCHUMJClLAK DEVICES -TRANSMISSION SEt COMMUNICATIONS TOMAHAK-3 USE PLASMA OR INTERACTIONS THtKMGNUCLEAR DCVICFS OR MACHINE PARTS TOMATOES SE*E PLANTS UR TRANSDUCERS OK VEGETABLES TRANSMUTATIONS USt NUCLEAR REACTIONS 83

42 TRANSPARENCY USE ABSORPTION 6 TKIUXYGLUTARIC ACIU USE AMINO ACIDS * LIGHT 13 TR1PHENYLENE USE AKYL RADICALS 10 TRANSPIRATION HETHOO USE MEASUREMENT -TRIPHENYLPHOSPHINE OXIUt Ui6 ΤΡΠ f PRESSURE 12 TRIPLE POINT SEE PHASC DIAGRAMS * VAPORS OK THEKMMOYNAHICS 2,722 TRANSPLANTS 1 TRI PUD-CODE USE PROGRAMMING 9 TRANSPLUTONIUH ELEMENTS USE ACTIN1DES -TRlSI2-ETHYLHEXYL)PHUSPHINt OX USE ΙΕΗΡΟ 1 TRANSPD-COOE USE PROGRAMMING I TRISI-COOE USt PRUGRAHHING 4,132 TRANSPORT 30 TRITICUM USt CEREALS 7 TRANSPORT HEAT USE THERHOOYNAHICS ♦ WHEAT 3,287 TRANSPURT THEORY 4,724 TRITIUM 22 TRANSURANIUM ELEMENTS USE ACTINIOES 278 TRITIUM COMPUUNDS 2 TRANSVAAL USE SOUTH AFRICA 28 TRITON SEE GASTEROPODS TRANSY-CODE USE PRUGRAHHING OK REStARCH REACIORS 1,380 TRAPS OR TRITONS TRASAM1NASES USE AMINES OR TKITURUS ♦ AMINO ACIDS -TRITON ALPESIRIS USE TKITURUS TRASKETOLASES USE KETONES TRITON BEAMS USE BEAHS 36 TRAUHA SEE BEHAVIOR ♦ TRITONS UR PHYSIOLOGY -TKIIUN CRISTATUS USE TRITU'US OR RECOVERY -TRITON SUBMARINE USE SSN5B6 OR REGENERATION TRITUN-2 USE RESEARCH REACTORS OR TISSUES TRITONS 15 TRAWSFYNYDD SEE REACTORS TRITURU5 USE AMPHIBIANS 150 TREAT USE RESEARCH REACTORS TRIX-COOE USE PROGRAHMING TREAT-COOE USE PRUGRAHHING TRNAVA SEE REACTORS TRED-COOE USE PROGRAHHING TKOEGERITE USE ARSENIC OXIDES 91 TREES SEE PLANTS ♦ URANIUM MINERALS OR WOOD » UHANIUM OXIDES -TREIHAN-YANG ANGLE USE TREIHAN-YANG TEST 37 TROILITE USL IRUN SULFIOES 14 TRE I MAN-YANG TEST USE ANGULAR DISTRIBUTION t METEORITES ♦ OPE MODEL » MINERALS USE AMPHIBOLES -TROITZK POWER STATION USE SIBERIAN » CALCIUM SILICATES -TROMBAY REACTOR INDIA USE APSARA » IRON SILICATES TRUMEXAN USE ACETATES » MAGNESIUM SILICATES » COUMAKIN TRENNDUESE USE ISOTOPE SEPARATION ♦ ETHYL RAOICALS -TRESHER USt S5W SERIES TROHHSUORFF EFFECT USE POLYMERIZATION -TRESHER SUBHARINE USE S5W SERIES TROPICAL MEDICINE USE MEDICINE TRHEX-CODE USE PROGRAMMING TROPONES USE 01 ENES -TRI-N-OCTYLPHOSPHINESULFIDE USE TOPS ♦ KETONES TRIA20LES USE HETEROCYCLICS 9 TROPOPAUSE USE ATHOSPHERE 4- ORGANIC NITROGEN COHPOUNOS t STRATOSPHERE 39 TR1B0LIUM USE INSECTS 62 TROPOSPHERE USE ATMOSPHERE 17 TRI BUTYL PHOSPHATE USE BUTYL PHOSPHATES 22 TROUTS USE FISH -TRIBUTYLPHOSPHINE OXIDE USE TBPO I TRR USE RESEARCH REACTORS 8 TRICARBALLYL1C ACID USE ORGANIC ACIDS 1 TRR-1 USE REACTORS -TRICHINAE USE TRICHINELLA -T KT F USE TREAT 23 TRICHINELLA USE NEMATODES -TRUXTUN USS REACTOR USE 0LG35 ♦ PARASITES 17 TRX USE REACTURS 10 TRICHINOSIS USE DISEASES 3 TRYPAFLAVINE USE ACRIFLAVINE * PARASITES ♦ ORUGS • TRICHINELLA » HYDROCHLORIC ACID -TRICO USE TRIGA SERIES 17 TRYPAN BLUE USE OYES -TRICRESYLPHOSPHATES USE TCP 111 TRYPSIN USE ENZYHLS TRIOECYL RADICALS USE ALKYL RADICALS . PEPTIOES -TRIDECYLAHINE USE TOA 55 TRYPTAMINES USE AMINES TRIUYH1TE USE MINERALS » INDOLES » SILICON OXIDES 145 TRYPTOPHAN USE AM1NU ACIOS -TRIETHYLENETETRAAHINOHEXAACETI USE TETAHA -TSCHEBYSCHEFF APPROX USE TSCHEBYSCHEFF POLYNOMIALS -TRIETHYLENETETRAHINE USE TETA TSLHtBYSCHEFF POLYNO USE DIFFERENTIAL EQUATIONS -TRIGA R. BETHESOA USE TRIGA SERIES f POLYNOMIALS TRIGA SERIES SEE REACTORS TSCHEFFKINITE USE TITANIUM SILICATES OR RESEARCH REACTORS 8 TSF USE REACTURS -TRIGA VETERANS USE TRIGA SERIES 107 TSH USE HUKMONES -TRIGA-ARIZONA USE TRIGA SERIES TSK-I USE RESEARCH »FACTORS -TRIGA-BRAZIL USE TRIGA SERIES 12 TSR-2 USE RESEARCH lit ALUMS -TRIGA-COLUHBIA-UNIV USE TRIGA SERIES 1 TSURGA USE REACTUKS -TRIGA-CONGO USE TRIGA SERIES 251 ITA USE ACEIUNt -TRIGA-CORNELL USE TRIGA SERIES ♦ URI,ANH. FLUORINE COMPUUNDS -TRIGA-DASA USE TRIGA SERIES . URGANIC SULFUR CUMPUUNDS -TRIGA-F-OASA USE TRIGA SERIES TTA-CODb USt PRUGHAHMING -TRIGA-F-DORF USE TRIGA SERIES -TTK-A USE ITP-1 -TRIGA-F-HAWTHORN USE TRIGA SERIES -TTH-B USE IIR-2 -TRIGA-F-LA JOLLA USE TRIGA SERIES 8 TTR-1 USE HESFARLH REACTURS -TRIGA-F-NOR USE TRIGA SERIES -TTR-l KAPL USE TTR-1 -TRIGA-F-SAN DIEGO USE TRIGA SERIES -TTR-1 TOSHIBA USE T0SH1HA -TRIGA-I-LA JOLLA USE TRIGA SERIES ΓΤΗ-2 USE RCACTUKS -TRIGA-I-OHAHA USE TRIGA SERIES 10 TUbALLOY USF URANIUM -TRIGA-1I-BANDUNG USE TRIGA SERIES 11 TUBERCULIN USE ANIIGFNS -TRIGA-II-DALAT USE TRIGA SERIES 77 TUBERCULUSIS USt INFLCIIIJNS -TRIGA-II-FINLAND USE TRIGA SERIES 16 rutiens Stt PL AN IS -TRIGA-II-FRM2 USE TRIGA SERIES Uk POlAIriES -TRIGA-II-UL1N0IS USE TRIGA SERIES Ok KÜOIS -TRIGA-II-LJUBLJANA USE TRIGA SERIES 10,036 TUBes -TRIGA-II-HAINZ USE TRIGA SERIES 72 TUFF USE IGNEOUS RUCKS -TRIGA-II-MUSASHI USE TRIGA SERIES ♦ VULCANKS -TRIGA-II-PAKTAI RE USE TRIGA SERIES 4 TULAREMIA USI INFECTIONS -TRIGA-II-PAVIA USE TRIGA SERIES -TULLlBfct USE SSN597 -TRIGA-II-RIKKYO USE TRIGA SERIES 4,568 TUMORS -TRIGA-ll-ROME USE TRIGA SERIES 15 TUNA FISH StL FISH -TRIGA-II-SEOUL USE TRIGA SERIES UR FUOU -TRIGA-II-TAKEYAHA USE TRIGA SERIES -TUNCSTATES USI TUNGSTEN UXIUCS -TR1GA-1I-VIENNA USE TRIGA SERIES 3,875 TUNGSTtN -TRIGA-III-MEXICO USE TRIGA SERIES 3 TUNGSTtN ALLUY-GE125 USE TUNUSTL-N ALLOYS -TR1GA-III-X USE TRIGA SERIES 2,109 TUNGSTFN ALLUYS -TRIGA-KANSAS USt TRIGA SERIES 55 TUNGSTEN BORIDES -TR1GA-MANHATTAN USE TRIGA SERIES n ruNGSTLN tlRÚHIDi S -TRIGA-SAN DIEGO USE TRIGA SERIES d TUNGSTEN 8RCNZE USE SUDIUM ALLUYS -TRIGA-SUPER PULSING USE TRIGA SERIES » TUNGSIFN ALLUYS -TRIGA-TEXAS USE ΙΚΙυΑ SERIES 319 TUNGSTtN CARBIoeS TRIGEMINUS USE NERVES 1 TUi.GSreN CAK30NATeS » NERVOUS SYSTEM 18 TUNGSTEN CHLORIDES USE CIKLUITS 33 TUNGSTEN COMPLEXES 158 TRIGGERS 21 t TU.iOSTFN COMPOUNDS 28 TRIGLYCERIDES USE LIPIDS USE RESEARCH REALTORS 67 TUNGSTEN FLUORIDES TRI KT 5 TUNuSTCN HYDRIDES TRIKT-50 USE REACTORS USE PLANTS i TUNuSTfcN 'HYDROXIOES 28 TRILLIUM USE PROGRAMMING TUNGSTEN lfJDIOfcS TRIM-CODE USE NEUTRONS 45 TUNGSTEN ISUTOPES 1 TRINEUTRONS USE TNT TUNGSTtN NlFRATfcS -TRINITROTOLUENE USE SELNI e TUNGSTEN NITRIOES -TRINU VERCELLESE USE INA 683 TUNGSTEN OXIDES -TRINONYLAHINE USE TOA 2 TUNGSTEN PHOSPHATES -TRI0CTYLAM1NE USE T3P0 1 TUNGSTEN SILICATES -TRIOCTYLPHOSPHINE OXIDE USE ELECTRUN TUBtS TUNGSTEN SULFATeS 64 TRIODES USE ESTERS 13 IUNUSTEN SULFIDES 22 TRIOLEIN 2 TUNGSTEN 172 .- OILS TUNGSTEN 173 3 TRIOSES USE SUGARS 2 TUNGSTEN 174 46 USE ETHERS TRIUXANE , SULVENTS TUNGSTEN 17S 84

