IAEA-INIS-13A(Rev.0) XA0400071 INIS: TERMINOLOGY CHARTS

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INTERNATIONAL ATOMIC ENERGY AGENCY, VIENNA, AUGUST 1970 INISs TERMINOLOGY CHARTS TABLE OF CONTENTS

FOREWORD ...... *.* 1

PREFACE 2

INTRODUCTION ...... *a ... oo 3

LIST OF SUBJECT FIELDS REPRESENTED BY THE CHARTS ...... 5

GENERAL DESCRIPTOR INDEX ...... 9*999.9o.ooo .... 7 FOREWORD

This document is one in a series of publications known as the INIS Reference Series. It is to be used in conjunction with the indexing manual 1) and the thesaurus 2) for the preparation of INIS input by national and regional centrea.

The thesaurus and terminology charts in their first edition (Rev.0) were produced as the result of an agreement between the International Atomic Energy Agency (IAEA) and the European Atomic Energy Community (Euratom).

Except for minor changesq the terminology and the interrela- tionships btween rms are those of the December 1969 edition of the Euratom Thesaurus 3)

In all matters of subject indexing and ontrol, the IAEA followed the recommendations of Euratom for these charts. Credit and responsibility for the present version of these charts must go to Euratom.

Suggestions for improvement from all interested parties. particularly those that are contributing to or utilizing the INIS magnetic-tape services are welcomed. These should be addressed to:

The Thesaurus Speoialist/INIS Section Division of Scientific and Tohnioal Information International Atomic Energy Agency P.O. Box 590 A-1011 Vienna, Austria

International Atomic Energy Agency Division of Sientific and Technical Information INIS Section June 1970

1) IAEA-INIS-12 (INIS: Manual for Indexing) 2) IAEA-INIS-13 (INIS: Thesaurus) 3) EURATOM Thesaurusq, Euratom Nuclear Documentation System. EUR 500e, Part 1 Dec. 1969 _1 PREFACE

The INIS: Thesaurus is accompanied by a set of terminology charts. This form of graphic representation was developed for and used in the Euratom Nuclear Documentation System.

The first set of charts was published in 1964; it omprised 42 so-called "arrowgraphs". The second edition was issued in 1967, in a modified format which gave more emphasis to specific terms. The present displays which was prepared by the staff of Euratomq can be considered as the third version of the charts; they also display the hierarchical relationships between specific descriptors.

There is a correspondence between the thesaurus and the terminology charts, Every descriptor of the thesaurus can be found in its semantic context in the ohartBq and every term of the charts can be located in its alphabetic position in the thesaurus.

The thesaurus should be used to check the status of known specific wordsq whereas the harts will be consulted to select the appropriate representation of now words or concepts.

European Atomic Energy Community Center for Information and DooumeMation June 1970

2 INTRODUCTION

The purpose of the terminology harts is to display the descriptors of the thesaurus in the context of their hierarchical and other semantic relationships*

Hierarchically related terms are grouped in clusters, each representing one of the principal oncepts of a subject field. The descriptors are gouped around or under the broadest term of the clusters which is printed in upper ase. The hierarchical relation- ships within the lusters are shown by the arrangement of the terms in smaller boxes within the larger boxes ircumscribing the clusters.

The lusters are onnected by lines of various thicknesses, representing the other (mostly non-hierarohioal) relationships. These onnections are the equivalent to "see also" and "related term" cross-references.

The thiolmess of the lines represents the strength of the semantic relations org in the practice of a retrieval BSteMV the probability that one termg rplacing a connected term in a query, will still yield pertinent references,

The figures aompanying the descriptors represent their frequency of assignment to the first 9879000 documents stored in the Buratom system (May 1970). They are presented in order to show the relative importance of the dscriptors within the subject field.

The asterisks (* acompanying descriptors i the harts refer to descriptors, for which a sope note an be found in the INIS: Thesauras 1) at the time the harts went to press.

1) IAEA-INIS-13(Rov.0) (INISs Thesaurus)

- 3 - Related descriptors located in other pages are mentioned in the margin of fhe charts. The accompanying figures are the chart numbers wherein these descriptors can be found in their semantic context.

Forbidden (non-descriptor) terms representing synonyms, abbreviations or Bpelled-out versions of descriptors, will be found in the same cluster or sub-cluster as the preferred descriptors; they are preceded by a minus sign.

Forbidden terms representing homographs will be found in several clusters corresponding to their various meanings; they are placed between brackets.

The charts do away with the need for extensive cross-referencing, and the number of scope notes defining the conceptual coverage of the descriptors can be kept lowg since the scope of many terms is indicated by their semantic ontext in the charts.

The charts will allow the indexer to find the most appropriate descriptor to represent the oncept referred to in a document.

In the process of query formulation the charts make it easy to locate all the appropriate terms9 i.e. all the terms which may have ben assigned to relevant pieces of literature.

Also, in the process of thesaurus modification and updating all inconsistencies in the generic structure can be easily spotted in the harts.

European Atomic Energy Community Center for Information and Documentation June 1970 SUBJECT FIELDS REPRESE14TED BY THE CARTS

01 BIOLOGY 20 RADIOISOTOPES 39 MAGNETISM 01 bis BIOLOGY 21 GEOGRAPHY 40 ELECTRICITY 02 PLLNTS 22 GEOLOGY 41 ELECTRIC COMPONENTS 03 ANIXLLS 23 MINERALS 42 ELECTRONICS 03 bis ANIMALS 23 bis URANIUM MINERALS 43 SPACE 04 ANATOMY 24 STATES OF AGGREGATION 43 bis SPACE (Space Flight) 04 bin ANATOMY 24 bis STATES OF AGGREGATION (Crystals) 44 ENERGY AND MATTER 05 BLOOD SYSTEM 25 MATERIALS (GENERAL) 44 bis ENERGY AND MATTER 06 DISEASES 26 ENGINEERING ATERIALS 45 NUCLEAR REACTIONS 07 MEDICINE 27 MECHANICAL PROPERTIES 45 bis INTERACTIONS 07 bis MEDICINE 28 SHAPES 46 RADIATIONS 08 GENETICS 29 METALLURGY 47 PARTICLES GENERAL) 09 ENVIRONMENT 30 KETALLOGRAPHY 47 bis PARTICLES (GENERAL) 10 ORGANIC COMPOUNDS 31 ALLOYS 48 PROTONS AND NEUTRONS 10 bis ORGANIC CkPOUNDS 32 MECHANICS 49 LEPTONS AND HYPERONS 11 HYDROCARBONS 33 MECHANICAL COMPONENTS 50 REACTOR TYPES 12 ACIDS 34 FLUID FLOW 51 REACTOR MATERIALS 13 NITROGEN COMPOUNDS 35 THERMODYNAMICS 52 REACTOR PARTS 13 bin NITROGEN COMPOUNDS 35 bin THERMODYNAMICS (Beat Transfer) 53 REACTOR OPERATION 14 ELEMENTS 36 MATHEMATICS 54 RADIATION DETECTORS 15 INORGANIC COMPOUNDS 36 bis MATHEMATICS 55 PLASMA PHYSICS 16 SPECIFIC COMPOUNDS 36 ter MATHEMATICS 56 ACCELERATORS 17 CHEMICAL REACTIONS 37 OPTICS 57 MEASUREMENT 18 ELECTROCHEMISTRY 37 bin OPTICS Spectroscopy) 58 LAW AND MANAGEMENT 19 SEPARATION PROCESSES 38 PHOTOGRAPHY 59 ECONOMICS

GENERAL DESCRIPTOR INDEX 45 ABSORPTION 56 ACCELERATORS 53 ACCIDENTS :-,g ACCOUNTING 12 ACETATES 12 ACETIC ACID 10 SIS ACETONE 11 ACETYLENES 12 ACIDITY 12 ACIDS 12 ACRYLIC ACID 14 ACTINIDES 14 ACTINIUM 45 ACTIVATION 20 ACTIVATION ANALYSIS 27 ADHESION 04 BIS ADRENAL GLANDS 27 ADSORPTION 34 AEPODYNAMICS 09 AERCSOLS 21 AFRIC, 01 AGE 22 AGE ESTIMATION 58 AGREEMENTS 02 AGRICULTURE 09 AIR 32 AIRCRAFT 13 BIS ALBUMINS 10 BIS ALCOHOLS 10 SIS ALDEHYDES 02 ALGAE 14 ALKALI METALS 14 ALKALINE EARTH METALS 13 ALKALOIDS 11 ALKANES 11 ALKENES 11 ALKYL RADICALS 59 ALLOCATIONS 30 ALLOTROPY 26 ALLOYS 47 ALPHA BEAMS 45 ALPHA DECAY 54 ALPHA DETECTION 47 ALPHA PARTICLES 37 BIS ALPHA SPECTROMETERS 14 ALUMINUM 14 AMERICIUM 13 BIS AMIDES 13 61S AMINES 13 SIS AMINO ACIDS 13 AMMONIA 113 AMMONIUM COMPOUNDS 42 AMPLIFIERS 42 ANALOG SYSTEMS 06 ANEMIA 07 ANESTHESIA 45 BIS ANGULAR DISTRIBUTION 44 BIS ANGULAR MOMENTUM 01 ANIMAL CELLS 03 ANIMALS 47 AN I ON S 37 ANISOTROPY 30 ANNEALING 45 ANNIHILATION 41 ANODES 11 ANTHRACFNE 07 bIS ANTIBIOTICS G7 ANTIBODIES 07 ANTlGENS 49 ANTIHYPERONS 49 ANTIMESONS 14 ANTIMONY 49 ANTINEUTRINOS 48 ANTINEUTRONS 48 ANTINUCLEONS 48 ANTIPROTGNS 21 ARCTIC REGIONS 14 AAGON 11 AROMATICS 14 ARSENIC 11 ARYL RADICALS 21 ASIA 14 ASTATINE 43 ASTROPHYSICS 43 BIS ATMOSPHERE 58 ATOMIC ENERGY CONTROL 44 ATOMIC MCDELS 47 BIS ATOMS 43 BIS AURORAE 3c AUSTENITE, 21 AUSTRALIA 42 AUTOMATION 42 BACKGROUND 03 BIS BACTERIA 03 BIS BACTERIOPHAGES 43 BIS BALLOONS 14 BARIUM 33 BARRIERS 49 BARYUNS IB BATTERIES 37 BEAM OPTICS 47 BEAMS 33 BEARINGS 01 BEHAVIOR 11 BENZENE 12 BENZOIC ACID 14 BERKELIUM 14 BERYLLIUM 51 BERYLLIUM MODERATOR 45 BETA DECAY 54 BETA DETECTION 49 BETA PARTICLES 37 BIS BETA SPECTROMETERS 56 BETATRONS 44 BINDING ENERGY ol BIOCHEMISTRY 01 BIOLOGY 01 BIOSYNTHESIS 03 BIRDS 14 BISMUTH 25 BITUMENS 52 BLANKETS 05 13 OD 05 BLOOD CELLS 05 BLOOD CIRCULATION 05 BLOOD FORMATION 05 BLOOD PLASMA Os BLOOD SERUM 05 BLOOD VESSELS 04 BODY 35 BIS BOILLNG 29 BONDING 05 BONE MARROW 04 BONES 15 BORATES 15 BORIDES 15 BOROHYDRIDES 14 BORON 36 TER BOSONS 04 BRAIN 29 BRAZING 56 BREAKDOWN so BREEDER REACTORS 53 BREEDING 46 BREMSSTRAHLUNG 27 BRITTLENESS 15 BROMIDES 14 BROMINE 54 BUBBLE CHAMBER$ 35 BIS BUBBLES 48 BUCKLING 59 BUDGETS 26 BUILDING MATERIALS 33 BUILDINGS 53 BURNOUT 53 BURNUP 11 BUTADIENE 11 BUTANE 10 BIS BUTANOL 12 BUTYL PHOSPHATES 11 BUTYL RADICALS 11 BUTYLENE 41 CABLES 14 CADMIUM 14 CALCIUM 14 CALIFORNIUM 35 CALORIMETERS 38 CAMERAS 06 CANCER 29 CANNING 41 CAPACITORS 33 CAPILLARIES 59 CAPITAL 45 CAPTURE 13 BIS, CARBAM&TES 15 CARBIDES I BIS CARBOHYDRATES 14 CARBON t5 CARBON DIOXIDE 15 CARBON MONOXIDE 26 CARBON STEELS 10 CARBON TETRACHLORIDE 15 CARBONATES 15 CAP8MAYLS 06 CARCINOGENESIS 41 CARRIERS 29 CASTING 17 CATALYSIS 42 CATHODES 47 CATIONS 03 CATTLE 10 BIS CELLULOSE 26 CEMENTS 21 CENTRAL AMERICA 34 CENTRIFUGATION 26 CERAMICS 02 CEREALS 14 CERIUM 26 CERMETS 14 CESIUM 47 CHARGED PARTICLES 15 CHELATES 54 CHEMICAL RADIATION DETECTORS 17 CHEMICAL REACTIONS 25 CHEMICALS 17 CHEMISORPTION 54 CHERENKOV COUNTERS 46 CHERENKOV RADIATION 15 CHLORIDES 14 CHLORINE 02 CHLOROPHYLL 10 BIS CHOLESTEROL 19 CHROMATOGRAPHY 14 CHROMIUM 26 CHROMIUM STEELS 06 CHROMOSOMES 41 CIRCUITS 12 CITRIC ACID 23 TER CLAYS 09 CLEANING 33 CLOSURES 09 CLOTHING 54 CLOUD CHAMBERS 05 CbAGULATION 25 COAL 29 COATING 14 COBALT 56 COCKCROFT-WALTON ACCELERATORS 41 COILS 54 COINCIDENCE METHODS 29 COLD WORKING 45 BIS COLLISIONS 24 COLLOIDS 37 COLOR 17 COMBUSTION 59 COMMODITIES 42 COMMUNICATIONS 29 COMPACTING 58 COMPANIES 59 COMPETITION 15 COMPLEXES 44 COMPOUND NUCLEI 15 COMPOUNDS 32 COMPRESSION 46 COMPTON EFFECT 36 COMPUTER CALCULATIONS 42 COMPUTERS 26 CONCRETES 35 BIS CONDENSEPS 28 CONFIGURATION 55 CONFINEMENT 58 CONFLICTS 44 BIS CONSERVATION LAWS 09 CONTAMINATION 19 CONTENT ANALYSIS 53 CONTROL 52 CONTROL ELEMENTS 53 CONTROL SYSTEMS 35 BIS CONVECTION 44 BIS CONVERSION 52 COOLANT LOOPS 51 COOLANTS 35 BIS COOLING 14 COPPER 18 CORROSEON 18 CORROSION PROTECTION 43 COSMIC RADIATION 34 COUNTER CURRENT 54 COUNTERS 45 BIS COUPLING 30 CRACKS 59 CREDITS 27 CREEP 50 CRITICAL ASSEMBLIES 53 CRITICALITY 45 CROSS SECTIONS 29 CRUCIBLES 35 CRYOGENICS 54 CRYSTAL COUNTERS 24 BIS CRYSTALLIZATION 24 BIS CRYSTALS 14 CURIUM 40 CURRENTS 13 CYANATES 13 CYANIDES 11 CYCLOALKANES 11 CYCLUALKENES 34 CYCLONE SEPARATORS 56 CYCLOTRONS 28 CYLINDERS 13 BIS CYSTEINE 01 CYTOLOGY 45 DECAY 19 DECOMPOSITION 09 DECONTAMINATION 30 DEFECTS 27 DEFORMATION 24 DEGASSING 48 DELAYED NEUTRONS 27 DENSITY 23 TER DEPOSITS 57 DETECTION 25 DETERGENTS 20 DEUTERIUM 20 DEUTERIUM COMPOUNDS 47 OEUTERON BEAMS 4.7 DEUTERONS 07 DIAGNOSIS 57 DIAGRAMS 23 DIAMONDS 41 DIELECTRICS 29 DIES 07 DIET 36 BIS DIFFERENTIAL EQUATIONS 37 DIFFRACTION 34 DIFFUSION 48 DIFFUSION LENGTH 42 DIGITAL SYSTEMS 42 DIODES 40 DIPOLES 59 DISCOUNT 06 DISEASES 53 DISMANTLING 36 TER DISPERSION RELATIONS 24 DISPERSIONS 28 DISTANCE 24 DISTILLATION 36 DISTRIBUTION 36 DISTURBANCEt 13 BIS DNA 58 DOCUMENTATION 58 DOCUMENTS 03 DOGS 54 DOSEMETERS 07 BIS DRUGS 27 DUCTILITY 09 OUSTS 25 DYES 14 DYSPROSIUM 22 EARTH 59 ECONOMICS 39 EDDY CURRENTS 12 EDTA 57 EFFICIENCY 03 EGGS 14 EINSTEINIUM 45 BIS ELASTIC SCATTgRING 27 ELASTICITY 25 ELASTOMERS 55 ELECTRIC ARCS 40 ELECTRIC CHARGES 40 ELECTRIC CONDUCTIVITY 55 ELECTRIC DISCHARGES 40 ELECTRIC FIELDS 40 ELECTRIC METERS 40 ELECTRIC MOMENTS 40 ELECTRIC POTENTIAL 40 ELECTRICITY 18 ELECTROCHEMISTRY 18 ELECTRODEPOSITION 41 ELECTRODES 40 ELECTRODYNAMICS 18 ELECTROLYSIS 18 ELECTROLYTES 18 ELECTROLYTIC CELLS 39 ELECTROMAGNETIC FIELDS 46 ELECTROMAGNETIC WAVES 39 ELECTROMAGNETISM 40 ELECTROMETERS 49 ELECTRON BEAMS 37 ELECTRON MICROSCOPY 42 ELECTRON TUBES 42 ELECTRONIC EQUIPMENT 42 ELECTRUNICS 49 ELECTRONS 18 ELECTROPHORESIS 56 ELECTROSTATIC GENEPATORS 40 ELECTROSTATICS 14 ELEMENT 104 47 ELEMENTARY PARTICLES 14 ELEMENTS 08 EMBRYOS 46 EMISSIUN 58 EMPLOYMENT 24 EMULSIONS 44 BIS ENERGY 44 81S ENERGY LEVELS 44 BIS ENERGY RANGE 19 ENRICHMENT 35 ENTHALPY 35 ENTROPY 09 ENVIRONMENT 01 BIS ENZYMES EPITHERMAL NEUTRONS 36 BIS EQUATIONS 14 ERBIUM 27 EROSION 57 ERRORS 05 ERYTHROCYTES 12 ESTERS 30 ETCHING 11 ETHANE 10 BIS ETHANOL 10 BIS ET14ERS 11 ETHYL RADICALS 11 ETHYLENE 21 EUROPE 14 EUROPIUM 30 EUTECTICS 44 BIS EV RANGE 24 EVAPORATION 44 BIS EXCITATION 53 EXCURSIONS 28 EXPANSION 22 EXPLOSIONS 22 EXPLOSIVES so EXPONENTIAL PILES 19 EXTRACTION COLUMNS 29 EXTRUSION 04 BIS EYES 29 FABRICATION 27 FAILURES 09 FALLOUT 48 FAST NEUTRONS 50 FAST REACTORS 27 FATIGUE 04 BIS FECES 17 FERMENTATION 36 TER FERMIONS 14 FERMIUM 39 FERROMAGNETIC MATERIALS 51 FERTILE MATERIALS 02 FERTILIZERS 08 FETUSES 28 FIBERS 36 BIS FIELD THEORY 28 FILMS 33 FILTERS 59 FINANCE 28 FINS 03 FISH 45 FISSION 20 FISSION PRODUCTS 51 FISSIONABLE MATERIALS 34 FLOWMETERS 34 FLUID FLOW so FLUID FUELED REACTORS 24 FLUIDIZATION 24 FLUIDS 37 FLUORESCENCE 15 FLUORIDES 14 FLUORINE 25 FOAMS 28 FOILS 02 FOOD 29 FORGING 12 FORMIC ACID 14 FRANCIUM 11 FREE RADICALS 36 FREQUENCY 27 FRICTION 02 FRUIT 52 FUEL CANS 52 FUEL ELEMENTS 51 FUEL PARTICLES 51 FUEL SLURRIES 51 FUEL SOLUTIONS St FUEL SUSPENSIONS 51 FUELS 02 FUNGI 29 FURNACES 51 FUSED SALT FUEL 18 FUSED SALTS 14 GADOLINIUM 57 GAGES 14 GALLIUM 54 GAMMA DETECTION 46 GAMMA RADIATION 46 GAMMA SOURCES 37 BIS GAMMA SPECTROMETERS 51 GAS COOLANT 50 GAS COOLED REACTORS 34 GAS FLOW 54 GAS QUENCHING 24 GASES 54 GEIGER-MUELLER COUNTERS 4,0 GENERATORS 08 GENETICS 22 GEOCHEM ISTRY 22 GEOLOGY 22 GEOPHYSICS 14 GERMANIUM 44 BIS GEV RANGE 04 BIS GLANDS 26 GLASS 13 BIS GLOBULINS 14 GOLD 08 GONADS 58 GOVERNMENT 30 GRAIN BOUNDARIES 30 GRAIN SZE 23 GRANITES 25 GRAPHITE 50 GRAPHITE MODERATED REACTORS 51 GRAPHITE MODERATOR 43 BIS GRAVITATION 09 GROUND WATER 36 BIS GROUP THEORY 43 BIS GUIDANCE 03 GUINEA PIGS 14 HAFNIUM 45 HALF-LIFE 15 HALIDES 39 HALL EFFECT 17 HALOGENAT ION 14 HALOGENS 36 HAMILTONIAN FUNCTION 27 HARDNESS, 04 BIS HEART 35 BIS HEAT EXCHANGERS 26 HEAT RESISTING METALS 35 BIS HEAT TRANSFER 30 HEAT TREATMENTS 35 BIS HEATING 24 HEAVY WATER 51 HEAVY WATER COOLANT so HEAVY WATER COOLED REACTORS 50 HEAVY WATER MODERATED REACTORS 51 HEAVY WATER MODERATOR 14 HEt I UM 05 HEMOGLOB71N 05 HEMORRHAGE 11 HEPTANE 10 HETEROCYCLICS 11 HEXANE 35 HIGH TEMPERATURE 14 HOLMIUM so HOMOGENEOUS REACTORS 01 BIS HORMONES 29 HOT WORKING 09 HUMIDITY 34 HYDRAULLCS 13 HYDRAZINE is HYDRIDES 12 HYDROBROMIC ACID it HYDROCARBONS 12 HYDROCHLORIC ACID 12 HYDRCFLUORIC ACID 14 HYDROGEN 15 HYDROGEN PEROXIDES 17 HYDROGENATION 12 HYDROIODIC ACID 09 HYDROLOGY 19 HYDROLYSIS 15 HYDROXIDES 37 BIS HYPERFINE STRUCTURE 49 HYPERFRAGMENTS 49 HYPERONS 39 HYSTERESIS 24 ICE 23 TER IGNEOUS ROCKS 38 IMAGES 07 IMMUNITY 27 IMPACT SHOCK 39 IMPEDANCE 29 IMPR4EGNATION 19 IMPURITIES 52 IN PILE LOOPS 59 INCOME 14 INDIUM 39 INDUCTION 59 INDUSTRIAL PROPERTY 59 INDUSTRY 45 SIS INELASTIC SCATTERING 24 INERT GASES 06 INFECTIONS 58 INFORMATION 46 INFRARED RADIATION 01 INHIBITION 34 INJECTION 03 BIS INSECTS 59 INSOLVENCY 53 INSPECTION 42 INSTRUMENTS 45 BIS INTERACTIONS 30 INTERMETALLIC COMPOUNDS 44 INTERNAL CONVERSION 58 INTERNATIONAL ORGANIZATIONS 04 BIS INTESTINE 59 INVESTMENT 15 IODIDES 14 IODINE 47 ION BEAMS 19 ION EXCHANGE 19 ION EXCHANGE MATERIALS 47 ION SOURCES 46 IONIZATION 54 IONIZATTON CHAMBERS 43 BIS IONOSPHERE 47 IONS 14 IRIDIUM 14 IRON 46 IRRADIATION 20 ISOMERS 20 ISOTOPE APPLICATIONS 20 ISOTOPE EFFECTS 20 ISOTOPE ENRICHED MATERIALS 20 ISOTOPE SEPARATION 20 ISOTOPES 20 ISOTOPIC EXCHANGE 52 JACKETS 34 JETS 33 JOINTS 49 KAONS 10 BIS KETONES 44 BIS KEV RANGE 04 BIS KIDNEYS 14 KRYPTON 20 LABELLED COMPOUNDS 33 LABORATORY EQUIPMENT 49 LAMBDA PARTICLES 58 LANGUAGES 14 LANTHANUM 37 LASERS 24 BIS LATTICES 14 LAWRENCIUM 28 LAYERS 19 LEACHING 14 LEAD 52 LEAK DETECTORS 53 LEAKS 58 LEGISLATION 37 LENSES 49 LEPTONS 06 LETHAL DOSE 05 LEUCOCYTES 06 LEUKEMIA 32 LEVELS 59 LIABILITIES 58 LIBRARIES 44 LIFETIME 46 LIGHT 56 LINEAR ACCELERATORS 12 LIPIDS 24 LIQUEFYING 34 LIQUID FLOW 51 LIQUID METAL COOLANT 51 LIQUID METAL FUEL 14 LIQUID METALS 24 LIQUIDS 14 LITHIUM 04 LIVER 57 LOSSES 35 LOW TEMPERATURE 33 LUBRICATION 37 LUMINESCENCE 04 LUNGS 14 LUTETIUM 05 LYMPH SYSTEM 05 LYMPHOCYTES 33 MACHINE PARTS 29 MACHINING 14 MAGNESIUM 39 MAGNETIC FIELDS 39 MAGNETIC MATERIALS 55 MAGNETIC MIRRORS 39 MAGNETIC MOMENTS 39 MAGNETIC RESONANCE 39 MAGNETISM 55 MAGNETOHYDRODYNAMICS 39 MAGNETOMETERS 39 MAGNETS 53 MAINTENANCE 08 MALFORMATIONS 08 MAN 58 MANAGEMENT 14 MANGANESE 32 MANOMETERS 36 BIS MANY BODY PROBLEM 59 MARKET 30 MARTENSITE 37 MASERS 27 MASS 37 BIS MASS SPECTROMETERS 27 MATERIALS TESTING 36 MATHEMATICS 36 BIS MATRICES 57 MEASURED VALUES 57 MEASURING METHODS 03 MEAT 27 MECHANICAL PROPERTIES 33 MECHANICAL STRUCTURES 32 MECHANICS 07 MEDICINE se MEETINGS 29 MELTING 24 MELTING POINTS 04 BIS MEMBRANES 14 MENDELEVIUM 14 MERCURY 49 MESONS 01 METABOLISM 50 METAL COOLED REACTORS 50 METAL MODERATED REACTORS 30 METALLOGRAPHY 29 METALLURGY 14 METALS 06 METASTASES 43 METEORITES 09 METEOROLOGY 12 METHACRYLIC ACID it METHANE 10 BIS METHANOL 11 METHYL RADICALS 44 BIS MEV RANGE 23 MICA 03 MICE 03 BIS MICROORGANI-SMS 57 MICROSCOPY 46 MICROWAVES 03 MILK 12 MINERAL AC"IDS 23 MINERALS 22 MINING 01 MITOSIS 19 MIXING 52 MOCKUP 44 MODEL ORBITS 51 MODERATORS 42 MODULATION 46 MOESSBAUER EFFECT 47 BIS MOLECULES 50 MOLTEN SALT REACTORS 14 MOLYBDENUM 44 BIS MOMENTUM 59 MONEY 53 MONITORING 03 MONKEYS 37 MONOCHROMATORS 24 BIS MONOCRYSTALS 36 MONTE CARLO METHOD 43 BIS MOON 32 MOTION 32 MOTORS 53 MULTIPLICATION FACTORS 40 MULTIPOLES 49 MUONS. 04 BIS MUSCLES 08 MUTATIONS 11 NAPHTHALENE 51 NATURAL URANIUM FUEL 50 NATURAL URANIUM REACTORS 14 NEODYMIUM 14 NEON 14 NEPTUNIUM 04 NERVOUS SYSTEM 49 NEUTRINOS 48 NEUTRON BEAMS 54 NEUTRON DETECTION 48 NEUTRON FLUX 48 NEUTRON SOURCES 37 BIS NEUTRON SPECTROMETERS 48 NEUTRONS 14 NICKEL 14 NIOSIUM is NITRATES 12 NITRIC ACID 15 NITRIDES 14 NITROGEN 14 NOBELIUM 21 NORTH AMERICA 33 NOZZLES 38 NUCLEAR EMULSIONS 45 NUCLEAR EXPLOSIONS -44 NUCLEAR MAGNETIC RESONANCE 44 NUCLEAR MODELS 45 NUCLEAR REACTIONS 44 NUCLEAR THEORY 35 BIS NUCLEATE BOILING 47 BIS NUCLEI 13 BIS NUCLEIC ACIDS 48 NUCLEONS 13 BIS NUCLEOSIDES 13 SIS NUCLEOTIDES 11 OCTANE 01 ODOR 58 OFFICE WORK 25 OILS 28 OPENINGS 53 OPERATION 37 OPTICAL PROPERTIES 37 OPTICAL SYSTEMS 43 8IS ORBITS 23 TER ORE PROCESSING 23 TER ORES 12 ORGANIC ACIDS 10 ORGANIC BROMINE COMPOUNDS to ORGANIC CHLORINE COMPOUNDS 10 BIS ORGANIC COMPOUNDS 51 ORGANIC COOLANT 50 ORGANIC COOLED REACTORS 10 ORGANIC FLUORINE COMPOUNDS 10 ORGANIC HALOGEN COMPOUNDS 10 ORGANIC IODINE COMPOUNDS 50 ORGANIC MODERATED REACTORS 51 ORGANIC MODERATOR 13 ORGANIC NITROGEN COMPOUNDS 10 BIS ORGANIC OXYGEN COMPOUNDS to ORGANIC PHOSPHORUS COMPOUNDS 10 ORGANIC SULFUR COMPOUNDS se ORGANIZING 10 BIS ORGANOMETALLICS 42 OSCILLATIONS 42 OSCILLOGRAPHS 14 Osmium 12 OXALATES 12 OXALIC ACID 17 OXIDATION 15 OXIDES 14 OXYGEN 32 PACKAGING 45 PAIR PRODUCTION 14 PALLADIUM 25 PAPER 11 PARAFFIN 03 SIS PARASITES 44 PARITY 47 PARTICLE MODELS 47 PARTICLE SOURCES 47 PARTICLE TRACKS 28 PARTICLES 59 PAYMENT 50 PEBBLE BED REACTORS 28 PELLETS 11 PENTANE 12 PERCHIwORIC ACID 57 PERrOAMANCE 58 PERSONNEL 36 BIS PERTURBATION THEORY 02 PESTICIDES 25 PETROLEUM 30 PHASE DIAGRAMS 10 BIS PHENOLS It PHENYL RADICALS 32 PHONONS is PHOSPHATES is PHOSPHIDES 15 PHOSPHINES 12 PHOSPHORIC ACID 37 PHOSPHORS 14 PHOSPHORUS 38 PHOTOCHEMISTRY 46 PHOTOELECTRIC EFFECT 45 PHOTOFISSION 38 PHOTOGRAPHIC FILM 54 PHOTOGRAPHIC FILM DETECTORS 38 PHOTOGRAPHY 19 PHOTOLYSIS 38 PHOTOMETRY 42 PHOTOMULTIPLIERS 48 PHOTONEUTRONS 46 PHOTONS 45 PHOTOPRODUCTION 17 PHOTOSYNTHESIS 12 PHTHALIC ACID 01 PHYSIOLOGY 40 PIEZOELECTRICITY 25 PIGMENTS 55 PINCH 49 PIONS 33 PIPES 43 BIS PLANETS 58 PLANNING 01 PLANT CELLS 02 PLANTS 55 PLASMA 55 PLASMA DIAGNOSTICS 55 PLASMA WAVES 28 PLATES 29 PLATING 14 PLATINUM 14 PLUTONIUM 50 PLUTONIUM PRODUCTION REACTORS 50 PLUTONIUM REACTORS 34 PNEUMATICS 53 POISONING 37 POLARIZATION 18 POLAROGRAPHY S8 POLITICS 14 POLONIUM 10 POLYACRYLICS 10 POLYESTERS 10 POLYETHYLENES 17 POLYMERIZATION 10 POLYMERS 11 POLYPHEKYLS 10 POLYSTYRENE to POLYVINYLS 09 POPULATIONS 27 POROSITY 49 POSITRON BEAMS 49 POSITRONS 14 POTASSIUM 02 POTATOES 29 POWDER METALLURGY 29 POWDERS 32 POWER 50 POWER PLANTS 50 POWER REACTORS 14 PRASEODYMIUM 19 PRECIPITATION 08 PREGNANCY 11 PREPARATION ol PRESERVATION 32 PRESSURE 33 PRESSURE VESSELS 59 PRIVILEGES 50 PROCESS HEAT REACTORS 59 PRODUCTION 42 PROGRAMMING 14 PROMETHIUM 59 PROMOTION 48 PROMPT NEUTRONS 11 PROPANE 10 BIS PROPANOL 12 PROPIONIC ACID 54 PROPORTIONAL COUNTERS 32 PROPULSION 50 PROPULSION REACTORS it PROPYL RADICALS 11 PROPYLENE 22 PROSPECTING 14 PROTACTINIUM 13 BIS PROTEINS 48 PROTON BEAMS 48 PROTONS 42 PULSE ANALYZERS 42 PULSE GENERATORS 42 PULSES 32 PUMPS 13 PYRIDINES 19 PYROLYSIS 19 QUALITATIVE ANALYSIS 19 QUANTITATIVE ANALYSIS 36 QUANTITY PATIO 36 TER QUANTUM MECHANICS 23 TER QUARTZ 10 BIS QUINONES 03 RABBITS 46 RADAR 43 BIS RADIATION BELTS 20 RADIATION CHEMISTRY 54 RADIATION DETECTORS 46 RADIAT'ION DOSES 46 RADIATION EFFECTS 06 RADIATION INJURIES 09 RADIATION PROTECTION 06 RADIATION SICKNESS 46 RADIATION SOURCES 46 RADIATIONS 46 RADIO WAVES 20 RADIOACTIVE WASTES 09 RAOIOACTIVITY 38 RADIOAUTOGRAPHY 01 RADIOBIOLOGY 20 RADIOCHEMISTRY 07 RADIOGRAPHY 20 RADIOISOTOPES 20 RADIOLYS-IS 01 RADIOSENSITIVITY 07 RADIOTHERAPY 14 RADIUM 14 RADON 09 RAIN 14 RARE EARTHS 14 RARE GASES 54 RATE METERS 03 RATS 43 BIS RE-ENTRY 17 REACTION KINETICS 53 REACTIVITY 52 REACTOR CORE 53 REACTOR FUELING 53 REACTOR OSCILI-ATORS 53 REACTOR SAFETY 50 REACTORS 45 BIS RECOILS 42 RECORDING SYSTEMS 59 RECOVERY 30 RECRYSTALLIZATION 17 REDUCTION 29 REFINING 37 REFLECTION 52 REFLECTORS 37 REFRACTION 26 REFRACTORIES 08 REGENERATION 26 REINFORCED MATERIALS 36 BIS RELATIVITY THEORY 48 RELAXATION 53 REMOTE CONTROL 53 REMOTE HANDLING 20 REPROCESSING 08 REPRODUCT ION 58 RESEARCH 50 RESEARCH REACTORS 25 RESIDUES 10 RESINS 41 RESISTORS 37 BIS RESOLUTION 44 BIS RESONANCE 48 RESONANCE NEUTRONS 04 BIS RESPIRATION 58 REVIEW 14 RHENIUM 14 RHODIUM 13 BIS RIBONUCLEIC ACID 43 BIS ROCKETS 23 TER ROCKS 28 RODS 29 ROLLING 02 ROOTS 32 ROTATION 25 RUBBER 14 RUBIDIUM 14 RUTHENIUM 09 SAFETY 59 SALARIES 12 SALICYLIC ACID 18 SALTS 14 SAMARIUM 57 SAMPLING 23 TER SAND 43 BIS SATELLITES 54 SCALERS 14 SCANDIUM 45 BIS SCATTERING 58 SCHOOLS 54 SCINTILLATION COUNTERS 37 SCINTILLATIONS 21 SEA 33 SEALS 02 SEEDS 22 SEISMOLOGY 15 SELENIDES 14 SELENIUM 41 SEMICONDUCTORS 57 SENSITIVITY 19 SEPARATION PROCESSES 32 SERVOMECHAN ISMS 08 SEX 28 SHAPES 28 SHEETS 33 SHELLS 33 SHELTERS 46 SHIELDING 52 SHIELDING MATERIALS 32 SHIPS 22 SHOCK WAVES 53 SHUTDOWN 49 SIGMA PARTICLES 42 SIGNALS 15 SILANES 15 SILICATES 15 SILICIDES 14 SILICON 25 SILICONES 14 SILVER 29 SINTERED MATERIALS 29 SINTERING 04 BIS SKIN 25 SLAGS 30 SLIP 48 SLOWDOWN 24 SLURRIES 58 SOCIAL WELFARE 14 SODIUM 23 TER SOILS 29 SOLDERING 30 SOLID SOLUTIONS 54 SOLID-STATE COUNTERS 24 SOLIDIFICATION 24 SOLIDS 24 SOLUBILITY 24 SOLUTIONS 19 SOLVENT EXTRACTION 25 $OLVENTS 32 SOUND 21 SOUTH AMERICA 43 SPACE 43 SIS SPACE FLIGHT 43 BIS SPACE VEHICLES 52 SPACERS 54 SPARK CHAMBERS 35 SPECIFIC HEAT 37 BIS SPECTRA 37 BIS SPECTRAL SHIFT 37 SIS SPECTROMETERS 37 BIS SPECTROSCOPY 28 SPHERES 44 SPIN 04 BIS SPLEEN 03 BIS SPORES 29 SPUTTERING 57 STABILITY 26 STAINLESS STEELS 57 STANDARDS 43 STARS 53 STARTUP 36 STATISTICS 24 STEAM 26 STEELS 55 STELLARATORS 01 STERIL I ZAT ION 10 SIS STEROIDS 11 STILBENE 04 STOMACH 32 STORAGE 47 STRANGE PARTICLES 43 BIS STRATOSPHERE 27 STRESSES 14 STRONTIUM 11 STYRENE 12 SUCCINIC ACID 10 BIS SUGARS Is SULFATES 15 SULFIDES 13 BIS SULFONAMIDES 12 SULFONIC ACIDS 14 SULFUR 12 SULFURIC ACID 43 SUN 40 SUPERCONDUCTIVITY 35 BIS SUPERHEATING 27 SURFACE TENSION 28 SURFACES 07 SURGERY 01 SURVIVAL TIME 39 SUSCEPTIBILITY 24 SUSPENSIONS 41 SWITCHES 56 SYNCHROTRONS 36 TABLES 14 TANTALUM 45 TARGETS 59 TAXES 14 TECHNETIUM 38 TELEVISION 15 TELLURIDES 14 TELLURIUM 35 TEMPERATURE 30 TEMPERING 27 TENSILE PROPERTIES 14 TERBIUM 57 TESTING 25 TEXTILES 14 THALLIUM 35 BIS THERMAL CONDUCTiv&y 35 BIS THERMAL DIFFUSION 35 SIS THERMAL INSULATION 48 THERMAL NEUTRONS 35 c3lS THEWIAL RADIATION 35 BIS THERMAL STRESSES 40 THERMIONICS 40 THERMOCOUPLES 35 THERMODYNAM ICS 40 THERMOELECTRICITY 35 THERMOMETERS 55 THERMONUCLEAR DEVICES 45 THERMONUCLEAR REACTIONS 28 THICKNESS 14 THORIUM 23 TER THORIUM ORES 14 THULIUM 04 BIS THYMUS 04 alS THYROID 57 TIME MEASUREMENT 14 TIN 04 TISSUES 14 TITANIUM 11 TOLUENE 29 TOOLS 55 TORUS 07 BIS TOXICITY 19 TRACE AMOUNTS 20 TRACER TECHNIGUES 59 TRADE 42 TRANSDUCERS 53 TRANSFER FUNCTIONS 41 TRANSFORMERS 53 TRANSIENTS 41 TRANSISTORS 35 TRANSITION HEATS 14 TRANSITION METALS 07 TRANSPLANTS 32 TRANSPORT 36 TER TRANSPORT TEORY 32 TRAPS 20 TRITIUM 20 TRITIUM COMPOUNDS 47 TRITONS 28 TUBES 06 TUMORS 14 TUNGSTEN 33 TURBINES 34 TURBULENCE 32 ULTRASONICS 46 ULTRAVIOLET RADIATION 22 UNDERGROUND EXPLOSIONS 58 UNIONS is URANATES 23 BIS URANINITES 14 URANIUM 15 URANIUM DIOXIDE 15 URANIUM HEXAFLUORIDE 23 BIS URANIUM MINERALS 23 BIS URANIUM ORES 15 URANIUM SILICIDES 15 URANIUM TETRAFLUORIDE 15 URANIUM TRIOXIDE 15 URANYL COMPOUNDS 15 URANYL NITRATES 13 BIS UREA 04 BIS URINE 59 USES 15 U308 32 VACUUM 44 VALENCE 59 VALUE 33 VALVES 56 VAN DE GRAAFF ACCELERATORS 14 VANADIUM 24 VAPORS 36 BIS VECTORS 02 VEGETABLES 32 VELOCITY 33 VESSELS -22 VIBRATIONS 11 VINYL RADICALS 03 BIS VIRUSES 34 VISCOSITY 01 BIS VITAMINS 24 VOLATILITY 28 VOLUME 20 WASTE DISPOSAL 20 WASTE PROCESSING 20 WASTE SOLUTIONS 24 WATER 51 WATER COOLANT 50 WATER COGLEO REACTORS 50 WATER MOUERATED REACTORS 51 WATER MODERATOR 46 WAVE PROPAGATION 27 WEAR 27 WEIGHT 29 WELDING 29 WELDS 22 WELL LOGGING 09 WIND 28 WINDOWS 28 WIRES 26 WOOD 46 X RADIATION 14 XENON 49 XI PARTICLES 11 XYLENE 02 YEASTS 14 YTTERBIUM 14 YTTRIUM 14 ZINC 26 ZIRCALOY 14 ZIRCONIUM 28 ZONES