12 TUNGSTtN 176 -ULTkACrNTKIFUGATIUN USt ULTRACENTRIFUGES 6 TJi.GSTtN 177 ULTKACtNTKIFJGES USE CENTRIFUGATION 9 TUNGSIEN 176 ULTRAFILTRATION JSE FILTERS 12 TUNGSTEN 179 ULTRAMARINE USE PIGMENTS 26 TUNGSTEN 180 1.534 ULTRASONICS 59 TUNGSTEN Ul 3,479 ULTRAVIOLET KADIATIUN 152 TUNGSTEN 182 ULVA USE ALGAE 93 TUNGSTEN 183 ULYANUVSK SEE REACTORS 123 TUNGSTEN IB4 -ULYANOVSK ATOHIC POWER STATION USE ULYANUVSK 160 TUNGSTEN 185 -ULYANOVSK POWER R. USE BN-50 109 TUNGSTEN 186 ULYANUVSK-EX USE REACTURS 83 TUNGSIEN 187 ULYSSE USE RESEARCH REACTORS 12 TUNGSTEN 188 -ULYSSES S. GRANT SUBMARINE USE S5W SERIES 1 TUNGSTEN 189 UHKLAPP PROCESSES USE CRYSTALS -TUNNEL DIODES USE SEHICONDUCTDRS ♦ EXCITATION ♦ TUNNEL EFFECT ♦ INTERACTIONS 297 TUNNEL EFFECT SEE ELECTROMAGNETIC WAVES -UHNE-1 USE UHR-1 OR ELEMENTArRY PARTICLES UHUHOITE USE HOLYBDENUM OXIDES OR NUCLEAR MOOELS » URANIUH HINERALS OR QUANTUH HECHANICS ·■ URANIUM OXIDES OR 5EMICUN0UCT0RS UHR USE RESEARCH REACTORS 13 TUkBIDIHETRY USE PHOTOMETRY UMR-1 USE RESEARCH REACTORS ♦ SUSPENSIONS UHRR USE RESEARCH REACTORS 28 TUKBIOITY USE DIFFRACTION UNCERTAINTY PRINCIPLE USE QUANTUM HECHANICS ♦ SUSPENSIONS UNCOL-CODE USE PRUGRAHHING 472 TURBINES UNDERGROUND USE LEVELS 8 TURKU-CODE USE PROGRAMMING UNDERGROUND DISPOSAL USE WASTE DISPOSAL 751 TURBULENCE 1,108 UNDERGROUND EXPLOSIONS TURFIZ-CODE USE PRUGRAHHING 16 UNDERWATER EXPLOSIONS SEE EXPLOSIONS TUÄFO-CODE USE PROGRAHMING OR NUCLEAR EXPLOSIONS 17 TURKEY USE ASIA UNH USE SALTS -TURKISH REACTOR 1 USE TR-1 «■ URANYL NITRATES -TURRET USE UHTREX ♦ WATER 13 TURTLES USE ANIHALS -UNIFIED FIELD THEORY USE EINSTEIN-SCHROEDINGEK THEORY 1 TUT-T5-C0OE USE PROGRAHMING UNIFIEU HODEL SEE FIELD THEORY TU2-2UT-CODE USE PROGRAHHING OR REACTION KINETICS -TVRS USE R-B -UNION CARBIDE NUCL. C USE UCNCR 1 TWEX-CODE USE PRUGRAHHING -UNION CARBIOE R. USE UCNCR 218 TWINNING USE LATI ICES UNITAK1TY SEE FIELD THEORY TWHR-CA USE CRITICAL ASSEHBLIES OR GROUP THEORY 38 TWO BODY PROBLEH USE HANY BODY PROBLEH OR MATRICES -TWO FLUID THEORY USE LANDAU LIQUID HELIUH THEORY OR QUANTUM MECHANICS 17 TWO PION EXCHANGE USE EXCHANGE HODEL 306 UNITARY ■YHMETRY SEE MATRICES TWO-COMPONENT NEUTRINO THEURY USE DIRAC EQUATIUNS OR VECTORS ♦ HELIC.ITY -UNITED ARAB REPUBLIC WWR-C R. USE WWR SERIES ♦ NEUTRINOS 1,335 UNITED KINGDOH USE EUROPE 264 TWO-PHASE FLOW USE FLUID FLOW 4 UNITED NATIONS + · SUSPENSIONS 20 UNITHIUL USE DRUGS 3 TYCHE-COOE USE PROGRAMMING ♦ ORGANIC SULFUR COMPOUNDS 10 TYNOALL EFFECT USE COLLOIDS -UNIV. UF AKKON AGN-201 REACTOR USE AGN SERIES ♦ LIGHT -UNIV. OF CALIFORNIA AGN-2Ú1 K. USE AGN SERIES ♦ POLARIZATION -UNIV. OF CALIFORNIA EDUCATOR R USE EDUCATOR UCAL 6 TYPHOID USE INFECTIONS -UNIV. UF DELAWARE AGN-201 K. USE AGN SERIES Τ TYPHUS USE INFECTIONS -UNIV. UF ILLINOIS TR1GA-II K. USE TRIGA SERIES Β TYRAHINE USE AMINES -UNIV. OF KANSAS TRIGA R. USE TRIGA SERIES ♦ DRUGS -UNIV. OF MINAS GERAIS TRIGA R. USE TRIGA SERIES » PHENYL RAOICALS -UNIV. OF HtSSUURI POUL R. USE HSMR Β TYROSINASE USE ENZYMES -UNIV. OF OKLAHOMA AGN-211 R. USE AGN SERIES ♦ OXIDASES -UNIV. UF TEHERAN RESEARCH R. USE UTRR ♦ TYROSINE -UNIV. OF TEXAS TRIGA R. USE TRIGA SERIES 182 TYROSINE USE AMINO ACIDS -UNIV. UF WASHINGTON EDUCATOR R USE EDUCATOR UHASH 2 TYSONITE USE CERIUM FLUORIOES 47 UNI VAC USE COMPUTERS ♦ LANTHANUH FLUORIDES ♦ DIGITAL SYSTEMS ♦ HINERALS -UNIVERSAL FERHI LAW USE FERHI INTERACTION 16 TYUYAHUNITE USE CALCIUH OXIOES -UNIVERSE SEE COSHOLOGY ♦ URANIUH MINEKALS OR SPACE f URANIUM OXIDES -UNIVERSITY OF AACHEN R. USE ATCR ♦■ VANAUIUM OXIDES -UNIVERSITY OF ARIZONA TRIGA R. USE TRIGA SERIES 59 U-12 GROUP USE ELEHENTARY PARTICLES -UNIVERSITY OF FLORIDA TRAIN. R USE UFTR » GROUP THEORY -UNIVERSITY OF FRANKFURT K. USE FRF 26 U-3 GROUP USE ELEHENTARY PARTICLES -UNIVERSITY OF HARYLAND R. USE UHR-1 t- GROUP THEORY -UNIVERSITY OF MICHIGAN FORD R. USE MICHIGAN-FORD 7 U-4 GROUP USE ELEHENTARY PARTICLES -UNIVERSITY OF NEVADA L-77 R USE L-77 NEVADA ♦ GROUP THEORY -UNIVERSITY OF PALERMO ARGONAUT USE AGN SERIES 22 U-6 GROUP USE ELEMENTARY PARTICLES -UNIVERSITY OF PAVIA TRIGA R. USE TRIGA SERIES ♦ GROUP THEORY -UNIVERSITY OF SAO PAULO REACT. USE SAO PAULO REACTOR 21 UAR USE AFRICA -UNIVERSITY OF TEHERAN RES. R. USE UTRR -UAR WWR-C USE WWR SERIES -UNIVERSITY OF UTAH AGN-201 R. USE AGN SERIES 5 UCLA USE CALIFORNIA -UNIVERSITY OF VIRGINIA R. USE UVAR -UCLRC NTS NEVADA USE HOI BOX -UNIVERSITY OF WISCONSIN NU. R. USE UWNR -UCNC USE SPRF -UNIVERSITY OF WYOMING RES. R. USE UWKR 1 UCNCR USE' RESEARCH REACTORS -UNIVERSITY TRAINING R. PROT. USE UTK-1 UCOST-COOE USE PROGRAHHING UNPACK-COOE USE PROGRAMMING UNPHYSICAL -UCR USE UCNCR SHEET USE HATHEHATICS UNSTEADY FL 6 UCRL USE CALIFORNIA USE FLUID FLOW -UPTAKE 19 UCRL CYCLOTRON USE CYCLOTRONS SEE ABSORPTION 26 UOIHET USE ALUMINUH ALLOYS OR ADSORPTION ♦ CHROHIUH ALLOYS OR HETABOLISH ♦ COBALT ALLOYS URACILS USE ORGANIC