3 4 02 17 GI ANIMALS TI UES PLANTS PHOTOSYNTHESIS - TOXICITY r 1 38 Amnion ;;16 PLANT CELLS 3 Anabolism r 199 Ascites Cells (Calls 1 69 Basal Metabolism Rate 389 (Cells) 531 Chloroplasts 386 Biological Half-Life 9 i FNEURONS I Chondrocytos 2712 290 Catabolism 9o A .1 ia METABOLISM ANIMAL CELLS (Clearance) C 322 Fibroblasts 42 Nouroblasts 99 Hibernation - riant Cells 67 Ostooblasts 330 Retention 0 7 Hela Cells 263 Phagocytes 2 I 164 Turnover Time Z.1 154 L Calls 3 Plasmocytes CYTPLASM (Uptake) 1 2 7 Mast Calls Stem 81,18 10 Endoplasmic Reticulum - - 35945 4 Myoblasts 106 Thymocytes 2 2 SBB Microsomes Z 52 malanocytes CELL NjCLE 1.817 Mitochandria 14235 122 Nucloo 9 Protoplasts CYTOLOGY Call Walls 8 Lysonomes 30 Alv oli (Cells) 58 Nerve Calls BIOSY 11 186 Chromatin (Synthe SI SURVIVAL TIME is Astrocytes 122 Nucleoll Si 28 AnaphaS8 90 Axons 4Cilia 128 Extracallular Space 628. -Survival -Call Division - Coll Differentiation 84 Galgi Apparatus 4693- 3B7 Call Growth 63 Kupffer calls 4 327 Molosis 93 Lymphoid Cells 5A. 84 Metaphase 288 C811 Membranes Za MITOSIS 94 Plasma Calls 7 Pycnosis 47 Reticular Calls - White Matter 93 Mitotic Index 109 Cytochemistry Chemistry) 101 Animal Growth 30 Prophaso 13020 109 Cytochemistry 312 Children 184 Spermatogenesis 108 Krebs Cycle 16 Tolophasa 235 Synergism 10 Pediatrics IOCHEMISTRY 212 Pupas AGE S666 U UIULHhMIOL AUTIVITY1 20 Nym ph a tivatin 280 Biological Materials 7 20736- BIOLOGY LIFE SPAN Biometry 16 Limnlgy 696 Death Biophysics 61 Metamorphosis 424 Mortality 00000 59 Life 58 Microbiology S' 6326 INHIBITION Z RADIOSIOLOGY 35 2 - 109 2 or ums RADIOTOXINS ODOR 53 III Abscopal Eff 106 Flavor BIOLOGICAL SH09CK 3 615 422 87 Trauma - 53 51 Biological Fatigue BIOLOGICAL SHOCK 96 Cardiac Output *BEHAVIOR 87 TraL 63 E trous Cycle i3 Critical Organs 38 Avoidance PHYSIOLOGY 31 Menopause (Photosensitivity] 17 Disinfection 170 Conditioned Reflexes Z *RADIOSENSITIVITY 38 Germ-Free (Geotropism) REFLEXES 100 19 Sloop 2 - Radioresistance 86 Pasteurization 48 Learning 170 Conditioned Reflex 10 Swimming VV (Response) STERILIZATION (Lethargy) 81 21 Homeostasis a 7 Schwartzman Phenomenon 89 Psychology 6649 14 1 - Radlostarilization (Reactions) 4, 10363- (Sterility) 34 Schizophrenia 00 2B51 3Volition TION 3530 2054?00 MfDI I NER\ SYSTEM -DISEASES 02 01 04 of BIOLOGY 01 01 01 0i I BIOSYNTHESIS BIOCHEMISTRY BIOLOGY METABOLISM

13.892 - 6.116 11-934 HORMONES (Plants) ENZYMES viTAMINS [, , -. Enzymatic Activation 376 Erythropoietin 13 Kinetin