OXYGEN COHPOUNDS ♦ MOLYBOENUM ALLOYS + PYRIMIDINES + NICKEL ALLOYS URACDNITE USE URANIUM HINERALS ♦ TITANIUH ALLOYS ♦ URANIUM OXIDES USE GLUCOSE *■ URANIUH SULFATES ♦ NUCLEOTIDES URAL SEE REACTORS ♦ ORGANIC PHOSPHORUS COHPOUNDS URAL-II USE REACTORS + URIDINE -URALS ATOMIC POWER STATIUN 61 USE BELOYARSK USE IRON OXIDES -URALS ATOMIC POWER STATION 63 USE URAL ♦ RAKE EARTHS URAMPHITE USE URANIUH HINERALS + TITANIUH UXIDES ♦ URANIUH PHOSPHATES ♦ URANIUH HINERALS 518 URANATES + URANIUM OXIDES 7 ORAIIIC ACID USE URANATES UFR USE RESEARCH REACTORS URANIE USE REACTORS 6 UFTR USE RESEARCH REACTORS -URAN I NE USt FLUORESCEIN -UHF SEE ULTRA HIGH FREQUENCY 632 URANINITES -UHLENBECK INTERACTIUN USE GELL-HANN THEORY 15 945 UKANIUH -UHLENBECK-K0N0P1NSKI COUPLING USE KONOPINSKI-HAHHOUD MOOEL 3 945 URANIUM ALLOYS -UHLIGITE USE ZIRKELITE 2 UKANIUM BLACK USE URANIUH HINERALS 46 UHTREX USE REACTORS ♦ URANIUM OXIDES 48 UKAEA USE UNITED KINGDUM 47 URANIUM BORIOES ULCER-CODE USE PROGRAMMING 72 UKANIUM BROMIDES -ULCERATIONS USE ULCERS 2 064 UKANIUM CARBIDES 73 ULCERS SEE DISEASES 63 UKANIUM CARBONATES OR RADIATIUN INJURIES 483 URANIUM CHLORIDES 3 ULLMANN REACTION USE AHYL RADICALS 653 URANIUM COMPLEXES » CATALYSIS 2 200 UKANIUM COHPOUNOS + CHEMICAL REACTIUNS 27 URANIUM CONCENTRATES SEE ORE PROCESSING f COUPLING OR SEPARATION PROCESSES ULKICHITE USE URANINIIES DR URANIUM CGHPUUNOS ULTRA HIuH FREQUENCY USE MICROWAVES OR UKANIUH ORES -ULTRA HIGH TEHP. REACTUR EXP. USe UHTREX Ok WASTE PROCESSING ULTRABASIC ROCKS USE IGNEOUS ROCKS 6.162 URANIUH DIOXIDE 85

520 URANIUM FLUOKIDES 143 UKI UINE 912 URANIUM HEXAFLUORIDE USE HETEROCYCLICS 24Θ URANIUH HYOKIOES * NUCLEOSIDES 59 UKANIUH HYUROXIOES f- ORGANIC NITROGEN COHPOUNOS -UKIUlNfc DIPHOSPHATE ÜLUCUSE ­URANIUM I JSE URANIUH 238 USE UOPG UKI0YL1C ACIU USE HETEROCYCLICS ­UKAMUH II USE UR.ANIJH 234 46 UKAN tUK IUOIDES *■ ORGANIC NITROGEN COHPOUNDS 324 JRANIUM I SOTHPES * URGANIC PHOSPHORUS COMPOUNDS ­URINALYSI S 1.97Θ URANI UM MINERALS USE CHEMICAL ANALYSIS 161 URANIUM * URINE NI TRATES ­URINARY BLADDER 364 UKANIUH NITRIOES USE BLADDER 10 URINARY TRACT 1 ,603 URANIUM ORES SEE KIDNEYS 2,593 UKANIUM OR TISSUES OXIDES 2,592 URINE 209 UKANIUM PHOSPHATES 4 UHUBILINOGEN 124 URANIUH USE PIGMENTS SILICATES ó UKOCANIC ACID 121 UKANIUM SILICIOÊS USE ACRYLIC ACID 129 URANI UH ♦ IMIDAZOLES SULFATES 10 UKOT ROP I N 170 URANI UM SULFIDES USE AMINES 1 .084 URANIUM TETRAFLUURIDE + CHEMICALS 730 URANI UM THIOXIÛE ♦ DRUGS + METHYLENE RAOICALS ­URANIUM XI USE THORIUM 234 UKK ­URANIUM USE RESEARCH REACTORS X2 USE PROTACTINIUM 234 URSILITE ­URANIUM Y USE THORIUM 231 USE CALCIUM SILICATES 1 URANIUM 227 ♦ MAGNESIUM SILICATES 3 URANIUH 228 ♦ URANIUH HINERALS 4 URANIUM 229 » URANIUM SILICATES 1 URUGUAY 24 URANIUM 230 USE SOUTH AMERICA URYDILIC ACID 5 URANIUM 231 USE NUCLEOTIDES 144 URANIUM 232 ♦ URIDINE ­US NATIONAL BUREAU 1,325 URANIUM 233 OF STAND. R USE NBSR ­US NAVAL POSTGRAO. 349 URAN!UM 2 34 SCHOOL AGNR USE AGN SERIES 16,102 USA 3,852 URANIUM 235 USE NORTH AMERICA 289 USAEC 233 UKANIUM 236 USE USA 20,47T USES 105 URANIUM 237 1,186 USSR 1,004 URANIUM USE EUROPE 23Θ 7 USTILAGO 82 URANIUM 239 USE CEREALS 12 URANIUM 240 ♦ FUNGI + PARASITES 267 URANIUM­ ALPHA USE ALLOTROPY 201 UTAH USE USA + URANIUM 598 UTERUS USE SEX 146 URANIUM-BETA USE ALLOTROPY + URANIUH t TISSUES UTR­KINKI USE RESEARCH REACTORS 87 URANIUM-GAMMA USE ALLOTROPY UTR­l USE RESEARCH REACTORS + URANIUH 1 UTR­10­I0WA USE RESEARCH REACTORS URANIUM-MlCROLITE USE MICROLITE UTR­IO­LDNOON USE CRITICAL ASSEMBLIES + KARE EARTHS UTR­10­VIRGINIA USE RESEARCH REACTORS + URANIUM MINERALS 4 UTR­100­SRRC USE RESEARCH REACTORS URANIUM OXIDES + UTRR USE RESEARCH REACTORS URA NIU Μ- Ρ YK OC HL ORE USE LEAD OX IDES 1 UVANITE USE URANIUM MINERALS NIOBIUM + OXIDES ♦ URANIUH OXIDES + RARE EARTHS «- VANADIUM OXIDES ♦ TANTALUM OXIDES 2 UVAR USE RESEARCH REACTORS + TITANIUM OXIDES 3 UVEA USE EYES ♦ URANIUM MINERALS ♦ TISSUES ♦ URAN IUM OXIOES 2 UVEITIS USE DISEASES -URANO-URANIC OXIDE USE U3U8 + EYES URANOCHALCITE USE CALCIUM SULFATES UWNR USE RESEARCH REACTORS ♦ COPPER SULFATES UWRR USE RESEARCH REACTORS «■ URANIUM MINERALS ­UZBEK WWR­C REACTOR USE WWR SERIES URANIUM SULFATES 922 U30B 3 URANOCIRCITE US«-E ARSENIC OXIOES 17 V CENTERS USE LATTICES ♦ URANIUM MINERALS ♦ VACANCIES + URANIUM OXIDES 108 V PARTICLES USE HYPERONS URANOLEPIDITE USE COPPER HYDROXIDES 45 V­Α INTERACTIONS USE INTERACTIONS URANIUH MINEKALS BO V­Α THEORY SEE BETA OECAY *> URANIUH OXIDES OR CVC THEORY 29 URANOPHANE USE CALCIUM * SILICATES OR WEAK INTERACTIONS *■ URANIUM MINERALS 1,552 VACANCIES SEE DEFECTS URANIUM SIL ICATES 35 VACCINATION 5 URANÜPILITE USE IMMUNITY US*E URANIUM MINERALS 92 VACCINES ♦■ SEE ANTIGENS URANIUM SULFATES OR IMMUNITY USE CALCIUM PHOSPHATES 19 VACCINIA VIRUSES USE VIRUSES URANÛSPATHITE URANIUM MINERALS 8,144 VACUUH ■*«> - URANIUM PHOSPHATES 64 VAGINA USE SEX USE BISMUTH UXIDES 3 URANOSPHERITE ♦ TISSUES UKANIUM MINERALS 4 VAGOTOMY USE NERVOUS SYSTEM *t­ URANIUM OXIDES ♦ SURGERY USE ARSENIC OXIOES 3 URANOSPINITE ♦ VAGUS CALC IUM OXIDES 10 VAGUS USE NERVES URANIUM *- MINERALS + NERVOUS SYSTEM «*■ - URANIUH OXIDES VAK USE REACTORS URANOTHALLITE USE CUPPER OXIOES VALENCE URANIUH «- MINERALS -VALENCE ELECTRONS USE ELECTRONS URANIUH OXIDES + VALENCE 14 URANCJTHORIANITE USE THORIUM «- OXIOES -VALENCY STATES USE VALENCE + URANIUM MINERALS VALENTIN1TE USE ANTIMONY OXIOES 13 URANUTHORITE USE THORIUM SIL ICATES ♦ MINERALS + URANIUM MINERALS VALERIC ACIO USE ORGANIC ACIDS + URANIUM SIL ICATES VALINE l UKANOTILE USE AMINO ACIOS USE CALC IUM SIL ICATES -VALLECITOS