1132 COENZYMES 1,340 VITAMIN GROUP 76 Vitamin B-T 21 Prostaglandin 241 NAD 427 Vitamin B-1 - Carnitine 83 Intrineio Factor 261 NADH - Aneurine (Pituitqry) 234 NADP - Thiamine Vitamin B15 (Thyroidal) 545 ACTH 9 Ubiquinone - Pangamic Acid 603 Thyronine - Adrenocor- 215 Vitamine B-2 1391 Thyroxine ticotrope H. Riboflavine Z 139 Vitamin H 116 Parathormone 404 STH 364 OXIDOREDUCTASES 708 HYDROLASES - Lactoflavine - Biotin 331 Triiodothyronine - Growth Horm. to 358 Catalase 27 Arginase 19 Thyrocalcitonin - HGH 293 Cytochromes 52 Urease 80 Vitamin B-5 26 VITAMIN H-1 - Somatotropic H. 8 Histaminase 587 ESTERASFS - Pantothenic Acid 16 PABA (pancreatic) 404 TSH 31 Hydrogenase - Thyroid Stim.H. 50 Hydroxylase 160 Lipases 283 Vitamin B-6 - Paraaminobenzoic 1192 Insulin - Thyrotropin 18 Luciferase 193 Cholinesterase - Adermine Acid 98 Glucagon 15 Intermedin 32 Pyrrolase - Pyridoxine - MSH 8 Uricase 1372 PHOSPHATASES 126 LIPOTROPIC FACTORS - Melanocyte Stim. - Reductases 27? ATP-ASE 482 Vitamin PP 796 Choline 40 Oxytocin 030 DEHYDROGENASES 288 DNA-ASE - Niacin 310 Folic Acid (Adrenal) 97 Vasopressin ll 15 Diaphorasesi 2Nucleases - Nicotinamide - Pteroylglutamic naline - Antidiuretic H. 426 Nucleotidases 10 Citrovorum Factor 1015 Adre 583 OXID ASES -- NicotinicPyridine-beta- Acid - Leucovorin 61 Noradrenaline- Epinephrine 43 Tyrosinase GLYCOSYL HYDROLASES Carbonic Acid - Folinic Acid - Lipoxidase 171 Amylase 302 Inositol 397 GONADOTROPINS - Notatin 75 Hyaluronidass 1010 Vitamin B12 55 Phytic Acid 2398 CORTICOSTEROIDS 87 FSH - Peroxidases 104 Galaotosidase - Cyanocobolamin - Phytin - Corticoids - Follicle Stim.H. 69 Glucoronidass - LLD actor 1831 Methionine - Gonadotrop*n A 431 TRANSFERASES Invertase 56 Thioctic Acid MINERALOCORTICOIDS Aminotransferases -4 Lipoic Acid 351 Aldosterone 159 LH 240 Lysozyme 107 Vitamin 58 DOCA - Luteinizing M. 217 Phosphorylase Adenine -Desoxycorticos- - Prolat B 445 RNA-ASE PEPTIDE HDROLASES terone - ICSH 262 Transaminases 131 Chymotrypsin - Interstitial l Cathepsins 311 VITAMIN A 143 Vitamin K GLUCOCORTICOIDS Cell Stim H. 568 KINASES -Carotene 1047 Cortisone 0 LTH 60 Hexokinasel 24 Carboxypeptidase -Beta-Carotene 44 Vitamin K-1 7 54 Fibrinolysin .53 Corticosterone - Luteotropic H. -Axerophtol - Methylnaphthoquinone 208 Hydrocortisone - Mannotropin 357 Polymerases 15 Kallikrein - Phylloquinone 235 Cortisol - Prolactin RNA Polymerase 74 Papain 890 Vitamin C - Synkavite - Gal4ctin 132 Pepsin - Ascorbic Acid 355 Trypsin 5Vitamin K-2 9Renin 223 Vitamin D 36 LYASES 56 Thrombin 9Vitamin K-3 1502 ESTROGENS 1190 ANDROGENS 1A 29 Carbonic Ahydrase 6Enteropeptidase 68 Vitamin D-2 - Citrin -1 137 Aldolase 623 Estradiol Androsterone PM Enterokinase 51 Ergosterol - Rutin PM 10 Hydratase 304 Estrone Androstenedione 0 CP 80 Estriol 875 Testosterone 126 CARBOXYLASE 70 Vitamin D-3 192 Bioflavonoids 780 Progesterone Dehydroepiandrosterone 118 Decarboxylase ISOMEA7B77J 195 Vitamin E 11 Carboxydismutase - Tocopherols SYNTHETASES 397 Ketosteroids Lij3ases

DRUGS 67 BIOLOGY - 1 BIS 01 03 03 17 BIOSYNTHESIS MICROORGAN - -BACTERIA FERMENTATION

110 EUGLENA 138 Penicillium 19 Phycomyces 1 L4 aUlva 4o8 Chlorella 5 Astasia 8Mushrooms onAm 1 41 Phyearum 509 3 Seaweeds 9 Acetabularia 51 Chlamydamonas 2Holmintosporlum 24c Nourospora rS2 hizosaccharo x 58 Scenedesmus 15 Fucus 5Clavicaps ALGAE 28 Lichens S. z 11 Parphyra S Laminaria 3Allomyces ACCMAROmYCE PR 3 7 Plankton 15 Mildew Z 0 27 Nitella 98 Lichens 58 Actinomyces 36 Fusarium YEASTS 20 N ob. 1802 69 Candida 63 Conidia ORU -< V FUNGI 69 Candid& 20 T 4Enc'..y... 3 Aflatoxin 4 Endomyces 13 Myc ... [ASPER ILLUS 1779 26 Rhizopu. op as 151 Streptomyc 20 TORULA a. 120 orulo 20 Ustilag. p _j CHL

11 Ph -444 2 Mangold x 9 Cork 2VQgetative Propagation ROOTS 8 Plant Stems TREES 3 FURE -RS 69 70 ML re 202Stems 65 Moristem 121 G 20 122 Bulbel 3AKS 2 PLANT GROWTH 2OQuercus 314 166 1 465- AUXINS A. Fi 278 Pine NICOTIANA F64 Gibberellic Acid] 354 Germination OIGITALIS 131 Forests Tobacco L 30 Endosperm 13 Kinetin 7 236 Seedlings 5 Alol PLANTS 68 Soroutine 9 Green Beans 59 Lettuce 78 Lupinus L 321 1 Atropa Belladonna 6 7 2 Mangold 84 Cabbage 145 Carrots is Buckwheat LEGUMINOSAE 261 53 Cucumbers 11 Garlic 8 Asparagus 6 Chara Vulgaris FLOWERS 406 Beans 146 Beets 10 Broccoli .3WI 472 Cotton 89 Alfalfa 4aE Beans FERTILIZERS 2 Crepis 452 Vicia 11 Vetch 402 POLLEN] VEGETABLES 53 Cucumbers 227 Soybeans 123 Pisum 52 Superphosphates 138 Phaseolus 432 Peas 116 Anthe 155 Onions 432 Pas 59 Radishes 29 Ferns 78 Lupinus 8 9 Clover 48 Buds 227 Soybeans 130 Spinach 11 Sash 717 28 Hellanthus 56 Tea 9 Carnations 354 Tomatoes 2 Haves 54 Arabidopsis 2 Shrubs 89 Staminal Hairs 2632 J 1764 Leaves 12 Bark 1 20 Lilium 8Corchorus 38 Trillium 2 Thoobroma 2!3 (Cultures) AGRICULTURE 1 Moss Plants Coffee Plant94 Sunflowers 31 Woods 10 Irrigation 42 Popover Somniferum 12 Peppermint 24 Essential Oils 19 Xanthium ROPS 222 Tradescantia lulLures 13667- 13o Flour 16 Cocoa 1637 61 Cheese 44 Butter 279 Oats 369 Rice 125 Rya 4 - 4o Broad 4 Bean Curd 19 Buckwheat 130 Flour 52 Grapes CITRUS 32 Bacon FOOD 26 Coconuts LemonslS Chain 8 Jam 20 Malathion 131 Herbicides 28 Cherries Grapefruit 18 225 Food 38 Dieldrin 41 Hyamine CEREALS (Corn) 158 Apples Oranges 73 1 Haney 2 7Nutrition r. W PESTICIDES 277 556 Avocados 71 Seafood WHEAT MAIZE [Corn) FRUIT Bananas 29 BEVERAGES - 303 20 13 Ourum Wheat ll 2 Zea May! 56 Tea INSECTICIDES N ICI Mangoes Peaches 53 35 Coffee 84 DDT ycl Papayas Peanuts 57 32 Wine Veratridin 813 59 Triticum BARLEY 45 Pears Strawberries 98 3Beer 34 H rd.u Pineapples 29 Juices 4065 - 1380 - 6418-j

ATES PLANT CELLS EGGS MEAT FISH 03 01 03 03 03 PLANTS - 02 so 03 MAN MICROORGANISMS 1.227

13.646 MONKEYS 62 acaca Mulatta ANIMALS 43 Macacus Rhesus - Yrimntes

669 INVERTEBRATES 55 VERTEBRATES 4.892 15 Hydra Exoskeletons Cyclostomata DOGS

29 ANNELIDS 1192 AMPHIBIANS -0 4 Worms) 522 MOLLUSCS 1484 MAMMALS 80 Oysters 78 AXO1,OTL 10 Bats 105 RUMINANTS 71 Clams - Siredon Mexicanum 101 Burros - Rumen - 2.317 412 HELMINTITS 3 Mussels 701 FROGS 645 Cats 244 Goats CATTLE 4 Worms7 18 Sauids Rana 6Donkeys 864 SHEEP Shellfish 113 TOADS 119 Horses 66 Lambs 244 Costs FLhTYHEL\1,INT',1S 889 Swine 335 Cows 13 GASTEROPODS - Xenopus 13 Whales 189 DEER 140 Calves 40 Planaria r9l Sna 75 SALAMANDERS Zebras - Caribou 86 SCHISTOSOMA Amblystoma AntlOrG - Mule Deer C 27 Cercaris. 71 Seafood - Cdocoileus 2.965 47 Cestod 100 TRITURUS cyst:,), 491 ARTHROPODS - Newts Hemionus ml 6Mites - Triton Alpestris - Reindeer 17 Lac tion 192 NEMATODES 9Scornions - Triton Cristatus 863 RODENTS 38 Ascaris 4Spiders 61 TADPOLFS Gerbils 53 TRICHINELLL ( Larval tage) 12 Cotton Rate 120 Trichinosial 412 CRUSTACEANS 5Dormice 708 Hamsters 1.243 19 ECHINODERMS -Artenuia. 134 REPTILES 12 Kangaroo Rats mEAT -Crabs 5Muskra 21? SEA URCHINS -Crayfish 49 Snakes 37 Squirrels 15 Ham 35 Arbadia. -Daphnis 31 Turtles 18 Ground Squirrels 57 Pork Strongylocentrotua -Euphausia 38 Lizards Citellus 32 Bacon -King crab 4 (Beef') -Lobsters (Shellfish) - Shrimps 6.450 71 Seafood *RABBIT ,A

MA 13.184 1A

Z 2.212 2.746 MICE FISH 1.548 L BIRDS - Pero scus

33 Carassius EGGS 1832 Chickens 22.574 23 Godfish 23 Hatching - Chicks TS 32 Goldfish 45 Yolk - Han 4Guppy 69 Ducks 3 Neotoma 54 Salmon 86 Fowl L 78 Trouts - Poultry 21 Tuna Fish 172 Pigeons 2.664 1Sea Horses 44 Newcastle Disease GUINEA PIGS - Hippocampus 9Sparrows 2.1 Misgurnus Fossilis 4Sea Cliff Birds 71 Seafood 4Waterfowl

REPRODUCTION 09 ANIMALS 03 0 6 4111 03 INFECTIONS ANIMAL CELLS EGGS

8.836 3.159 3.784- BACTERIA MICROORGANISMS INSECTS - Germs 58 Microbiology 13 Entomology 21 Acetobacter Cultures 212 Pupas 51 Aerobacter 20 Nymphs 75 Azotobacter 1 Gulliver Space Probes 578 Larvae 1 Bacillus Anthracis 378 Plankton (Larval Stage) 109 Bacillus Cereus 1-Ants 106 Bacillus Idegaterium 1311 PROTOZOA ., Been 5 Bacillus Pumilus 143 AMOEBA 3 Collembols, 1 Bacillus Stearothermo 12 PelomyX& 15 Ephestia philus 5 Gnorimoschem4L 352 Bacillus Subtilis 1110 EUGLENA 8 Rhodnius Prolixua 4 Bacillus Thermoacidurans 5 An asia Longs, 159 Silkworm 4 Bacterium Cadaverls 2.035- 13 INFUSORIA - Bombyx b Bartonella VIRUSES 207 Paramecia 36 Brucelle. - Paramecium Aurelia 92 Clostridium 18 Adenovirus 31 PLASMODIUM 176 PLIES 146 Cloatridium Botulinum 16 Herpes Zoster 29 Malaria 1214 Drosophila 21 Clostridium Kluyveri 73 Influenza Virus I - 16 Clostridium Pasteurianum 83 Polio Virus 2 Anaplasma 50 FRUIT FLIES 38 Clostridium Perfringens 72 Polyomia Virus 5 Chilonionas Z 14 Clostridium, Sporogenes 23 Rickettsia 51 Chlamydomonan 7 Ceratitis Capitata 0 27 Coliforms 12 Simian Virus 408 Cblorella Dacus 30. 2939 Escherichis. Coli 160 Tobacco Mosaic Z 0 6 Escherichin. Freundii 69 Vaccinia Viruses 1 Spathidius 31 Hemophilus 21 Warts 184 Tetrabymens. 5 Klebsiella Pneumonias 44 Newcastle Disease 1 6 Trypanosona 83 BEETLFS 109 Lactobacillus 89 Tribolium 20 Leuconostoc 1.145 10 Tenebrio 8 Meningococcus 2 Disinfestation Weevils 19 Micrococcus 20 Ustilago 81 Micrococcus Lysodeikticus 36 Pusarium. PARASITES 48 COCKROAC 61 Mioroooccus Radiodurans 31 PLASMODIUM 54 Mycobacteria U Malaria 5 Blaberus i63 Mycobacterium Tuberculosis 2 Mycoplasm 1'183 0 Tryp&n0d0ma 107 GRASSHOPPERS 23 Nocardin. IACTERIOPHAGES, 2 SP ROCHFTES 10 Melanoplus 71 Pneumococcus 3 SrPhi 9 Chortophags, 58 Proteus Borrel 1 Encoptolopus 313 Pseudomonas 32 Rhodopseudomonas 47 Cestodes 56 MOTHS' 62 Rhodospirillum 690 406 SCHISTOSOMAPlanaria, 7 Codling Mothl 23 Rickettsia SPORES 364 Salmonella 2 Co is 66 Serratia 37 Microspores scaris 124 MOSQUITO 32 Shigella 63 Conidiq 53 TRICHINELLA 37 Andes SPIROCKETESI (cysts) 120 Trichinosial 30 Anopheles [TS'Uhilif _ 7 Codling Moth 1 151Z"' StrptSiapny,,ococcl ...... 505 FRUITGnorimosohema FLIES 8452 HabrobaconWASPS 7 Ceratitis Capitat 12 Mormoni*lla - Dacus 14 Ephestia 8 Rhodnius Proxilus 10 Tenebrio 89 Tribolium. Weevils