BOILING WATER R. OSE VBHR + URANIUM MINERALS -VALLECITOS SUPERHEAT R. ESAOA USE ESAOA-VESR + URANIUM SIL ICATES VALVES 2,516 URANYL COMPOUNDS VAN ALLEN BELTS -URANYL FLUORIOES USE RADIATION BELTS USE FLUORIDES -VAN ARKEL METHOD USt DE BOEft-VAN ARKEL PROCESS ♦ URANYL COMPOUNDS VAN OE GRAAFF ACCELERATORS 1»476 UKANYL NITKATES -VAN DER WAALS CONSTANT -URANYLNITRATEHEXAHYURATE USE VAN DER WAALS FORCES -VAN OER WAALS ENERGY USE VAN DER WAALS FORCES 630 UREA VAN DER WAALS FORCES 16 UKLASE USE COLLISIONS USE DECOMPOSITION ♦ DIPOLES + ENZYMES ♦ MULECULES * UREA -VAN DER WAALS INIERACIIUN 6 UREMIA USE VAN OER WAALS FORCES USE BLOOD -VAN MOVE FORMALISM USE VAN HOVE THEORY * OISEASES -VAN HUVE FUNCTION USE VAN HOVE THEORY * MONEYS -VAN MOVE SINGULARITIES USE VAN HOVE THEORY * UREA VAN HOVE THEORY 30 URETERS USE NEUTRONS USE TISSUES ♦ SLOWDOWN * URINARY TRACT VAN HOVE-HUGENHOLTZ THEORY 144 URETHANE USE MANY BOOY PROBLEM USE CARBAMATES «■ PERTURBATION THEORY * ETHYL RADICALS -VAN MOVE-PRIGOGINE THEORY USE PRIGOGINE THEOREM 9 URETHRA SEE KIDNEYS VAN T HOFF EQUATION USE GASES GR TISSUES + REACTION KINETICS OR URINARY TRACT UftEY-dRAULEY FIELDS » TEHPERATURE USE INTERACTIUNS VAN T HOFF LAW USE OSMOSIS + MOLECULES ♦ PRESSURE -UREY-DRAÜLEY FORCE USE UREY-BRAOLEY FIELDS -VAN VLECK EQUATION -UREY-bRAOLEY FORCE FIELUS USE VAN VLECK THEORY USE UREY-tJRAOLEY FIELDS -VAN VLECK FORMULA 49 UK I C ACID USE VAN VLECK THEORY USE HETEROCYCLICS VAN VLECK POTENTIAL USE NUCLEAR MODELS ♦· URGANIC ACIOS + NUCLEAR POTENTIAL *> PURINES 13 VAN VLECK THEORY 5 UHICASE USE PARAMAGNETISM USE ENZYMES ♦ QUANTUH MECHANICS +■ OXIUATIQN -VAN VLECK-WEISSKOPF FURHULA USE VAN VLECK THEORY * URIC ACID 70B VANADIUM 86

VANAOIUH ALL0Y-TV20 USE VANAOIUH ALLOYS 3 VETCH . SEE PLANTS 187 VANADIUM ALLOYS OR VEGETABLES 33 VANADIUM BORIDES 6 VETERINARY USt ANIMALS 5 VANAOIUH BROMIDES MEDICINE 90 VANAOIUH CARBIOES -VHF StE VERY HIGH FREQUENCY 4 VANAOIUH CARBONATES -VH T SEE ZENITH 43 VANADIUM CHLORIDES -VIBRATtUNAL BAND USE VIBRATIONAL STATE 58 VANADIUM COMPLEXES IBI VIBRATIONAL STATE USE ENERGY LEVELS 332 VANAOIUH COMPOUNDS ,544 VIBRATIONS 36 VANAOIUH FLUORIDES 1 VIBRIN USE POLYESTERS 20 VANAOIUH HYORIDES 146 VICIA USE PLANTS 29 VANAOIUM HYDROXIDES -VICIA FABA USE VICIA 14 VANADIUM IODIDES u VICKERS HARONESS USE HARDNESS 9 VANAOIUH ISOTOPES MATERIALS TESTING VANAOIUM NITRATES 2 VICTORIA VIULET US*E DYES 33 VANADIUM NITRIOES 16 VI DI CONS USE CAHERAS 678 VANADIUM OXIOES -VIET-NAHESE TRIGA MK II R. USE TRIGA SERIES 4 VANADIUM PHOSPHATES -VIET1NGH0FITE USE SAHARSKITE 3 VANAUIUH SILICATES -VIGIER PARTICLE THEORY USE VIGIER ROTATOR MODEL 12 VANAOIUH SULFATES VIGIER ROTATOR HODEL USE PARTICLE MODELS 7 VANAOIUH SULFIDES -VIGIER THEORY USE VIGIER ROTATOR MOOEL 17 VANADIUM 46 VINUFLEX USE PLASTICS 23 VANADIUM 47 VINYL ALCOHOL POLYMERS USE ALCOHOLS 78 VANADIUM 4B + POLYVINYLS 28 VANADIUM 49 VINYL RADICALS 37 VANADIUM 50 VINYLIDENE RAOICALS USE VINYL RADICALS 251 VANADIUM 51 VIOLANTHRONE USE ANTHRACENE 80 VANAOIUH 52 ♦ ARYL RAUICALS 7 VANAOIUH 5S VIRGINIA USE USA VANAOIUM 54 -VIRGINIA POLYTECH. INST. UTRIO USE UTR-10-VIRGINIA 7 VANADYL COMPOUNDS USE VANADIUH COMPOUNDS -VIRGINIA UNIVERSITY AGN-211 R.. USE AGN SERIES VANOENBRANDEITE USE COPPER HYDROXIOES VIRIAL COEFFICIENTS USE GASES 4- URANIUH MINERALS ♦ THERHOOYNAHICS ♦ URANIUM OXIOES 39 VIRIAL THEOREM USE PARTICLES 2 VANOENDRIESSCHEITE USE URANIUM HYOROXIDES ♦ STATISTICS ♦ URANIUM MINERALS 30 VIRTUAL STATES SEE ENERGY LEVELS VANDERB1LT USE REACTORS UR NUCLEAR HODELS 6 VANES SEE FINS UR PARTICLE HODELS VAPOR GENERATORS SEE HEAT EXCHANGERS 5 VIRULENCE SEE BACTERIA OR PRODUCTION OR VIRUSES OR VAPORS 727 VIRUSES OR VESSELS 2 VISCOSE SEE CELLULOSE 18 VAPOR QUALITY SEE STEAH QUALITY OR FIBERS OR VAPORS 781 VISCOSITY -VAPOR-LIQUIO HIXTURE SEE LIQUIDS 6 VIS1UN SEE EYES OR TWO-PHASE FLOW 94 VITAMIN A USE VITAMINS OR VAPORS 456 VITAMIN B GROUP USE VITAHINS -VAPORIZATION SEE BOILING 6 VITAMIN B-T USE VITAHINS OR EVAPUKATION 103 VITAMIN a-i USE VITAHINS OR SPUTTERING 200 VITAMIN B-12 USE VITAMINS 6,544 VAPORS 75 VITAMIN a-2 USE VITAMINS 10 VAPOTRON EFFECT USE HEAT TRANSFER 72 VITAMIN Ò-4 USE VITAMINS 322 VARIATIONAL HETHOO USE HATHEHATICS 32 VITAMIN B-5 USE VITAMINS -VARIATIONAL PRINCIPLE USE VARIATIONAL METHOD IÜO VITAMIN 6-6 USE VITAMINS 31,139 VARIATIONS 359 VITAMIN C USE VITAMINS 9 VAR I TRONS USE COSMIC RADIATION 74 VITAMIN 0 USE VITAMINS VARLEY MECHANISM USE DISLOCATIONS 19 VITAMIN D-2 USE VITAMINS + IONIC CRYSTALS 8 VITAMIN 0-3 USE VITAMINS ♦ RADIATION EFFECTS 50 VITAHIN E USE VITAHINS 3 VARNISHES SEE COATING 2 3 VITAHIN H USE VITAMINS 9 5 VASOCONSTRICTION SEE BLOOD CIRCULATION VITAMIN H-l USE VITAHINS OK BLOOD VESSELS 79 VITAMIN K USE VITAHINS -VASOPRESSIN USE ANTIDIURETIC HORMONE 8 VITAMIN K-l USE VITAMINS 4 VATERITE USE CALCIUH CARBONATES 88 VITAMIN Ρ USE VITAHINS ♦ HINERALS 137 VITAHIN PP USE VITAMINS -VAV1LDV-CHERENK0V EFFECT USE CHERENKUV RAOIATION B16 VITAMINS 143 VBWR USE RESEARCH REACTORS -VITELLIN USE LECITHINS -VECTOR COUPLING COEFFICIENTS USE CLEBSCH-GORDAN COEFFICIENTS 14 VITUN USE RUBBER 7,909 VECTORS 11 VITRIFICATION SEE GLASS 22 VEGAKO LAW USE LATTICES -VK-50 USE BN-50 ♦ SOLID SOLUTIUNS VKK USE REACTORS -VEGARD RULE USE VEGARO LAW -VLASUV EQUATION USE BÛLTZHANN-VLASOV EQUATION 982 VEGETABLES -VLASOV INSTABILITY USE BOLTZHANN-VLASOV EQUATION -VEGETATION SEE PLANTS 6 VUCAL CORDS USE LARYNX OR SPORES ♦ TISSUES 5 VEGETATIVE PROPAGATION SEE ENVIRONMENT 1 VOGLITE USE CALCIUH CARBONATES OR PLANTS ♦ COPPER CARBONATES OR REPRODUCTION ♦ URANIUH CARBONATES 13 VEHICLES SEE PROPULSION ♦ URANIUM