FUNGI PESTICID 02 02 ANIMALS 03 Bis INSECTS MICROORGANISMS) 04 WS 05 RESPIRATION NONE MARROW

13.096- TISSUES 28.755 LIVER 7.949 NERVOUS SYSTEM 5.655 BONES 2CARTI AGE . 82 AUDITORY ORGANS 302 Oral Cavity 115 BILIARY TRACT 342 CARTILAGE 16 DmfnR.. - I Chondrocytes ndrocytes ZJ-1 FARS 29 5Paranasal Sinus 74 Gall Bladder 1 Cho Chondrosarcomas 36 Penis 527 Bile 29 Cho 3 Eustachian Tube 29 7 8 9 Placenta 82 Bile Ducts 9 3 6 TEETH ni rNyli!"E" CONJUNCTIVA Plant Stems 3 7 2Cirrhosis 8 Ca riss :gVEVestibular Ann,,t,A 11 Conjunct 'v't's 14 Sarccidosis 104 Hepatitis 81 Dentin 3b? N 7Schwartzman Phenomenon I 5Hapatomas 93 Oa tistrv 14 Oenervation 232 EARS 63 Kupffer Cells 1 3 4 VERTEBRAE 41 Sciatic Nrve 202 Stem a 86 Portal System 44 Sp ondy 3 Eustachian Tube 44 T!ndn. 47 Jaun dica 11 Antlers Trigeminus 5 Otitis 1.004 T a us Cultures 25 ague i57 FIBROSIS 313 Tissue Extracts 51 Bons(Epiphysis) Fractures REFLEXES 22 Kld. (Toes) I 214 11 Ewing Sarcoma 3 9 Ht[INA F LARYNX 115 Tongue 5.791 28 Vocal Cords] 129 Femur r 498 ORGANS 119 Tranchaa LUNGS 64 Jaw 30 Electraratinography 13 Cri 170 Ulcers. 43 Multiple Myeloma I 27 Retinoblastomas 2 Vagina 300 SPINAL CORD 0 132 ;HARYN1.1ij_ 41 Pleura 67 0stsoblasts 14 7 T. 46 Vulva 19 Osteomyslitis Myelitis F -Whits Matter 145 RESPIRATORY TRACT 9 Osteons 1 9 Msloscierosial 470 URINARY TRACT 176 Connective Tissue 91 Osteoporosis 120 bYMPATHETIC NERVOUS SYSTEM 539 Bla r (Cultures) 226 RONCHI 88 0steosarcomas L Sympathectomy 31 Pys tgraph 196 Edema 29 Asthm;jr is D 102 TI;TE 83 Uroftrs 8 B onclitis 5 Paget iseass I 106 Flavor 57 Endometrium 119 Trachea 99 Rickets 2 1 3Cerebellum 10 Urethra 609 Epithelium 4 M Q I 2 Skeleton 208 Cerebrospinal Fluid 1.798 UTERUS 141 Esophagus - Maximum Ihale 49 Skull 30 Electraretionagraphy 23 Eyelids t1o - Spine 56 Epilepsy S7 Endometrium 74 Gall Bladder Ouantitv] 72 Tibia 34 Myometrium 41 Galling 5T PNEUMOCON-TOSIS 125 Ganglions 11 Gangrene - Silicosis (Rib.) 4d Learning SSI Adipose Tissue 55 Gill 26 Berylliosis 12 Meninges (Athrophy) 18 Histograms (Breast) (Mental Diseases) 5 1Autopsy -Histology 140 Breath 6 29 3 1Multiple Sclerosis 141 Blopov 38 Lips 39 Emphysema BRAIN 88 Nerve Calls (Macroscopy) 535 Inhalation -Neuralgia 65 Nasopharynx 121 Moristem I Lung Clearance 16 Astrocytes 30 Neurology (Nodules) 580 Mucosa, 4 Pneumonia 3 0 Astrocytomas 5Olfactory Bulbs 0 e Histological Techniques 14 Nai is 60 Pneumcnitis I 3 Cerebellum 40 Pain r, 4 8ronchDpnsUMDnia 293 Cerebral Cortex 26 Paralysis 12.603- (Cortex) 22 Poliomyelitis 142 CHEST 21 Homeostasis 193 Electroencephslograph 18 Psychoses 30 Mediastinum BODY 70 Hypothermia STOMACH 3.317 20 Electroshock 34 Schizophrenia Th. rax 16 Intake 34 Encephalitis 30 Astrocytomas Br (Nacroscopyl 9 Gamma Encephalography 219 LIMBS 15 MPBB 396 GASTROINTESTINAL TRACT 44 Glioblastomas 37 stimuli 21 Feet 10 MPI 72 Digestion 51 Gliomas Parasympathetic 32 Fingers 140 Neck i17 Duodenum (Flippocampus) Nervous System 130 Hands 118 Obesity 141 Esophagus 770 Hypothalamus 24 Legs 90 Pelvis 377 Ingestion (Mental Diseases) 498 ORGANS - Somatic - Rumen - Parkinsonism 13 Critical Organsi 6 Sunshine Units 25 Vomiting 06 Pineal Gland 117 Abdomen 15 Sweat 23 Gastritis 29 Thalamus 51 Autopsy - White Matter 61 Face 482 Whole-Body Counting 35 Favor 1.012 Whole-Body Irradiation 202 Head 99 Hibernation

INTESTINE 08 07 01 GONADS HORMONES METABOLISM

3.846 6.907 MUSCLES GLANDS 6-433 6.155 KIDNEYS SKIN 63 Actin 70 Glomeruli 17 Acne 1.522 MAMMARY GLANDS 1`1 Hydronsphrosis 112 Dermatitis 21 Biological Fatigue 171 actmtl.. 4 Electromyography .853 PITUITARY GLAND 99 Naphritis 32 Eczema 5 Muscular Contraction 16 Naphroblastomas 204 Epidermis Myasthenia 95 Cushing Synd 10 Nephrosclarosis 117 Erythema 55 Myoglobin 213 HUEahysect 0 r,., .1 -Naphrosis 45 Feathers 8 Myomas [501 SECRETION 31 Pyslography (Follicles) 10 Swimming 130 S liv a 263 Ronal Clearance 7 Furs i5 Sweet 47 Uremia. (Karatitis) (Endocrine Glands) 8Albuminuria, 30 Leather 270 Hypothalamus 17 Artificial Kidney 31 Lupus 3L:crimal Glands 45 Psoriasis 1.049 P ncreas A 6.872 3.532 URINE 84 Radiodermatitis 365 Parathyroid Glands 14 Scalp Z HEART 6Albuminuria 26 Sebaceous Glands 0 66 Pineal Gland 1.551 Excretion 71 Subcutaneous 262 Prostate 8Glycosuria 13 Sweat Glands 26 Angina Pectoris 267 SabaceousSalivary GlandsGlands 4Polyuria 21 Warts 6Bradycardia -Urinalysis -Cardiac 13 Sweat Glands 575 HAIR 96 Cardiac Output 14 Alopecia 0 -Congestive Heart Failure 2.472 1 2.634 78 EDilation .j 160 Coronaries ADRENAL GLANDS FECES -38 Hair Follicles 139 Electrocardiography 1.551 Excretion 47 Myocardial -Adrenal Cortex r, 349 Myocardium Infarction 164 Adrenalectomy I 4.154- (Cortex) MEMBRANES -Suprarenal Gland INTESTINE EYES 2.647 1.842 435 PERITONEUM 41 OSMOSIS THYMUS Van T Hoff Low 223 Intraperitoneal 45 Amnion 29 CONJUNCTIVA 1OB Thymocytes 17 Msentery 2 8 8 Call Membranes 11 Conjunctivitisi 25 Pritonitis - Cell Walls 396 RETINA 5.072 176I RECTUM10 Anus --- I 4 Dialysis 27 Ratinablastom.si 40 Appendix 10 UVEA SPLEEN -Colon 12 Meninges(Permeability) F 95 Splanectomy 7Enteritis - Septum ,73 VI! 44 Splanomegaly 64 Diarrhea BLINDNESS 41 Synovia 3 Flashbl (Diaphragms) 7.330 -Jejunum 18 Chorioallantoic (Astigmatism) THYROID 396 GASTROINTESTINAL TRACT Membrane 42 Choroid 72 Digestion 266 Cornea 1.001 HYPERTHYROIDISMI 30 Electroretinography 34 Bas.,:.,,w d 1 117 Duodenum 684 82 Eye Cataracts (Foll: 141 Esophagus RESPIRATION 31 Ophthalmology 5 51 Coiter 29 Typhoid 2 RESPIRATORY EQUIPME 17 Sclera 491 Hypothyroidism 13 Parathyphoid 68 MasKs 14 Trachoma 88 Myxedama 140 Breath 24 Aqueous Humor 129 Thyraidectomy 26 Sprue 3 Inhalaticn 59 Th.roiditis -. a 293 Thyrotoxico.sis

5 XH LUI GS 04 04 ANATOMY 04 04 BONES

5.302 3.281- 4.753- BONE MARROW BLOOD FORMATION (Aplasia) - Erythroblasts BLOOD VESSELS - Marrow 376 Erythropoietin Angiography (Embolism) 83 Megakaryocytes - Hemopoissis 158 Angiomas 50 Ischemia 43 Multiple Myeloma 437 Reticulocytes 252 Aorta 86 Portal System 93 Mysloid Leukemia Arteries 20 Tolangiectaaia 56 Myeloma 242 Arteriosclerosis 60 Thrombosis 3Plasmocytes - Arteritis 84 Vasoconstriction Stem Calls 48 Carotid Arteries 522 VEINS 7.865- 8 Carotid Sinus 383 Intravenou- 160 Co] - Blood Coagulation 51 Hyperglycemia 1.795 18 Dicumarol 414 Polycythemia lo6 FIBRINOLYSIS 68 Prothrombin. 21 Hematin 54 Fibrinolyain 7P rothrombiA Time 1.153 36 Hematoporphyrin 22 Purpura AGE 191 Home MENNEN 93 Hematology 9Septicemia 100 Hemin 10 Hemograms 5 norrhagis, HEMOGLOBIN 10 Hemophilia 39 Thromboplaatin 'E 66 HEHOSIDERIN 258 HEPAR 2Tromexan 4.302 Lo 149 Hemosiderosial 1 _7 Chond2itini 47 Uremia BLOOD CIR ULATION 52 ethem globin 375 Blood Flow F3 2..5 BLOOD PRESSURE 307 Hypertension 3.341 - F 43 Hyp6tension BLOOD CELLS (Circulation) 4.358 148 Hematocrit LASMA Congestive Heart Failure 36 5.400- 98 PTELETS (Embolism) .4 50 Ischemia. ERYTHROCYTES 83 Megakaryocytes 86 Portal System 35 Hemagglutination 84 Vasoconstriction 1 Microcythemia r, 414 Polycythemia 5.1 C f 0 437 Reticulocytes SERUM PHOCYTES 4 Ri a z (Serum) 93 Lymphoid Cells 53 Lymphopenia. 106 Thymocytes

3.661 4.059 LEUCOICYTES 106 Eosinophils LYMPH SYSTEM 1.113 - Granulocytes 6 Abenoida 178 Lymphosarcomas Blood Coagulation 150 Loukopenia. 237 Lymph Nodes 56 Myeloma A Dicumarol COAGULATION 70 Monocytes 128 Lymph V lo6 FIBRINOLYSIS 1 202 Neutrophils a 64 RETICULOENDOTHELIAL SYSTEM ininj 68 Prothrombin 10 Ly-mphobl::1t1.1:a6 for Cells 54 Fibrino go PHAGOCYTO 1134 LYMPHOGRA oidosis 65 Flocculation 7 Prothrombin Time Opsonins 1203 Hodgkin acic Duct Hem"phi lia 56 Thrombin 93 Lymphoid Cells 37 Tonsils 59 HEPAR IN 39 Thromboplaatin 263 Lymphomas 7 Chondroitilln 2 Tromexan

LEUKEMIA 06 BLOOD SYSTEM 05 es as es 07 LEUCOCYTES BLOOD HEMOGLOBIN MEDICINE 1 468 CARCINOGENESIS 1 Crcinogens -Nephrosis 46 Leukemogenesis 117 Erythema -Neuralgia 2.492 DISEASES 82 EYE CATkBA7TS (Nodules) 118 Obesity CANCER T LEUKEMI (Cataracts) 91 Osteoporosis

132 Adenocs.rcinomas 3 Adenofibromas (Blood Diseases) 72 Abscesses 5Paget Disease 1377 Carcinomas 225 Adenomas 46 Leukemogenesis 14 Acidosis 22 e a 26 Paralysis -Parkinsonism - Cervical Crcinoma 93 Mysloid Leukemia 17 Acne 29 Chondrosarcoms.s 158 ANGIONAS 103 Aoromegaly 55 Fistulae (Pathology) 173 Epitheliome, Hemangiomas 2.357- 8 Albuminuria 23 Gastritis 25 Peritonitis 70 Fibrosaroomas 14 Alopeoia 8Glycosuria 13 Jensen Sarcoma 199 Ancites Celle 11 Amenorrhea 57 PNE 178 Lymphosaroomas 30 Astrocytomas ANEMIA 26 Angina Pectoris 551 GOITER SuillIOC001810SIS 13 Medulloblastomas 3 Burkitt Tumor 28 Aplastic Anemia 20 Anorexia (Graves Disease) 197 Melanomas 95 Cushini Syndrome (Blood Diseases) (Aplasia) (Neopla.siss (Cysts (Clorosis 17 Gout 242 ARTERIOSCLEROSIS (Health Incidents) 414 POLYCYTHEMIA 16 Nephroblastomas 162 Pernicious Anemia (Atheromatogin) -Helminthic Diseases (Erythromi 17 Neuroblastomas LICH A 2 Thalassemia - Atherosclerosis 10 Hemophilia as Ostaosarcomas - Asoites Tumc, 1.585 6Polydipeia - Ehrlic.Amjt I (sclerosis) 49 Hemosiderosis 27 Retinoblastomas r. OU RADIATION SICKNESS 104 Hepatitis 4Polyuria 567 Sarcomas - Arteritis 11 Hydronephrosis -Proctitis 19 Seminomas Ependymoblastomas Patholog 63 Arthritis 51 Hyperglycemia 45 Psoriasis 112 Walker Carcinoma 11 Ewing-Sarcoma Mckness 4 krthrosis (Hyperplasia) 18 Psychoses 10.234 8 Fibroadenomas Dysentery) 29 Asthma 307 Hypertension 22 Purpura 44 Glioblastomas Realth Incidents) (Atrophy) 21 RHEUMATOID ARTHRITIS1 INFECTIONS 51 Gliomas 1 3.334 26 Berylliosis 1001 HYPERTHYROIDISM -Polyarthritis 7 Botulism 97 Granulomas 34 Basedow 4 Bronchopneumonia 195 Repatomas LETHAL DOS BLINDNESS Exophthalmos) (Rheumatism) (Hyperplasia) 4. 5 Graves Disease) 22 Cholera 3 Flashblindnes] 62 Diphtheria 5 Luteomas I 99 Rickets (Dysentery) 10 Lymphoblastomas 6 Bradycardia 29 Hypertrophy 14 Sarcoidosis 16 Herpes Zoster RADIATION INJURIES 18 Bronchitis 43 Hypotension 29 Influense. 34 LYMPROGRANULOMAS 10 Bursitis 41 HZgothgoidism 34 (SicSchi:o:hr3nia n aa 372 Cirrhosis b5 IRFLARMATIUM I.WI 29 Malaria 203 Hodgkin Dises. Aplasia - Congestive Heart Failure Jo gaeumonitid 44 Splenomegaly C* 13 Mycoses Atrophy (consumption) )U Isonezi -s- 44 Newcastle Disease 263 Lymphomas Blisters) 95 Cushing Syndrome 47 Jaundic: 44 SPONDYLIT 19 Oattomyelitin 197 Melanomas 'I, n (Lethargy) -Ank-ylosinR 5 Otitis 43 Multiple Myeloma 16 Deafness I Spondylitis (Damage) 112 DERMATITI 150 Leukopenia 13 Parathyphoid 6 Myeloma 78 Epilation (Dermatos 9 41 Pneumonia 8 Myomas 31 Lupus 26 Sprue 14 Flash Burns i 6Mastitis 20 Telangiectasis 22 Poliomyelitis N:oplasms) Health Incidents 558 Diabetes (mental Diseases) -Thrombocytopenia 79 9 Septicemia N dules) Injuries) 44 Mongoli:m 60 Thrombosis (Sinusitis) Nuclear Accidents) 1Multipl Sclerosis 59 Thyroiditis 13 Syphilis 41 PAPILLOMAS 64 DIARRHEA - apillomatosis Pathology) (Dysentery) Nyasthenia 61 Tetanus 2 Project Sunshine 14 Myelitis 293 THYROTOXICOSIS 59 Thyroiditis (Radiation Damage) 9MyeloeclerosiB (Graves Disease 14 Trachoma 14 Sarcoidoeis 27 Dystrophy 2 Thymomas 84 Radiodermatitis 32 Eczema 47 Myocardial Infarotion 20 Trichinosis 708 RBE 88 Myxedema 170 ULCERS 203 Tuberculosis Sclerosis) (Embolism) 19 Nausea 11 Gangren 9 Tularemia 13 YOSHIDA SARCOMA Sterility) 39 Emphysema Yoshida Asoites 29 Typhoid J 34 Encephalitis 342 Necrosis 1 ,70..] z 21.662 7 Enteritia 99 NEPHRITIS 18 Typhus 10.288 Glomeralonephritin 47 Uremia, i 3Uveitis 27 Virulence r56- EPILEPSY 10 NEPHROSCLEROSIS 8 4 Whooping Cough 01 Audioge ic Seizurej (Sol erosis) 21 Warts 25 Vomiting 3.381 14.302 -