MINERALS OR ROCKETS 93 VOID COEFFICIENT SEE BUBBLES OR SPACE VEHICLES OR REACTIVITY SEE BLOOD VESSELS OR ZCNC-S OR DEPOSITS 82 VOID FRACTION USE LIQUIOS 15,179 VELOCITY ♦ VAPORS 125 VENTILATION SEE AIR 139 VOIDS SEE BUBBLES OR AIR CONDITIONING OR OPENINGS OK CLEANING OR POROSITY OR DECONTAMINATION 1,565 VULATILITY OR GAS FLOW 287 VOLCAN I CS USE IGNEOUS ROCKS -VENTURI AT0H12ERS USE ATOMIZATION VOLGA SEE REACTORS + VENTURI TUBES 3 VOLITIONAL ACTIVITY SEE BEHAVIOR -VENTURI PIPES USE VENTURI TUBES -VOLTAGE USE ELECTRIC POTENTIAL -VENTURI THROAT USE VENTURI TUBES 9 VOLTAGE REGULATOR USE CONTROL SYSTEMS VENTURI TUBES USE FLOWHETERS ELECTRIC POTENTIAL + VELOCITY 1 VULTAIC CELLS BATTERIES SEE CRITICAL ASSEHBLIES ELECTROLYTIC CELLS OR PLANETS 275 VOLTAMETRY CURRENTS VEP-1 USE SYNCHROTRONS DETERMINATION VERA USE RESEARCH REACTORS ELECTROLYTIC CELLS VEROET CONSTANT USE FARADAY ROTATION -VOLTERRA EQUATIONS USE VOLTERRA INTEGRAL EQUATIONS VERMICULITE USE ALUHINUN SILICATES VOLTERRA INTEGRAL EQUATIONS USE INTEGRAL EQUATIONS *■ ION EXCHANGE HATERIALS 3T VOLTMETERS USE ELECTRIC METERS HINERALS 6,542 VOLUHE VERMILION US*E MERCURY SULFIOES 13 VOMITING SEE DISEASES + PIGMENTS DR RADIATION SICKNESS VERNIER CHRONOTRON USE CHRONOTRONS OR STOHACH -VERNIER TECHNIQUE USE VERNIER CHRONOTRON 10 VON ARDENNE ION SOURCE USE DEUTERIUH -VERSATILE EXPER. R. ASSEHBLY USE VERA ION SOURCES -VERSUCHSATOMKRAFTWERK KAHL USE VAK -VORONEZH POWER STATION USE WWER -VERSUCHSKERNKRAFTW. KARLSRUHE USE VKK 96 VORTEX FLOW USE TURBULENCE VERTEBRAE USE BONES VOSTOK SATELLITES USE SATELLITES VERTEBRATES USE ANIMALS -VPI-UTR-10 USE UTR-10-V1RG1NIA VERTEX FUNCTIONS USE MATHEMATICS 1 VSR USE REACTORS VERY HIGH FREQUENCY USE RADIO WAVES 21 VULCAIN USE REACTORS VESICANTS SEE SAL 102 VULCANIZATION USE RUBBER OR ORUGS 16 VULVA USE SEX -VESR USE ESAOA-VESR TISSUES VESSELS -VVER-210 USE WWER VESTIBULAR APPARATUS USE EARS 1 VVER-7 USE REACTORS ♦ NERVOUS SYSTEH 41 VYCOK USE REFRACTORIES + TISSUES -W-305 USE HEW-305 87

-WAGENINGEN EXPERIHENTAL USE BARN 12 weisseNeeRG ML τ MUD USfc CRYSTALS -WAGNER HODEL USE GELL-MANN THEORY » DIFFRACTION WAGNER THEORY' USE DIFFUSION * X RADIATION * HETALS -WEISSENBEKG PATTERNS USE WI.ISMNIIIHU HETHOO ♦ 0X10ATI0N -weiSSENBERG TECHNIQUE USE WEISStNBERG METHOD -WAGNER-HAUFFE THEORY USE WAGNER THEORY weiSSKUPF MODEL USE fcVAPURAFlUN MODEL -WAGNER-HEERHEIN REACTION USE WAGNER THEORY * NUCLEAR Minili 5 12 WALKER CARCINOMA USE CANCER 30 WEIZSAECKER FORMULA USE BINDING ENERGY 1 WALPURGITE USE ARSENIC OXIDES * LNU1D DROP MODEL * BISHUTH OXIOES * MASS ♦ URANIUM MINERALS » NUCLEAR MODELS ♦ URANIUM OXIDES -WEIZSAECKER-FERHI FORMULA USE WEIZSAECKER FURMULA -WALTER REED ARMY INST. USt L-54 WALTER REED 2,547 WELOING WAHPUH-COOE USE PROGRAMMING 1,139 WELDS WANDA-CODE USE DIFFUSION 552 WELL LUGGING » NEUTRON FLUX -WELTUN METHOD USe FEYNMAN Ml THUD ♦ PROGRAHHING WENTZEL MODEL U5E FIELD THEORY 6 WANNIER FUNCTION USE CRYSTALS * HAMM IONIAN FUNCTION *■ EIGENFUNCT10NS ♦ INTERACTIUNS ♦ MOMENTUM * MESONS HARBURG APPARATUS USE LABORATORY EQUIPMENT » NUCLEONS WARD IDENTITY USE GAUGE INVARIANCE ♦ QUANTUM MECHANICS » QUANTUH ELECTRODYNAHICS -WENTZEL PAIR MODEL USE WENTZEL MODEL -MARD-TAKAHASHI IDENTITY USE WARD IDENTITY -WENTZEL-KRAHERS-BRILLOUIN APPK USE WKB APPROXIMATION WARTS USE DISEASES -WEST PAKISTAN PLANT USE HWft-132 * SKIN -WEST VIRGINIA AGN-211 R. USE AGN SERIES * VIRUSES -WESTCOTT CONVENTION USE WESTCOTT CROSS SECTIONS 1,301 WASHINGTON USE USA -WESTCOTT CÜRKELATIUN USE WESTCOTT CROSS SECTIONS -WASHINGTON AGN-201 R. USE AGN SERIES WESTCOTT CROSS SECT1UNS USE CRUSS SM.I IUNS 975 WASHINGTON OC USE USA * THERMAL NEUTRONS WASHINGTON REACTOR USE REACTORS -WESTCOTT FACTORS USfc WESTCUTT CROSS SECTIONS -WASHINGTON STATE COLLEGE R. USE RSCW -WESTCOTT FLUX USfc WESTCOTT CRUSS SECTIONS -WASHINGTON STATE R. USE WASHINGTON -WESTCOTT NOMENCLATURE USE WESTCOTT CROSS SECTIONS -WASHINGTON STATE UNIV. RES. USE RSCW -WESTCUTT PARAMETER USE WESTCDU CROSS SECTIONS -WASHINGTON UNIV. EDUCATOR R USE EDUCATOR UWASH -WESTCOTT 5PECTRA USE WESTCUTT CROSS SECTIONS WASHOUT SEE CLEANING -WESTERN NEW YORK RES. CENT. USE BUFFALO REACTOR OR OECONTAH[NATION -WESTINGHOUSE TEST. R. CRIT. USE CES 20 WASPALOY USE ALUMINUM ALLOYS -WESTINGHOUSE TESTING R USE WTR * CHROHIUH ALLOYS -WETNESS USE HUMIDITY * COBALT ALLOYS WETTABILITY USE AOSORPTION ♦ MOLYBDENUM ALLOYS WETTING AGENTS SEE ADHESION * NICKEL ALLOYS OR IMPREGNATION ♦ TITANIUM ALLOYS UR SURFACE TENSION 47 WASPS USE INSECTS -WHALE USS REACTOR use S5W seRies 2,916 WASTE OISPOSAL WHALES USE MAMMALS 1,538 WASTE PROCESSING WHEAT USE CEREALS 1,899 WASTE SOLUTIONS WHEATSTONe BRIDGE USE IMPEDANCE 9 WASTES SEE RESIDUES ♦ INSTRUMENTS OR WASTE SOLUTIONS WHISKeRS SEE ELECTRODES WATCH-TOWER-CODE USE PROGRAMMING WHISILEHS USE BACKGROUND 27,369 WATER * IDNUSPHERe -WATER BOILER NEUTRON SOURCE 53 USE WBNS * RADIO WAVES -WATER BOILER NEUTRON SOURCE 56 USE AE-6 WHITE COPPER USE CUPPER ALLOYS 6,676 WATER COOLANT ♦ NICKEL ALLUYS 3,877 WATER MODERATOR * ZINC ALLOYS -WATER SOLUTIONS USE SOLUTIONS will 11 DWARFS USE STARS WATER -WHITE MATTER USE BRAIN WATER TANK USE RESEARCH REACTORS » CYTOLOGY WATERFALL USE RESEARCH REACTORS ♦ TISSUES 4 WATERFOWL USE BIRDS -WHITE SANDS FAST BURST REACTOR USE FBRΓ 6 WATSON LEMHA USE HATHEHATICS -WHITESHELL R. 1 USE MR-1 -WATSON METHOD USE SOMHERFELD-WATSON THEORY WHITIAKEK FUNCTIONS USE DIFFERENTIAL EQUATIUNS -WATSON THEORY USE SDMMERFELD-WATSDN THEORY 3b WHOLE-BODY COUNTING USE BODY -WATT DISTRIBUTION USE WATT FISSION SPECTRUM » RADIATION DETECTORS -WATT FISSION SOURCE USE MATT FISSION SPECTRUM 113 WH0LE-I10DY IRRADIATION USE BODY WATT FISSION SPECTRUM USE PROMPT NEUTRONS ♦ IRRADIATION SPECTRA WHOOPING COUGH USE INFECTIONS f THERMAL FISSION WICK METHOD USE NEUTHUNS -HAVE MECHANICS USE QUANTUM HECHANICS » SLOWDOWN 16 WAVE PACKETS SEE ELECTROMAGNETIC WAVES 12 WICK THLOHEM USE FIELO THEORY 395 WAVE PROPAGATION SEE ABSORPTION ♦ MANY BODY PROBLEM OR DAMPING • PERTUKBATIUN THEORY OR DIFFUSION 14 WICK-CHANURASEKHAR MLIHUU USE NEUTRONS OR MOTION * TRAN5P0RT THEORY 638 WAVEGUIDES USE CIRCUITS 5 WICK-JACOB THeURY USE I IM (J THEORY 1­ MICROWAVES » HEL ICITY -WAVELENGTH USE FREQUENCY 12 WIDHANSTAETTeN STRUCTURE USF METALLOGRAPHY WAVELLITE USE ALUMINUM PHOSPHATES 978 WIDTH Si I L IFETIHE * MINERALS 17 WIEDfcMANN-FHANZ LAW USE ELECTRIC CONDUCTIVITY ELECTROMAGNETIC WAVES # THERMAL CUNDUCTIVITV MICROWAVES -WieOfcMANN-FHANZ RATIO USE WILDEHANN-FRANZ LAW PARTIAL WAVES -WIEOEMANN-FRANZ RELAIlON USE WIEDEMANN-FRANZ LAN PLASMA WAVES -W[fcUEHANN-FRAN/-LOReNZ RELATIU USE WIEDEMANN-FRANZ LAW RADAR WlEDMANNSTAfcTTEN STRUCTURE USE METALLOGRAPHY RADIO WAVES WIELANDT METHOD USE EICeNVALUES SHEAR WAVES * REACTORS SHOCK WAVES -WIEN DISPLACEMENT LAW USe WIEN LAWS 5 WIEN EFFECT USE ELECTRIC CONDUCTIVITY I HAXCO PROCESS ORE PROCESSING SOLVENT EXTRACTION ♦ ELECTRIC FIELDS * ELECTROLYTES 15 WAXES SEE AROMAM CS USE SPECTRA OR ESTERS ♦ TEMPERATURE OR PARAFFIN ♦ THERMAL RADIATION -HAY-HIGNER OECAY CURVE USE WAY-WIGNER FORMULA -WltN RADIATION LAW USE WIEN LAWS WAY-WIGNER FORMULA USfc BETA DECAY * FISSION PRODUCTS WHNH' INTEGRALS USE FUNCTIONALS * INTEGRALS -WAY-MIGNER PLOTS USE WAY-WIGNER FORMULA WlCNER-HOPF MCTHUO USE INTEGRAL EQUATIONS 7 HBN5 USE RESEARCH REACTORS -WlGHTMAN CONSTRUCTION USE WlGHTMAN FIELO THEURY WEAK EXPLOSION-CODE USE PRUGRAHHING WIGHTMAN I IIMJ TlieURV USE I III U THEORY 1.563 WEAK INTERACTIONS USE INTERACTIONS ♦ QUANTUM MECHANICS 755 WEAR -WlGHTMAN FIELDS USE WlGHTMAN FIELD THEORY 2 WEATHER USE METEOROLOGY -WlGHTMAN FORMULATION USE WlGHTMAN FIELD THEORY 5 WEBER NUMBER USE FLUID FLOW -WlGHTMAN FUNCTIONS USE WlGHTMAN MUU THEORY ♦ SURFACE TENSIUN USE PROGRAHHING USE PLANTS WlGLE-CODE WEEDS SEE BREIT-WIGNER FORMULA USE POTASSIUM SILICATES -WIGNER WFEKSITE UR WIGNER DISTRIBUTION ♦ URANIUM MINERALS OR WIGNER FORCE ♦ URANIUM SILICATES OR WlGNffl SCATTERING WEIGHT OR WfGNEP THFURY USE NEUTRINUS WEIL EQUATION OR WIGNER-EISENBUU THEORY ♦ QUANTUM MECHANICS OR WIGNER-SEITZ METHUO ♦ SPINUR OR WIGNER-WILKINS MOOEL USE WEIL EQUATIUN -WEIL-LEE-YANG THEORY -WIGNER COEFFICIENTS USE CLEBSCM-GORUAN COEFFICIENTS USE CURIE-WEISS LAW -WEISS CONSTANT -WIGNER CUSP USE WIGNER SCATTERING USE WEISS THEURY -WEISS FIELD -wlGMk DISTORTION USE WIGNER EFFECT USE WEISS THEORY -WEISS FIELD THEORY WIGNLR DISTRIBUTION USE U/UANTUH HECHANICS -WEISS REGION USE WEISS THfcORY » STATISTICS USE FEPRUMAGNETIC MATERIALS WEISS THEORY * THERMODYNAMICS ♦ MAGNETIC MUMfcNTS -WIGNER DISTRIBUTION FUNCTIUN USE WIGNER DISTRIBUTION -WEISS-CURIE CONSTANT USE CURIE-WEISS LAW -WEISSENBERG CAMERA USE WEISSfcNdFRG METHOD 88

140 WIGNER EFFECT USE GRAPHITE 2 UWE R USE REACTURS ♦ IRRADIATION wWER­ I USE REACTORS ♦ NEUTRONS 1 WWPR USE REACTORS -WIGNER ENERGY USE WIGNER EFFECT 83 WWR SERIES SEE REACTORS -WIGNER ENERGY RELEASE USE WIGNER EFFECT OR RESEARCH REACTORS -WIGNER ENERGY STORAGE USE WIGNER EFFECT ­WWR­C RESEARCH REACTOR USE WWR SERIES 21 WIGNER FORCE USE INTERACTIUNS ­WWR­C ­BUCHAREST USE WWR SERIES ♦ NUCLEAR FORCES ­WWR­C ­BUDAPEST USE WWR SERIES ♦ NUCLEONS ­WWR­C ­CAIRO USE WWR SERIES -WIGNER METHOD USE PEIERLS HETHOO ­WWR­C ­HOSCOW USE WWR SERIES WIGNER SCATTERING USE SCATTERING ­WWR­C ­PRAGUE USE WWR SERIES -WIGNER SCATTERING MATRIX USE WIGNER SCATTERING ­WWR­C ­TASHKENT USE WWR SERIES WIGNER THEORY USE GROUP THEORY ­WWR­C ­WARSAW USE WWR SERIES ♦ QUANTUM MECHANICS ­WWR­M ­KIEV USE WWR SERIES -WIGNER-EISENBUD FORMULA USE WIGNER-EISENBUD THEORY ­WWR­M ­LENINGRAD USE WWR SERIES -WIGNER-EISENBUO METHOD USE PEIERLS METHOD ­WWR­S USE WWR SÉRIES WIGNER-EISENBUD THEORY USE DISPERSION RELATIONS ­WWR­S ROSSENDORF USE WWR SERIES + SPIN ­WHR­Z USE WWR SERIES -WIGNER-FANO THEORY USE FANO TEN50R ­WWR­2 USE WWR SERIES WlGNER-SEITZ METHOD USE ENERGY LEVELS 1 WYARTITE USE URANIUM CARBONATES + HETALS ♦ URANIUM MINERALS -WIGNER-TEICHMANN THEORY USE WIGNER-EISENBUD THEORY 5 WYLFA ­Al USE REACTORS WIGNER-HILKINS MODEL OSE HYDROGEN 3 WYLFA ■A2 USE REACTORS + NEUTRONS 122 WYUMING USE USA + SLOWDOWN 42 X AGENT SEE COSMIC RADIATION USE CALCIUM OXIOES 5 X CHROMOSOME USE CHROMOSOMES ♦ NIOBIUH OXIDES «­ SEX + URANIUH MINERALS ,562 X RADIATION t URANIUM OXIOES 6 X­RAY SOURCES USE RADIATION SOURCES WILAG-CDOE USE PROGRAMMING ♦ X RADIATION WILCAL-COOE USE PROGRAMMING ­X­10 USE OGR WILKINS EQUATION USE EQUATIONS 37 XANTHATES USE ORGANIC SULFUR COMPOUNDS + MODERATORS 20 XANTHINES USE DIURETICS + NEUTRUN FLUX + DRUGS ♦ RARE GASES ·■ PURINES + SLOWDOWN 9 XANTHIUM USE PLANTS -WILKINSON HODEL USE WILKINSON THEORY 3 XANTHUSINE USE RIBOSIDES 2 WILKINSON THEORY USE PHOTOELECTRIC EFFECT + XANTHINES + SHELL MODELS ,944 XENON 4 WILLEHITE USE MINERALS XENON BORIDES ♦ ZINC SILICATES I XENON BROMIDES 48 WILLIAHS-WEIZSAECKER METHOD USE CHARGED PARTICLES XENON CARBIOES + INTERACTIONS XENON CARBONATES ♦ NUCLEI 6 XENON CHLORIDES *> PHOTONS 6 XENON COMPLEXES -WILLIAHS-WE1ZSAECKER THEORY USE WILLIAMS-WEIZSAECKER METHOD 45 XENUN COHPOUNOS -WILMS TUMOR USE NEPHRUBLASTOMAS 191 XENON FLUORIDES -WILSON CHAMBER USE CLUUO CHAMBERS 1 XENON HYORIDES -WILSON CLOUD CHAMBER USE CLOUD CHAHBERS 2 XENON HYDROXIOES 41 WILZBACH METHOD USE LABELLED COHPOUNDS XENON IODIDES 687 WIND 96 XENON ISOTOPES 