RADIATION DOSES ANTIGENS IMMUNITY 44 07 07 DISEASES - 06 46 46 39 GAMMA RADIATION X RADIATION RADIOAUTOGRAPHY

/ Z IOGRAPHY

- kngiography Z RADIOTHERAPY MEDICINE 359 CONTRAST MEDIA 435 Hippuran 38 Catheter 342 APPLICATORS 4 Hypaque 1363 THERAPY 93 Dentistry (contact Therapy) 25 Lipiodol 17 First Aid Radioapplic .t 4 Diodrast 4 Acupuncture 39 Gynecology 5 18 Balneology 109 Hospitals 12 Neutron Capture Therapy 441 Thorotrast - Chemotherapy (Medical Supplies) Fluoroscopy L 16 Iontophoresis 30 Neurology 42 PLESIOTHERAPY Ga 31 Ophthalmology (Contact The r-py) -Gammascopy 2513 VeterinaryTropical Medicine 10 Pediatrics 18 Histograms (Prognosis) (Radiology) -Microradiography 57 Prophylaxis 126 Radiosurgery 10 Rotation Therapy 15 450 10 PINHOLE CAMERA 15 Sieve Irradiation Pinhole Chamber 12 Supervoltage Radiotherapy 31 Pyelography

13.087 - 359 RADIODIAGNOSIS T 6 Kymography DIAGNOSIS 184 Fasting Is 8 cm" 'A Radiological Surveillance 225 Food Chain 0 (Radiology) 9GAMMA ENCEPHALOGRAPHY1 127 Nutrition Roentgenograms (Encephalography) ANTIGENS Tomography 4.813 6.817 7Prothrombin Time 150 Endotoxins 359 RADIODIAGNOSIS1 ANESTHESIA 5 Freunds Adjuvant IMMUNITY 8 Kymcgraphy 647 48 Tuberculin 1 225 Vaccines 2236 SCINTIGRAPHY 206 ALLERGY Sointiscanners SURGERY 2.131 29 Asthma 32 Eczema (Sinusitis) 9.793 (Ablations) 164 Adrenalectomy 11 Anaphylaxis 14 Denervation 66 Blood Groups 10 Electrocoagulation ANTIBODIES - C-Reactive Protein TRANSPLANTS 15 Extracorporeal 75 Complement 213 Hypophysectomy 295 AGGLUTI NINS 150 Endotoxins 96 Parabiosis at 35 Hemagglutinatibn - Plastic Surgery 34 Agglutin ion 304 Hemolysis 26o CHIMERA S 126 Radiosurgery 148 Hemagglutinins Radiation Chimeras 95 Spleneotomy

Z 130 kntisera 3 PEPTONE SHOCIC -1 I (Shook) -Grafts 40 SURGICAL MATERIALS 32 Antitoxins 335 Transfusions 1 atgu 0 92 Hemolysins 229 RADI01MMUNOLOGY (Medic .J 41 Interferon tal Supplies) Opsonins 143 Radioimmunoassay 4.337 (Sutures) 34 Precipitins (Serum) 70 TOLERANCE 11 Sympathectomy Immunosuppressioni 129 Thyroidectomy 10 Vagotomy 2.821 98 Vaccination 5.451 -J 6.007

MEDICINF 07 et 13 RADIOTHERAPY RADIATION PROTECTION CYSTEINE

16.936

443 SARBITURIC ACID 228 ANESTHETICS 167 harstacology - harmaceutical: 85 DIURETICS 107 ANTIHISTAMINICS 2574 PhenobarbitalAmytal 89 Nembutal 37 Radio& vitiss., - Chemotherapy 264Theobromine Theophyllins 18 Benadryl -Luminsl IHalothane 49 ointme:ltla 39 Chlorothiazid* Dimedrol 65 Procains - Medical Supplies Dramamine 8959 Thiopental.Nembutal 62 Cocaine 34 Salygran 9Promethazine -Pentothal 39 Thiopental erodrin - Phenergan -Pentothal DRUGS 1,634 LNTIMITOTIC DRUGS 336 ANALGESICS RadiomimeticCYtostatice drug, ylenetatramin4 245 PARASYMPATHOLYTICSBelladonna 173 Antipyrine HTPNOTICS 55 AnSiOtensin 2690 RADIOPROTECTIVE SUBSTANCES 168 Atropine -Pyrauldon 25 Anytal 68 I60niasid 11 Meperidine 89 N*mbutal 52 Penjoillamin, 933 Aminopterine 748 AET 6 HY090YamineScopolamine 00. 6Phenaostim. 74 Phenobarbital 8Azaguanine Aminoethylisothiouroi= 39 PhsnojPhthli, 28 Chlorambucil 48 Unithiol -Methadone - Luminal 38 PAS 226 Colchicine 114 BAL 153 Morphine 46756 BetaineHint ine IDiazo-Ozo-norloucine 780 SYMPATHO LY I -Don 5Antifein 24 Ergot. SEDATIvzs 169 Endoxan 1.2 Bufotenine 8 Diben 3.21 NARCOTICS41 Codeine 8941 NembutalCodeine 6SOOP01amineIStrychnine 56 Fluorourecile 15 Kallikrein -Methadone -SParteine 23 FUDR - Padutin 245 PARASYMPATHOMIKETICS 8Hesperidin 74 Phonobarbital 28 Psoralen - Fluorodsoxy-uridine 107 MEA 290 Acetylcholine -Luzin&I 5Mannomustine - Cysteamine 153 Morphine 25 Anytal 3Orinas4 23 Melphalan. - Mercamine 53 Eserine 11 Heroin 18 Benadryj 9Leukogen - Sarcolysin - Mereaptoethylamine Heostigmin, 42 Papaver Somniferox 8Promethasine 65 Acriflavine 41 MercaPtopurine 08 MEG 53 PilOcairpine Phenergan 33 Lysergio Acid - Mercaptoethylguanidine 67 Sacchari a 113 Methotrexate 24 Mereaptopropylamine Curare - Amethopterine - Mpa 780 SympATHOMIMETICS 2398 CORTICOSTEROIDS Tubocurarine 74 Myleran IMexamine 1(15 Adrenaline A.NTIPYRETICS 13 Wool Busulphan 717 Serotonin - Epimephrine GLUCOCORTICOIDS 173_PYrasidon Antipyrine 26 Methyl violet 553 Nitrogen Mustard -Hydroxytryptamine 61 Noradrenaline 99 Prednisono 229 Methylene Blue - Nitromin 9Royal Jelly J87Adrenoohrome Ephedrine 62 Prednisclone 6Pbkn&cetin6Tanderil 13 Congo Red 1Procarbasine 25 Benzedrine 'S 0/Z 21 Doxasigthesone 46 quinine 27 crystal violet - Natulan 321 Dopamine < C$I 10 Cinohonine 1Pop 36 Proflayine 112 Tyramine 0 CO), Hydroxypropio 51 Thio-Tspa 59 PSYCHOTROPIC DRUGS 4Naphazoline x 1502 EST M 14 ;hytohemagglutininpben Tretamine 12 Imipramine 9Phenylephrine 98 Mlbestrol - Tom 19 Amphetamine 19 Amphetamine 9 Lankogen 3Triaziquone 35 Iproniazide 311 Pregnenolone 30 Vinblastine- Trenimon 178 Reserpine (Blood Coagulation) (Chelating Agents) CARDIOTONICS 228 PHENOTEIAZINES 258 Repsrin 114 BAL 166 Digitalis 209 TRANQUILLIZERS 154 Chlorpromazine 2 Tromex&n 1 48 Unithiol 91 Digitoxin 248 ANTITHYROID DRUGS 154 Chlorpromazine 9Promazine IS Dicumarol 143 Oubain 220 Thio il 2Diazapam. 8Promethazine 52 Penicillamine 177 Strophantin 76 vitaminur&c B-T - Valium Phenergen - Carnitine 9Promazine

TOXICITy5 892. 3.414 7Griseofulvin 1 Sarcomycin 3 Aflatoxin 933 Aotinomyoin 162 Mitomycin 416 Streptomycin 109 Radiotaxins 10 Bacitracin ANTIBIOTICS 46 Neomycin 3 venoms 426 Chloranpheniool 308 Penicillin 1524 TETRACYCLINES Levomycetin 23 POlYmYxin 20 Cyclobeximide 7Prodigiosin A-reomycin DISEASES 484 Puromycin Tuerramycin 06 GLOBULINS SULFONAMIDES j .13 MEDICINE - 07 iks (DRUGS) 04 07 3 GLANDS HORMONES NUCLEIC ACIDS I 7 1286 --- UTERUS 1. 02 1. 02 TESTES WOMEN - Cervical Carcinoma OVARIES OVARIES 7 6 4 SEX 57 Endometrium 80 Corpora Lutes 80 Corpora Lutea SPERM Amenorrhe 34 Myometrium I Lutooma[Follicles) (Follicles) 184 Spormatog:nesis 2 1 Vagina 35 Ovulation Z I Lutooma -Spermatid 63 Estrous Cycle K 1 46 Vulva 112 X Chromosome > 35 Ovulation -Spermatocy r. -Sparmatogonia 78i3 GONADS -Spermatozoa 7 r, 87 Castration 112 X Chromosome 49 Karyotype B3 Estrous cycle 1_78 Crossing-Over 1813 Chromatin 57 Seminal Vesicles 19 Sominomas CHROMOSOMES 325 Ploidy (Sterility) 116- 698 MATIDS GENES 5425 (Gone Loci) Cistrons (Gene Loci) (Loci) 24 Codons 149 Lethal Genes Episomes --- - 5643 -J

2 Zygotes (Sterility) 22 Keloids 205 Wounds (Recombination) 12 Vegetative Propagation 15 Michaelis-Menton Reaction 49 Karyotype 312 Children 28 Genotype 6Autogamy 105 Healing (Hyperplasia) 37 Heredity 181 63 Estrous cycle '11 REGENERATION 4Filipinas 24 Hotorozygotes PROGENY 170 Fertility 20 Marshallese 9 Homozygotes 24 Litter Size BGynogenesis 3092 38 Sociology 204 Hybrids 11 Parturition 10 Parthenogenesis 33 Degeneration Animal Oreeding 40 MAN (Loci] GENETICS (Lotha s) REPRODUCTION Mass Rearing 0 - 2 5 3 B96- Plant Breeding WOMEN rr GENES GAMETES8 4 2 F1 Amenorrhea Cistrons 33978.- 24 Codons 281 4112 Episomes r (Gene Loci) OOCYTE S POLL zN EMBRYOS 149 Lethal Ganes 35 Ovulation] 16 Anthers 18 Chorio:llantoic Membra 16 YolK S c n B Mosaics 2 Zygotes 7 6 4 31:7 47 Phenotype SPERM -Spermatocytes 184 Spermatogenasis -Spermatogonia 6233 - Spermatids -Spermatozoa

29 Hydracephalus 181 00011" Microcaphaly PROrENY 20 Telangiectasis 24 Li .Size MALFORMATIONS 6 Mosaics 11 Parturition (Abnormalities) 80 Crossing-Over 4 5 Amnion (Imperfections) MUTATIONS PREGNANCY FETUSES (Loci 789 Placenta 227 (Lethals) (In Utero) 5313 2630-1

BODY DISEASES 04 06 GENETICS 08 20 24 24 FISSION PRODUCTS - WATER VAPORS 27.660- 2.239 RAIN HYDROLOGY 3.258' *RADIOACTIVITY *ENVIRONMENT 68 DERT GROUND WATER (Cataracts)

(-.urie) 53 Biosphere 29 Sahara LAKES - Induced Radioactivity - Ecology _Desertl 16 Intake (Exposure) 227 Snow 3Ambrosia Lake 3.154 5Athabasca Lake 3 14F-Activity 3,962 IN VITRO HUMIDITY 4Elliot Lake lo NPI 1,442 Call Cultures 151 Natural Activity 52 Synchronous Cultures 55 Hygrometry 13 Lego Maggiore (Radiation Levels) I - Moisture 16 Limnology 1,004 Tissue Cultur 3.308 - Wetness IMe Nary Dam - Radioactive Levels 480.4 Evt-,,.t. I (Radioactive Materials) 6-7t, Limnology METEOROLOGY 1,342 RIVERS (Location) 230 Clouds 89 RADIOACTIVE MINERALS 283 Reactor Sites 3 Isobar Curves Allegheney River Lapointe Picker In Vivo 648 Seasons 9Blind River 17.572 176 Chalk River (sewage) 18 Sutton Theory 64 Clinch River Temperate Zone 6.798 64 Weather 17 Colorado River *FALLOUT AIR 253 Columbia River 10.356- 7Cr k RADIATION PROTECTION (Debris) F225AIR `C1;DITIONING1 ke Z - Fallout Deposition Patterns 1331 Ventilation 1El River Tennessee .J0 62 Biological Shielding (Fragments) 2Gunnison River 4 MAC Mohawk River 538 Gloveboxes Project Star Dust International iver 453 HEALTH PHYSICS 29 Radioactive Clouds WIND 41 yrophoric 5Nile River 17 First Aid 18 3utton Theory (Fe hn) 4Ohio River 5WHO Mon:oon 9Ottawa River

867 Hot Cells IRhine River 138 ICRP 11.163 70 Savannah River Z 261 Manipulator CONTAMINATION 2Scioto River 20 Tennessee River (Nuclear Safety) 9 (Protection) 13.258 (Exposure) 3.400 Z 2,690 RADIOPROTECTIVE SUBSTANCES *SAFETY 4MAC AEROSOLS 0 4NIQ 3 748 AET 365 Civil Defense 288 XPC 12 Cottrell Precipitator 5Antifein 677 HAZARDS 138 Pollution 14 Coulter Counter . 12 Bufotenine 2Project Sunshine 7Hydroxytryptophan 25 Health Hazards 101 FOG Z 15 Kallikrein 129 Insurance 2 Fog Cooling La 1 1209 Radiation Hazards a 1,107 M&A 114 BAL 6 Goetz Aerosol Spectrometer Z 'A 84 MEG 453 HEALTH PHYSICS -Project Cirrus WI 24 Mercaptopropylamine 17 First Aid 29 Radioactive Clouds IMexamine 5 WHO Smokes X 9Royal Jelly 3 7P-Activity 18 Sutton Theory 717 Serotonin 48 Unithiol Nuclear Safety) (Protection) 6.113 CLOTHING 78 Safeguards DECONTAMINATION

39 Protective Clothing (Purification) 2.388- (Scavenging) DUSTS 9 Shoes (Scrubbers) 26 Berylliosis 51 Washout 16 Cosmic Dust 57 Pneumoconiosia 3.487 Silicosis POPULATIONS 4.436

87 COLONIES CLEANING 54 Colony Forpatiod 92 Electropolishing 53 Eskimos 237 Polishing 4 Filipinos (Purification) 20 Marshallese (Scavenging) 38 Sociology L

MAN STATISTICS FILTERS - IMPURITIES - ETCHING - PARTICLES 08 36 33 19 30 47 ENVIRONMENT 09 21T 2S 19 1 7 1 ELASTOMERS - RUBBER - ION EXCHANGE MATERIALS -ETHYLENE POLYMERIZATION STYRENE.

HETEROCYCLICS -i-5-8 0 - I POLYSTY IRENE' 1309 12.3 310 PYRAZOLES POLYETHYLENES '1463 6 7 POLYMERS atalin ORGANIC SULFUR COMPOUNDS 257 AZINES 172 Pvra.,11., tyrana P 26 Carbowax ic Acid 82 flelamine I 2 4PYRROLES - Ethylene Polymers -P.ULYY.'.'I:t'Ylne '25 11 DISULFIDES 228 PHENOTHIAZIrJES L4 Plarlex 39 Thioct 154 Chlorpromazine 36 Hematopdrnijrincs - Polvthene 4111 POLYAYMIDE JORGANIC HALOGEN COMPOUNDS 17 Lipoic A id 9 Promazine 76 Pratopo phyrines 66 PTFE 'l, logenated Hydrocarbons 228 PHENOTHIAZINES 8 Promethazine 559 PYRROLIDIt4ES p4b lefloni 143 Dimers _j Triazincs 2PDT 6 Graft Polymers 154 Chlorpromazins -6 2Prolino 4 4 3 9 RESINS (Polyacids) 9 Promazine L32 COUMARItJ 2 3PYRROLID04ES 6Amber 32 Celluloid ORGANIC FLUORINE COMPOUNDS 9 Promethazine 2 Trom.::n] 20 6PVP 1 299 Amberlite 52 Cellophan 4 7 2 341 SULFOXID FLAVIIJS 5.701 PYRIMIDINES 22 Araldite -Fluorinated Hydrocarbons 3 65 Acri 150 A I o x a n 5Gum Acacia 18 Fluoroform I 8 THIAZOLE7 4 4 3 BARBITURIC ACT5 671 Dowex 58 Fluorouracils , t7, 6 7 FURANS 3 0 Freons 18 Benz i 1 a] q Benzofurans 2 Amytal 38 BaKelite 129 Furfural A Nembutal 744 POLYESTERS Polybond 66 PTFE 9 THIOCYA14IDES 5 Furildioxime 74 Phenobarbital 6 Textolite 5 4 6 Teflon 29 Thiocyanic Aci] 13 Kinetin 39 Thiopental 25 AtlacN 29 Thermopiastics 516 TTA 7 3 THIOLS 1.262 IMIDAZOLES - - I OA';RO 2 Dithiol 6 Cytosine Trln.1 23 FUDR I r, 40 Benzimidazoles 4 6 6 Orotic Acid 54 KEL-F 7 4 AET a IHatron Z 4 7istamine 2 4 7Thymine is 31 POLYENES 114 BAL et 2Histidine 2 2 6URACIL Ic Resit I BGEO 56 Flucrour 12 L minac Polyal fin, I )N. -Parabanic Acid 11 362 Cystamine IP Urocanic Acid 4 6 rotic Acid air.. 1111 -7.7-Polyet'lers ORGANIC HLORINE COMPOUNDS 6473 49 Cystine 2220 Thioura cylI 244 Mylar 10 PolVisopronetI as 3 CHLORAr4IL 78 OEOTC 1.350 1 NL 0 _ S Paraplax 3Polyoxyme hy 190 Oithizone 84q TRYPTAMIk !ES 7 7 6QUIt4OLINE IPlasKon 90 Polyurethanes 10 Chloranilic Acid 12 Dufotenirami n 45 QuinalFerro j Plyolite 148 Polvprorylene 4 3Chloral 53 GuanethidineOTOH2 I dine Synvar 22 Araldite 22 Chloramine 5 EMS 717 Serotonin:L L- 1 Vibrin 2 9 Amberlite 1.365 Chloroform C fT77 -THIA ZOEES GecKamine 4 Chlorpromazine 1 7 MEA r, 2 9 4 OXAZOLES 18 Benzothiazole]s 84 DDT 84 ME G 0M 13 Benzoxazoles 4 3 Marcapta n -Z 1 Pemoline-1PTS 3q THIOCTIC17 Linoic ATID d 1 3z POLYVINYLS 2 4 2 ChlorinatedPVC Hydrocarbons 24 Marc a pt 0propyl.min. 31 Allantoin Alvar 41 Mercaptopurine - ion POPOP Elvanol POLYACRYLICS .911 Methionine 257 PHENANTHROLIJE 44 AZOLES 37 Fornvar CARBON 30 2 PDT 32 Ferroin 54 Triazoles] n4 PVA - Acrylic Polymers TETRACHLORIDE 52 Panicillamine 38 rlhonanthroline- 54 Carbazoles 2 4 2 PVC 2qf) Plexirlas 67 Sacchari n Ortho 23 Cvanurates 2 PVP 53 Perspex 8 SOPPH 12 Iminramine Teslar 298 Lucite 345 Sulfhydryl Radicals 2.424 PURINES 3Indazoles -Vinoflex Polyacrilonitrile ORGANIC BROMINE COMPOUNDS 118 Sulfones 2067 Adenine 21 Kynuranic Acid 7 Thiadiazoles GOO 7uanine 748 AET - Thio Compounds 61 IlDroholines 7 2 7 ORGANIC PHOSPHORUS COMPOUNDS - 9rominated Hydrocarbons 11 Thioic Acids 41 lercaptonurinR 36 Oxadiazoles 42 Bromoform 5 Thionalide 10 Plhenatine 4P Phosphocreatine 14 PDPA 39 aromosulfophthalei 2 Thionapht h.,., 1 7 3URIC ACID 39 Phenazine S5 Phytic Acid 1MLMPA 56 JUOR 29 Thionine 8Uricase 6Phthalazines 2731 456 XANTHINES 2q Psoralen 2 7 2PHOSPHOLIPIDS 2OMPA I PE913 39 Thiopental 2 7Coffeine 70 Pteridines 8Lardiolipin 1PPCPn J 127 Thiophene 254 Hypoxanthine 4q Pvridazines 53 C8phalins 14 Thiophenols 4Theobromine 21 TCP ORGANIC IODINE COMPOUNDS G7 Saccharin 302 Lecithin 4TOE 220 Thiouracil 26 Theophylline 24 Tetrazoles 4 7 2Phusphatices 13 TEHPrI 153 Diiodotyroi,, 20 7 Thiourea Xanthosine 43 Tetrazolium 24 Snhigomjolins I TOPO Farron TOPS 76 PYRA:S 7Thiadiazoles 14 DEDdP 6 TTA 24 DA11PA TOPS - Iodinated Hvdrocarbons 48 Unithiol 8 Tatra 2Thionaphthenes 348 DEHPA 16 TPO 14 Iodoform 73 Xanthates 126 PYRA ZI14ES 2q Thionine 1L)Lr1P 57 UDPr 2 PBI 2813 61 Piperazinusl 2 7Thiophene IHOTOP -- I 20 Malathion VINYL RADICALS PHOSPHATES 11 15 ORGANIC COMPOUNDS 10 07 07 DRUGS HORMONES

SUCARS 8. 583 1 4 CELLULOSE 6270 1.502 ESTROGENS 2.398 CORTICOSTEROIOS 623 E:tradiol 351 Aldonterone an E tr ol 1 MINERALCORTICOIDS 4.460 LUCOSE7 81 NITROCELLULOS 218 Bile Acids 304 Estr.no 351 Aldosterone 113 Glu cose_0 Colloidin 213 Cholic Acid 7 0 Progesterone 53 OP C Calluolid I Digitoxin 9 Leukogen 58 DOCA DI Lollophano 1 Ergosterol 3 Estrous Cycle 5333 Cortico:teroneGLUCOCORTICOIDS 319 HEXOSE - Ethocol 39 Sitosterol 60 Hoxokin ..I 50 Rayon 296 Sterols 9 Stilbestrol 235 Cortiso 20 Viscose 17 307 Ketosteraids 311 Pr8gnenolone 1.D47 Cortisone 0 r=H0LESTE`R 177 STROPHANTINI 1.190 ANDROGENS D:xam:thazone 342 RIBOSE Dehydroepiandrosterane 208 H dro rotisone 25 Deoxyribose 143 Duabain 55 Androstenedions 62 Prednisolone Ribosides 29 Androsterons 99 Prodnisone AMINO SUGARS 4264 CARBOHYDRATES 875 Testosterone 95 Cushing Syndrome 33 AMINO:LYCIDE,.X.. .1 . I 643 GLYCOSIDES 264 33 as I 91 Digitoxin 1411 64 Sialic Acid a Hesperidin ORGANIC COMPOUNDS ETHERS 25 Phlorhizin 4 Carburane O ORGANOMETALLICS CYCLIC ETHERS 135 Arabinoss 50 Quarcetin Liebig Combustion 504 Dioxane 11 Disaccharidas 22 Saponin 157 Grignard Roagets 165 Trioxar 580 Fructose 17 7STROPHANTIN TEL 482 Galactose 5157 2 113 Anisole 267 Glycolysis EN] 14 BLtyl Ether 2.479 POLYSACCHARIDES ORGANIC OXYGEN COMPOUND! 41 Carbitol 120 Glycoprotains 116 Dextrin 85 UINONE 48 Ethyl Ether 8Clycosuria 23 Dextran 902 ALKOXY RADICALS 287 ANTHRAQU - Isopropyl Ehter 107 GLYCOLIPI13S 8 5 5 Glycogen 54 Butoxy Radicals INONEnj 29 Polyethers 94 Pectins 200 Ethoxy Radica 192 Alizarine 113 Corebroside 28 Pyrogens Hi 6 Quinizari 30 Callosolve 86 Mvdlln 333 Starch 132 COUMARIN 30 CHLORANIL Si Hyperglyce-mia 264 Inulin - 10 Chloranilic Acidl ALCOH 151 Lactose 159 EPOXY COMPOUNDS ilu tionzoquinons 99 moltose 234 EP XIDEJ I 0 5 Clathrdat:s. 57 EZY;HTOLj 1. 284 Mannose 486 MUCOPOLYSACCHARIDES 22 A01111t 15 Qu nhy r 2 0 6Molibiose 6 MUCOPROTEIN 153 FLAVINS 9Ubiquinone 696 GLYCOLS Z. 181 Pentose 83 IntrinsI c Factor 6S ACRIFLAVINE I 6 Benzopinacol 47 Raffinose 14 Phytohemagglutinir Mf I-UHAN5 3641 PHENOLS 41 Carbitol 51 Ribulose 7 Chondroitin 9Benzofurans 121 CRESOL 26 C:rbowax 93 Saccharides I Chitin 128 Furfural 38 Cresyl Radicals 30 C Ilos 0 lvg Saccharose 5Furildioxime 77TIAM 'TH 0 L 66 55 Phyti 11 Sedohaptuloi 258 Hoparin 13 Kinatin 27 ANBN c Acidl 133 Hyaluro BUTANOLL t 70 Sorbitol nic Acid 79 r 0 13XTTA F=ES Banzoxazolo 39 PAN BUTANOL ut 573 THIOL2 lithi,11 SORBOSE 24 Collobiose IMPTS 83 Thorin FI bas n a - Alcoholates T59 Xyloss = PICRIC ACID 15 Batyl Alcohol 29 Zvmosan 1Pamoline 182 Picryl Radicals 6 BenzohydrDl ACETONE t Joe POPOP 34 TNP 1 7 6 Cholins a 67 OXIMES LbURCINOL 251 Acety :n I 38 Decanol KETONES 4708 2 P ntanl:cZonad I 14 Benzoinoxime X, 7 m Pyridvla zoresorcinol 57 Erythritol IDS Acetophanones 107 Dimethylgly 27 A Idol 936 Glycerin J02 Benzophanone 3OTOH2 28 BAMBp - Hexanol 60 Camphor .1514 76 PYRANS 269 ONP 892 132 Enols 8 Tatrahydropyrani 4 Poly hencls 25 Octanol 142 Acetaldshyde - PentanDl 13 Ketones 3 Acrolsin 283 PYRROLIDONES1 402 PYROCATECHOL s I i49 Ketoacids 208 PVP 25 Pinacol 83 Benzaldshyde 44 SEMICARBAZIDES CatBcholamine 94 PVA 8 1 PAPP 43 Chloral Catechol -P a n tarone Samicarbaz`cn,, I - 2 361 Formald a hyde 101 Pyrogallol 2155' IPOP 128 Furfura, 31 Allantain ETHANOL 949 Pyruvic Acid 60 Glyoxal 23 Cyanurates 101 Tannic Acid Somicarbazones 99 Pyridoxal 36 Oxadiazoles 14 Thiophenols 32 Tropones Somicarbazones -Parabanic Acid 30 Thymol 5 7 -ORGANIC ACIDS ORGANIC NITROGEN COMPOUNDS AROMATICS PNENYL RADICALS 12 13 11 11 ORGANIC COMPOUNDS - 0 BIS 25 PETROLEUM