151 WIND TUNNEL USE AERODYNAMICS XENON NITRATES tll5 WINDOWS XENON NITRIDES -WINDSCALE PILE 1 USE BPP­1 72 XENON OXIDES -WINOSCALE PILE 2 USE BPP­2 1 XENON PHOSPHATES -WINDSCALE PRODUCTION PILE 1 USE BPP­1 1 XENON SILICATES -WINDSCALE PRODUCTION PILE 2 USE BPP­2 XENON SULFATES 11 WINE USE FOOD XENON SULFIDES WINKLER HETHOD USE DECOMPOSITION XENON 120 ♦ OXYGEN 6 XENUN 121 »■ WATER 8 XENUN 122 WINLO PROCESS USE CHEMICAL REACTIONS 5 XENON 123 SOLVENT EXTRACTION 24 XENON 124 , URANIUM FLUORIDES 32 XENUN 125 ,980 WIRES * 22 XENUN 126 -WISAKSONITE USE URANOTHORITE 23 XENON 127 14 WISCONSIN USE USA 30 XENON 128 14 WITWATERSRAND USE SOUTH AFRICA 105 XENON 129 160 MKB APPROXIMATIUN USE QUANTUM MECHANICS 28 XENON 130 ♦ SCATTERING 123 XENON 131 4 WMA USE REACTORS 48 XENON 132 1 WNYR USE RESEARCH REACTORS 298 XENON 133 1 WOELSENDORFITE USE LEAD SILICATES 29 XENON 134 URANIUH HINERALS 207 XENON 135 .t URANIUM SILICATES 48 XENON 136 -WOLFENSTEIN MATRIX USE WOLFENSTEIN PARAHETERS 32 XENON 137 WOLFENSTEIN PARAMETERS USE ELASTIC SCATTERING 37 XENUN 138 INVARIANCE PRINCIPLE 26 XENUN 139 ,+ NUCLEONS 18 XENON 140 + POLARIZATION 15 XENUN 141 ♦ QUANTUH HECHANICS 6 XENUN 142 ♦ S­MATRIX 7 XENON 143 -WOLFRAM USE TUNGSTEN 5 XENON 144 7 WOLFRAMITE USE IRON OXIDES ­XENOPUS USE TOADS MINERALS 16 XENOTIME USE MINERALS . TUNGSTEN OXIOES + YTTRIUM PHOSPHATES 3 WOLLASTONITE US*E CALCIUM SILICATES 396 XI PARTICLES f MINERALS XI*RESONANCES USE HYPERONS 3 WOMEN USE HAN ♦ RESONANCE SEX 46 Xl­MINUS USE XI PARTICLES 417 WOOD • 23 XI­NEUTRAL USE XI PARTICLES XI­PLUS USE XI PARTICLES 8 WOOD-METAL USE BISHUTH ALLOYS + CADMIUM ALLOYS XKINEQ­CODE USE PROGRAMMING ♦ LEAD ALLOYS XTREME ­CODE USE PROGRAMMING + TIN ALLOYS 345 XYLENE -WOODROW WILSON SUBHARINE USE S5H SERIES 6 XYLENE ­PARA USE ISOMERS WOODS-SAXON POTENTIAL USE OPTICAL HODEL ♦ XYLENE WOOL SEE ANIMALS 82 XYLENOL ORANGE SEE DYES OR FIBERS 25 XYLUSE USE SUGARS OR TEXTILES +■ WOOD -WORCESTER OPEN POOL TR. RES. USE WPIR 340 Y*RESONANCES SEE HYPERUNS -WORCESTER POLYT. INST. R. USE WPIR UR RESONANCE WORK FUNCTIONS SEE IONIZATION OR Y1*RES0NANCES OR THERMIONICS Y-ZERO*RESONANCES USE HYPERDNS OR THERHOOYNAHICS +■ RESONANCE -WORONESCH USE WWER 37 Yv-12 USE OAK RIDGE NATIONAL LABORATORY WOUNDS SEE RAOIATION INJURIES 294 YAEC USE REACTORS WPIR USE RESEAkCH REACTORS -YAMAGUCHI NCNLOCAL POTENTIAL USE YAMAGUCHI POTENTIAL WR-1 USE RESEARCH REACTORS YAHAGUCH1 POTENTIAL USE INTERACTIONS -WRRR USE L­54 WALTER REEU + NUCLEONS WSMR USJ* REACTORS -YAMAGUCHI THEORY USE YAMAGUCHI POTENTIAL WSUR USE RESEARCH REACTORS YAMAGUTILITE USE MINERALS -WTHR USE TRIGA SERIES ♦ THORIUM PHOSPHATES WTR USE REACTORS *■ THORIUM SILICATES WUESTITE USE IRON OXIDES YANG THEOREH USE ANGULAR DISTRIBUTION WULFENITE USt LEAO OXIOES ♦ NUCLEAR REACTIONS f MINERALS YANG-FELDMAN FORMALISM USE FIELD THEORY ♦ MOLYBDENUM OXIDES ♦ QUANTUM MECHANICS -WURENLINGEN REACTOR USE SAPHIR ♦ S-MATRIX 17 WURT2ITE USE MINERALS -YANG-LEE DISTRIBUTION USE LEE-YANG THEORY t ZINC SULFIOES -YANG-MILLS FIELD USE YANG-MILLS THEORY 89

15 YANG-HILLS THEORY USE FIELD THEORY YUGOSLAVIA USE EURUPE ♦ GAUGE INVARIANCE ­YUGOSLAVIA HEAVY WATER R. USE R­A ♦ ISOSPIN ­YUGOSLAVIAN TRIGA II R. USE TRIGA SERIES ♦ QUANTUM MECHANICS YUKAWA COUPLING USE BARYONS ♦ SYMMETRY ♦ COUPLING -YANG-TIOMNO THEORY USE LEE-YANG THEORY ♦ FIELD THEORY -YANKEE USE YAEC » HE SUNS -YANKEE ATOH. ELECTRIC PLANI USE YAEC -YUKAWA INTERACTIUN USE YUKAWA COUPLING -YANKEE NUCL. POWER STAT1UN USE YAEC YUKAwA NONLOCAL iML­ilKY USE FIELD THEORY YARNS USE FIBERS » QUANTUM HECHANICS » TEXTILES 240 YUKAWA POTENTIAL USE FIELD THEORY 927 YEASTS ♦ NUCLEUN­NUCLEON POTENTIAL -YI ELO SEE EFFICIENCY ­YVON APPHUX IHAT1DN USE YVON METHOD OR PRODUCTION YVUN METHUO USE NEUTRUNS 5 YIELD STRENGTH USE TENSILt PROPERTIES ♦ TRANSPURT THeORY 1 YOGI-N-CODE USE PROGRAHHING ­YVON MUDIFICATIUN USe YVUN METHOD 11 YOLK USE EGGS Yl*RESUNANCeS USE HYI'FRONS 2 YOLK SAC SEE EGGS ♦ RESONANCE UR EMBRYOS 3 ZACHARIASEN MUDLL USE FEYNHAN DIAGRAM YORK-CODE USE PROGRAMMING ♦ FIELD THEORY -YOSHIDA ASCITES USE YUSHIUA SARCOMA ZADOC­CQDt USE PRUGRAHHING 22 YOSHIOA SARCOMA USE TUMORS ¿AMAK USE ALUMINUM ALLOYS YOUNG DIAGRAM USE GROUP THEORY ♦ MANGANESE ALLUYS 146 YOUNG MOOULUS USE STRESSES f ZINC ALLUYS ♦ TENSILE PROPERTIES 1 ¿AMBIA USe AFRICA 473 YTTERBIUM 2 ZAP­COOe USF PROGRAMMING 67 YTTERBIUM ALLOYS ­ZEA USE ZENITH 15 YTTERBIUM BORIDES 2tì ZeA MAYS USE Lt REALS 7 YTTERBIUM BROMIDES 17 ZEBRA ML ANIMALS 10 YTTERBIUM CARBIOES OR RESEARCH REACTORS 7 YTTERBIUM CARBONATES 14 zeo-2 USE RESEARCH REACTORS 53 YTTERBIUM CHLORIDES ­ZEEMAN COMPONENTS USF ZEEMAN EFFECT 47 YTTERBIUM COHPLEXES 333 ZEEMAN EFFECT USE MAGNETIC Fl I 1 DS 139 YTTERBIUM COHPOUNDS ♦ SPECTRA 19 YTTERBIUM FLUORIDES ­ZEEMAN INTERACTIUN USe ZECMAN EFFECT 14 YTTERBIUM HYDRIDES ­ZEEMAN M00ULAT1UN USE ZEEMAN EFFECT S YTTERBIUM HYDROXIDES ­ZttHAN RESUNANCe use zeeMAN BFFFCT 2 YTTERBIUM IODIDES ­ZEEMAN SPECTRUM USe ZEEMAN fcFFECT 24 YTTERBIUM ISOTOPES ­ZELHAN TRANSITION USE ZFEMAN EFFECT 14 YTTERBIUH NITRATES 36 ZEEP USfc RESEARCH REACTURS 3 YTTERBIUM NITRIOES 4 ZEMACH­GLAUBCR FORMALISM USt MOLECULES 132 YTTERBIUH OXIDES ► SCATTPR1NG 4 YTTERBIUH PHOSPHATES ♦ THEHHAL NEUTRONS 7 YTTERBIUH SILICATES ­ZEMACH­GLAUBtH THEORY USb ZdMACH­GLAUBER FURMALISM 12 YTTER8IUM SULFATES ZEMRLEN THEOREM USE SHUCK WAVES 9 YTTERBIUH SULFIDES ­ZcMPLcN THEORY USE ZEMPLFN THFOReM 13 YTTERBIUM 164 I ZENtrt U1FFUSIUN MUUEL USL DIFFUSION 4 YTTERBIUM 165 ♦ SUL IOS 26 YTTERBIUM 166 20 ZfNER OlUue USE SEMICUNDUCTORS 15 YTTERBIUM 167 ♦ TOWNSEND DISCHARGE 16 YTTERBIUM 168 ­ZeNER MUDeL USe ZENLH DIFFUSION HJUeL 67 YTTERBIUM 169 ­ZENfcR RELAXATION USe /INI I* DIFFUSIUN MODEL 65 YTTERBIUM 170 ­ZENfcK THEURY USC ZCNtH DIFFUSION MJUCL 28 YTTERBIUM 171 ­ZENLK VCLTAGE USL ZENLH DIDDE 38 YTTERBIUM 172 ­ZtNtR­HQLLOMAN EOUATIUN USE ZENER OIFFUSIUN Minili 52 YTTERBIUM 173 -Il M M­MUI Ι (ιΜΛΝ PARAHeltH USL ZCNtH DIFFUSION MODEL 38 YTTERBIUM 174 ¿0 ZENITH SEL RESEARCH HEACTURS 40 YTTERBIUM 175 141 ZEOLITES USE KIN EXCHANGE MATERIALS 25 YTTERBIUM 176 ♦ HINFHALS 28 YTTERBIUM 177 24 ZEPHYR USI­ RFACTURS 1 YTTERBIUH 178 USE HEACTURS -YITERITE USE TENGER ITE USE HESFAHCH HEACIURS 1 YTTRIALITE USE THAL EN ITE 9 ΖΕκΙΙΝΑ USE RESEARCH REACTURS THORIUM OXIDES ­zeno ENERGY ASS. LAITICt IESI USE ZFRLINA 1,243 YTTRIUM ­ZERU ENERGY UREEUeR R. AiS. USE Ζ FÜRA 458 YTTRIUM ALLOYS ­ZERO tNeflGY tiXPERIMfcNIAL PILE USE ZEEP 16 YTTRIUM BORIOES ­ZERO fcNEHGY FAST R. USL ZEPHYR 10 YTTRIUM BROMIDES ­ZERU ENERuY Ν HfcATEU 1 nl MM. R USt ZENITH 31 YTTRIUM CARBIDES ­ZERU t HE ROY Nfcw ASSEMUL. TtST USt ZERL INA 10 YTTRIUM CARBONATES ­ZERÜ ENCRoY R. NEPTUNE USt NEPTUNE 98 YTTRIUM CHLORIOES ­zeRu ENERGY RES. R. SWEDEN USt FH­0 104 YTTRIUH COHPLEXES ­ZfcRÜ ENtHGY THERMAL k. USE ZFIR 26« YTTRIUM COMPOUNDS ­ZERO ENeRuY URANIUM SYSILM USt ZEUS 93 YTTRIUM FLUORIDES ­ZERU l'Urti. 1' PLUTUNIUH R. USt ZPPR 57 YTTRIUH HYDRIDES ­ZERCI PUwEH RfcACTUR Ü USe ZPR­5 22 YTTRIUM HYDROXIOES If ZERO ­RANGE APPRUXIMA1 IUN USe REACTION KINETICS 12 YTTRIUM IUDIUES ­ZES use ZENITH 55 YTTRIUM ISOTOPES 2tt /EIA UEVICE USt PINCH 32 YTTRIUM NITRATES ♦ THeRMUNUCLEAR DEVICES 16 YTTRIUM NITRIDES 35 ZtTA HFSUNANCES USfc RESUNANCE 517 YTTRIUM OXIOES 1 ZETR USF REACTL'RS 44 YTTRIUM PHOSPHATES ­zeTR ­2 USE HAZEL USE TOAD 22 YTTRIUH SILICATES ­ZEIR -i USE ARSENIC OXIDES 21 YTTRIUH SULFATES 11 ZEUNERITE 17 YTTRIUH SULFIDES ♦ CUPPER UXIDES 6 YTTRIUM B2 ♦ UHANIUM MINeRALS 7 YTTRIUM 83 ♦ URANIUM OXIDES 17 USE REACTURS 5 YTTRIUM 84 ZEUS 12 YTTRIUH 85 64 ¿GS ICCELeRATOR USE SYNCHROTRONS ZIEGLER CATALYST USE CATALYSIS 11 YTTKIUH B6 7 31 YTTRIUM 87 2,018 ZINC ZINC ALLUYS 94 YTTRIUM 88 1,509 ZINC BORIUfcS 137 YTTRIUM 89 2 38 ZINC »RDMiues 1,072 YTTRIUM 90 ZINC CARBIDES 285 YTTRIUH 91 5 18 ZINC CARbUNATeS 20 YTTRIUM 92 177 ZINC CHLURIOES 20 YTTRIUH 93 113 ZINC CUHPLCXES 14 YTTRIUH 94 357 ZINC CUHPOUNDS 7 YTTRIUH 95 35 ¿INC FLUORIDES 1 YTTRIUM 96 4 11 NC HYDRIDES 2 YTTRIUM 97 13 ZINC HYOROXIDES -YTTROCERITE USE CERFLUORITE b ZINC I UDI OES YTTROCRASITE USE RARE EARTHS » THORIUH OXIDES 66 ZINC isoTOPes ♦ TITANIUM OXIDES Vi ZINC NlIHATeS ♦ TUNGSTEN OXIOES 5 ZINC NITRIDES ♦ URANIUM MINERALS 332 ZINC oxioes f URANIUM OXIOES 14 ZINC PHOSPHATES 33 ZINC SILICATES -YTTRONIOBITE USE SAMARSKITE 57 ZINC SULFATeS 3 YTTROÎANTALITE USE NIOBIUM OXIOES SULFIDES ♦ RARE EARTHS 365 ZINC ♦ TANTALUM OXIOES 5 ZINC 60 ZINC 61 ♦ URANIUM MINERALS ι 17 ZINC 62 YTTROTITANITE USE RARE EARTHS 35 ZINC 63 ♦ Τ1ΓΑΝΙΤΕ 159 ZINC 64 YTTROTUNGSTITE USE MINERALS 664 ZINC 65 ♦ RARE fcARTHS 78 ZINC 66 ♦ THORIUH OXIDES 75 ZINC 67 ♦ TUNGSTEN OXIDES 100 ZINC ttti ♦ WATER 54 ZINC 69 ♦ ZIRCONIUM OXIDES 90

28 ZINC 70 ZIRCONIUM-BETA USE ALLOTROPY 12 ZINC 71 ♦ ZIRCONIUM 15 ZINC 72 ZIRCONYL COMPOUNDS USE ZIRCONIUM COMPOUNDS 1 ZINCITE USE HINERALS ZIRFLEX PROCESS USE REPROCESSING • ZINC OXIDES ZIRKELITE USE THORIUM OXIOES 3 ZIPPEITE USE URANIUH HINERALS + TITANIUM OXIDES • URANIUH SULFATES ♦ URANIUM MINERALS 2,899 ZIRCALOY ♦ URANIUH OXIDES 27 ZIRCEX PROCESS USE REPROCESSING ZIRCONIUM OXIOES 109 ZIRCÜN USE MINERALS ZITTERBEWEGUNG US*E ELECTRONS • ZIRCONIUM SILICATES t OSCILLATIONS 5,911 ZIRCONIUM QUANTUM HECHANICS 4,201 ZIRCUNIUH ALLOYS -ZOE REACTOR US,E EL-1 268 ZIRCONIUM BORIDES -ZONE HELTING USt ZONE REFINING 27 ZIRCONIUM BROHIDES ZONE REFINING USE REFINING 507 ZIRCUNIUH CARBIOES ♦ ZONES 6 ZIRCONIUM CARBONATES ZONES 345 ZIRCONIUM CHLORIDES ZOOH-CODE USE PRDGRAMHING 314 ZIRCONIUM COHPLEXES ZORITA USE REACTURS 664 ZIRCONIUM COMPOUNDS -ZORITA DE LOS CANES STATION USE ZORITA 434 ZIRCONIUM FLUORIOES ZPPR USE REACTORS 545 ZIRCONIUM HYDRIOES ZPR-I USE CRITICAL ASSEMBLIES 57 ZIRCONIUM HYDROXIDES ZPR-3 USE RESEARCH REACTORS UI ZIRCONIUM IODIDES -ZPR-4 USE ATSK 68 ZIRCONIUM ISOTOPES ZPR-5 USE RESEARCH REACTORS 85 ZIRCONIUM NITRATES ZPR-6 USE REACTORS 169 ZIRCONIUM NITRIDES ZPR-7 USE REACTORS 1,881 ZIRCONIUM OXIOES ZPR-9 USE REACTORS 162 ZIRCONIUM PHOSPHATES ZRA 1 USE COHPUTERS 397 ZIRCONIUM SILICATES DIGITAL SYSTEHS 12 ZIRCONIUM SPONGE USE ZIRCONIUM ZUSE Z-23 US*E COMPUTERS 52 ZIRCONIUM SULFATES DIGITAL SYSTEMS 13 ZIRCONI UH SULFIDES ZUT-CODE US»E PROGRAHHING 2 ZIRCONIUM 80 ZYLONITE USE CELLULOID ZIRCONIUM Bl ZYMOSAN USt CARBOHYDRATES ZIRCONIUM 82 D5R-C0DE USE PROGRAHHING ZIRCONIUM 83 -1-METHYL-4I5PHENYL- Z-0XAZ0LYL1 USE HPTS ZIRCONIUM 84 -l-PHENYL-3 ISOHEXYENYL-1 PHUSP USE PPCPO 1 ZIRCONIUM 85 -1,4-01-215-PHENYOXAZOLYL1 BENZE USE POPOP 5 ZIRCONIUM 86 14-0-C0DE USE PROGRAMHING 8 ZIRCONIUM 87 18-O-CODE USE PROGRAHMING 7 ZIRCONIUM SB -2-IP-ACETYLPHENYLI- ETHYLDIHETH USE PESB 48 ZIRCONIUM 89 -2,3-DIHERCAPTO-1-PROPANOL USE BAL 221 ZIRCONIUM 90 23-O-CODE USE PROGRAHHING 82 ZIRCONIUM 91 27 DAY VARIATION USE RADIATIONS 89 ZIRCONIUM 92 + SUN 24 ZIRCONIUM 93 + VARIATIONS 69 ZIRCONIUM 94 -3,4-0IHY0R0XYPHENYLALANI.'«l USE DOPA 622 ZIRCONIUM 95 431-COUE USE PROGRAHMING 53 ZIRCONIUM 96 -5-HYORDXYTRYPTAMINE USE SEROTONIN 33 ZIRCONIUM 97 5-NUCLE0TI0ASE USE ENZYMES 1 ZIRCONIUM 98 -600000 KW POWER REACTOR USE SIBERIAN 2 ZIRCONIUM 99 -630A MARITIME NUCL. STEAH GEN. USE R-630A-MNSG 91 ZIRCONIUM- ALPHA USE ALLOTROPY » ZIRCONIUM SOLIDS METALS ALLOYS SEMICONDUCTORS FAILURES

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