5.891 642 ILL FRU AUlf-AM I a- X ene-Para [Samuel-Mages LI\Mods 1.319 ACETYLEMT- 1.536 .842 11.643 - Acotylides 4 BENZO RADICALS 1.68 5.499 I28 IOPRENE 22 Mothylidens Radicals 9 Benzofurans --- 'MrUrn- SENZENE lo Polyisoprens 20 Propargyl Radicals 728 BENZYL RADICALS 16 Cymene 105 Acatophanones AMm: etvivete*ts 539 Propyne 28 BAMBP I MPTS 20 ASS 28 BAMBP 902 ALKOXY RADICALS 115 Tolan 39 Dibenzyl 58 TNT -Benzol 11 Cacodylic Acid 64 Butoxy Radical 4.220 - Benzo 42 Toluidine 11 Duren:, 24 Damps 56 Phanoxy Radio 44 Tolyl Radicals 282 0 MesityleneMani A-id 200 Ethoxy Radical 377 TERPENES 11 R d!ls, 539 Methoxy Radicals 18 Phenylans a ca a 15IOLMP Duren 11 Camphene bz Tiron x 5HMDTA 3 AMYL RADICALS Carbon60 Camphor Hydrides 10826 TriphenylenePOPOP 58 Mesitylene 24 DAMPA 2 Ullmann Reaction 7.484 194 Methylation 9 Fischer-Tropsch RADICALS IMLMPA 53 Gasoline Synthes 8 Violanthrons 36IMPTS Neopentane 124 DOOECYL3 DPSO RADICALS 52228 TerpontineKerosene is 105Acetophanones 19028 DPCADithizone 2OMPA 14 MDPA 20 Thucholits 3 39 Aniline 1PESB - Aromatic Hydrocarbons 13 Anisyl Radicals 140 OPPH 81 Picolines S27 348HEXYL OEHPA RADICALS .950 TLL LKA ES 104 BenZanthracene 83 Benzaldshyde 1MPTSSPAONS 33 Pivalic Acid 13 TEMPO 302 INOSITOL 14 Benzoinoxim. 25 Benzedrine I 7 Nitropenzene Propyne 55 Phytic Acid 7 Banzpyrene 2 SenzAdine 1PESB 99 Pyridoxal 51 OCTA 15 Carminic Acid 30 Bonzilic Acid 27 Phenothyl 4 5Quinaldime 2 NDNYL RADICALS 110 Cholanthrenes 6Benzohydrol IPOP Radicals 2 TNA 44 Shikimic Acid 21 Chryseno 102 Benzophanons IPPCPO __j Cyclohexans 139 FluorenB 6Benzopinacol aSDPPH 7.031 6 7OCTYL RADICALS 3 Friedel-Craft Reaction 3 BPH 4TOE 34;-THANE 1 DLMP 1 164 Fibberellic Acid 3Cantralite 3 THORIN 90 Polyurethanes 1 MLMPA 1.002 CT IBGEO CYCLOALKENES 65 Indene 183 Cinnamic Acid 15 TOLAN TIOA 227 CYCLOPENTADIENE 54 Perylene 96 Cumene 17 TPB 0 14z 362 Cystamine 221 TOA 78 Ferrocens 1 7 7 Phenanthrene 84 DOT 16 TPO x 3487 8DEDTC DEHPA IBO TOPSTOPO 5 0 Azulene 105 Pyrone 5Diphanylcarbozones 8 3 THORIN 1OLMP 5 COTA 22 Tatracene 1.346 5EMS 28 TRIDECYL RADICALS 7CPDTA 4krt I -Ethocal I HDTDP IPPCIPO 1.633 'TM L AWMZ3 z 48 Ethyl Ether 23 TDA 46 Vinylidene Radicals -4 20 ASS I - - -bi d 114 Hadta 9DealKylation AI 500 2023 8Haida ALRkNE5 3.169 3 7 TEROHE4YLS 3Himda 4Dowsol 27 Torphenyl-Ortho .107 MEA 31 Friedel-Craft Reaction 435 DIENES - 701 69 Torphanyl-Para 84 MEG I 7Grignard Reagents 227 Cyclopentadiene Du I 323 Biphanyl IMLMPA 24 MaPtyl Radicals 32 Tropones 128 ISOPRENE 41 Dowtherm 1PES5 93 Lauryl Radicals y 127 HEXENE lo Polyi so pr.n. 8 Quate rphanyl-Para 27 Phanothyl Radicals 23 Primene 44 Shikimic Acid 13 Quaterphenyls ITEAS Cyclohexane 5 8 5 METMYLENE RADICAL. 84 Santowax 13 TEMPO L 3 A PINTUNP 14.2 2TEL 427 1.05 503 3 Polsyn:ymethylenes 27 Acenaphthene 1 057 3Allons ------1 37 Urotropin 6Benzopinacol Vi.lanthrone rRWrVL PLAUICXTr 1.776 5EME 105 Dodscans H Pty 1 Rad ic.1.1 7 OLIGOPHENYLENES4 Oligophonylenas-Para 40IS 4DTPA EDDHA I 96 Cumens is Met 50 Hexadecan 75 PENTENE -Ethane 2.252 z 16 Cymene 6 Squalane 1 PPCPO 5TETA NAPHTOHOL Isopropyl Ether 72 380 Allyl Radl.cals 16 TETAHA ANBN -EsopropylRadicals 980 10 Claim Condensation 114 HEDTA PAN 96 24 Mercaptopropyla 50 Acstal 27 HEXYL RADICALS 22 83 Thorin 84 DDT 180butan 348 DEHPA 13 K 1.2 2.27 4TOE6OME Cyclohexane13 TEMPO 4 Mesityl Radicals rR0FTLLNL NAPHTHYL RADICALS z 28 SAMBP - Olefine 148 Polypropy 5 Thionalide 14 BEDBP 51 OCTA 31 Polyanse - Propent; 27 Acenaphthens .3 14 Butyl Ether 44 Shikimic Acid 135 Squalene 3 82 Arsenazo -IsobutylRadicals 36 Neopentane Decalin 53 IBPO SPADNS Tolbutarpide Tetralin BUTYL PHOSPHATES POLYSTYRENk POLYVINYLS POLYETHYLENES - 12 10 10 10 HYDROCARBONS - II Is Is Is COMP E CHELATES - PHOSPHATES

I I 12 Phosphotungstic Acid Arsenic Acid ACETATES EDTA PHOSPHORIC ACID 251 Bromic Acid ____LPERCHLORIC ACID Ac a 6 - Phosphomonoesterasa 89 Hydrocyanic Acid 2W Oxy!oc:tc:tt::e quest - Hypophosphoric Acid 62 Hypochlorous Acid Isoamylaceta,: -Hydrogen Phosphates So Hypophosphorous Acid 4588 4 Dowsol MINERAL ACIDS HYDROBROMIC ACID 4o4 OTPA lal NTA 114 HEOTA 2186 J 3111 - Hydrogen Bromides 8 HEIDA 15 EDDHA 51 OCTA 573 3 HIMDA 7 CPDTA 59 CDTA CHLORIC ACID 5 HMOTA I IMDA 16 TETAHA 8Hypochloric Acid -Hydrogen Chloride& el PAPP 1 POP -Hydrogen Nitrates 73 - HYDROCHLORIC ACID PROPIONIC ACID 1782 NITRIC ACID CHLOROUS ACID 55 Aqua Regia 813 ACETYL RADICAL 55 Aqua Regia 64bb -Acetoacatic Acid 77 Denitration 112 251 Acetylecatone -Ace -7136 CHLORITES ___-Hydrogen Fluo d toacetates 1Clinachlo C Methscryli 26 Pentanedions 20 Acetolysis 12 Masonits r] HYDROFLUORIC A j I I PESB 3 DTOH2 METHACRYLIC ACID 1 4 Caro Acid 2899 1481 ACETIC ACID Hydrogen Sulfates SULFURIC ACID -460 -- _fH7ydrogn Iodid].. - Acetoacetic Acid 154 A6tamide SULFUROUS ACID rg I. ACRYLIC ACID 242 Acetaldshyde 81 Acetylation 4 877 HYDROIODIC ACID -Acrylonitriles -Sulfites 33 Pivalic Acid -Rongalite -Acrylate S 6936 -Acrylic .lymets 2Hydrosulfites 76 Acrylamide CITRIC 14 Hyposulfites 143 Bases 447 Buffers 06 39 Acrolein FORMIC ACID CitratesACID 183 Cinnamic Acid 361 Formaldehyde 1875 497 Iodic Acid ACIDITY PH Value 19 Urocanic Acidj 90 Formamide 756 Nitrous Acid 14 Acidosis 1815 2412 1 72 Phosphorous Acid 3o AMP Process I - 3325 133M y c c d 30 Sebacic Acid 7 0 Olsic Acid AT= Podophyllic Acid 252 Fumaric cjd 3 4Linclaic Acid [. Ullic Agi 171 23 7 208 Glyceric Acid 84 Linclanic Acid 11 Trice lylic,.,Acid jul'U'L 1.L I L.' FATTY ACIDS 294 Glycolic Acid 107 Arachicanic Acid Tetra :!noi, Id Br a. 164 Glyoxyli:,Acid 11 Thi.O!CCArlda ACIDS ::; L:.!ic AC d 21 Kynuranic Acid 14: r;tuvicd. 21 S.1bl Aid 21 DBP UTYRIC ACI nI Acid 29 L!vun lic Acid 94 P r Acid PERACIDS :utyryl Red 30 B.n.11.cM I Acid 3L gn.!eric Acid 44 :hI!k 39 Aci BUTYL PHOSPHA;E!S6' B 181 Mandelic Acid 1Malilotic Acid 64 ACID oPeriodic 2W211 aCaproic Acid 93 AdIpic Acid 20 Mallitic Acid 37 3 Glutarlc Acid Acid 146 Caprylic Acid 82 Myristic Acid 28 ...... - -.. - I SUCCINIC ACI 11 -Id ORGANIC ACIDS 385 Malmic Acid 164 Gibb.rellic Acid 196 Tricisin 9 Peanut all l l , d 4 7 Malic Acid 15 Carminic Aid 217 LactonesI oil 19 Soybean Oil _j 4 4 7 malonic Acid 62 0 i" 17 Cro W 4P argonic Acid GLUCURONIC ACID 5 20 218 Bile Acids 39 Corn Oil la Lantloil 2o Nitroso-R Salt 125 53 ValerieStearic Acid 69 Glucuron ideas d"I T.c".ll. I [ D yaAcC.1 It a 077 Hu.1AlgiiccAcld Acid 11 L'n:sd1 IC1812;n 0 1 Condeneation4 BEOBF OR SPAONS IIC133 Hyaluron A., 2 RATARII AISa I C - 9Sea Oil STERS I SULFONIC ACIDS F t] I6 luconi Acid 24 DAMPA 210 3 17 587 at 67 ACYCy Ltie RADICALS] 11 ARrS.2C A 106CrtCARI!D :;L Ci:,ID 1HIDROXAlIC ACID 22 Boroni. Acids ESTERASES SULFONAT N F A la n A.nitc J!t feral 11 Cha:odylic Acid - Acstylcholinesteres 378 Corbo:y!,R L 1213 C lic Acid 193 Cholinestorase .j 13 Su IfochlorinIOa7 tiOn 10 Chloranilic Acid 15 C:rmiPIC Acid 3 4Oscar ttZ:.j 17 Liboic Acid 45 Crot.nic Acid 37 Denzohydroxami, Acid 118 L uIC Acid Rhod1zonic Acid 466 Orotic Acid Galacturonic Acid] -PhoWomoncesterese16o Lipeass 16566 SULICANILIC AC 4 7 7 1 5572 Tolbutamide BENZOYL RADICALS 117 3o Benzoyl Peroxides TEREPHTHAL-I AI 39 Bromasulfophthalain 6Benzoylation 26 Dacron GLYCOLIP1010" 44 Lypopolysoccberidel 382 Arsenazo Forron 3 31 BPH 1272-i Llpe.idases 59 Chylamicrons 7Corebrosides 4 2 Phosphatides 687 Triglycerides .13 184 Tourine I MPTS I PESB SALICYLK: ACID] BENZOIC ACID PHTHALIC ACID PHOSPHOLIPIDS LIPIDS 27 Corebrosides .00 83 Thorin 155 Sulfonates 140 Anthranilic Acid 39 Bromosulfc, 24 Sphingomyslini 6 Gangliosides 2 52 Tiron Ill Sulfamic Acid 38 PAS 34S 1114 Gallic Acid 3o2 L i!hin: 2 37 Chromotropic Acid 2o A!j phth lain EldS P lin 1A 44 Butt r 392 Phthalat: FPLrP.tP.1.1.1; 1, 8Cardi La TnSo" I n] 796 Choline I= _j 642 _j In 5931 L AMINO ACIDS NUCLEIC ACIDS- ORGANIC PHOSPHORUS COMPOUNDS - PROTEINS 13 11 13 10 13 ACIDS - 12 Is 4 b$ COMPLEXES AMINES A COMPOUNDS 39 AU Ammonium Chlor AMMONIA PYRIDINES 30 AMP Proce Ammonium Hydro 66 Ammines Be Ammonium Nitra 19 Ammonolysis 21 Mohr Salt Ammonium Sulfa 3.791 I TEAB 4ACRIDINE 6.532 65 Acrifl n. HYDRAZINE 36 Profla-'i7,1n 1.284 PYRROLES 558 2PYRROLIDINE PDT 319 HYORAZIOES PORPHYRIN 692 PROLINE Z 175 PIPERID -S F311 36 H;matoES `140 OPPH INE porphyrin 190 Hy --- l 35 Iproniazid 11 Meporil7s,", 76 P otoporphyrine 283 PYRROLIDONES 68 IsoniaZAA- 124 PYRIOYL RTFTFA7LS I _na PVP 10621 HydrazonesBenzidine PAN -RCANIC NITROGEN COMPOUNDS 2.424 PURINES Bipyridine 257 AZINEF 2.067 Adenine 1.220J Z 1MPTS 82 Melamine 600 Guanine n B1 Picolings 228 PHENOTHI 13 Kinatin 0 54 Pirolinic Acid zin 456 XANTHINES171 Uric Acid 2Pyridinium Compounds 9 Promazins 99 Pyridoxal 8 Prom t-hazjn 127 Coffoins 128 PYRAZINES Triazines 2f4 HYP'jXAN.HnI.11E17 no 61 Pipers zjns 44 54AIOLES Tri 4 Theabrominv ALKALOIDS X

310 PYRAZOLES 43 ;ARBAZIDES 26 Theophylline Z 2 PYRAZOLIN a )P CA 11'73 "'iyri 14 CARBAZ ES 41 Marcoptepurine 11 ERGOT ALKALOIDS ---5 7 01 PYRIMIDINES 5 Diphany1carbazonesON 776 QUINOLINE 190 Dithizono Farron 24S ErgotaminClavicep 150 Alloxan 3 TDH2 45 Quinal, 7,". 33 Lyservic -433 BARBITURIC ACID r 53 FLAVINS 158 Atropine A 25 Amytal 65 Acriflavin.] F44 S.EMICARBAZIOES (Belladonna 89 Nambutal ni carbazonea 10 Cinchonine 74 Pheiobarbita .262 IMIDAZOLES 62 Cocaine 39 Thiopental t!m dazoles r158 THIAZOLES 9 cytosine 4 6 7His mine 18 Benzoth--- 41 Codeine 2 4 7Thymine 5 82 Histidine lazol,,] 226 Colchicine [2,211 URACIL -Parabanic Acid 31 Allantoin 28 EphCur:re d 56 Fluorouracils 19 Urocanic Acid S4 Carbazoles 53 E:er1n in. 66 ox S9 CDTA 11Hr. In 220 26 7IMINES 23 Cyanuratos 3 HIMDA Hyoscy:.ine 49 Pyridazines 28 Diazo Cmpounds 153 Morphine 2.354 A 3 1 IMDA 46 Diazotization 17i Nicotine INOOLE 8HEIDA 42 Papaver Somniferum 4.663 CYANIDES 849 TRIPTAMINES 278 Imides 53 Pilocarping Ferricyanides 12 BUf 0 tan ine ImidinT:, 4 Quinin .4 79 Ferrocyanid.% 1Mexamine 3Indazo 7 Reserpine F -7U 2 Kynurenic Acid 6ScopolamIns LI 89 Hydrocyanic Acid 94 OXAZOLES- 13 Benz 553 Nitrogen Mustard Spartsins 98 THIOCYANIOES I MPTS oxazoles 36 axadjazoles 25 Strychnine 29 Thiocyanic Acid I Psmolins 39 Phenazin 25 Thebaine (Mustards) 108 POPOP 6Phthalaz7n.9 Tubocurarins 70 Pteridines 30 Vinblastine -Rhodanat6s 267 OXIMES 67 Saccharin -Rhodanides 14 Dan -Sulfocyanides 107 Dim:10h;T;iy:.ime1 58 Schiff Bass 1.802-J -Thiocyanates 8SDPPH ---- A 5 Furildioxime SPAONS 1080 NITRILES 3 DTOH2 24 Tatrazoles Acrylonitril.91 F217 PHENANTHROLINE 43 Tatrazolium -Isonitriles 32 Ferroin 7Thiadiazoles t CYAN7ATES 38 Phenanthrcline--Ort]h. 29 Thionin. 101 NTA 518 83 Thorin 18 Prussian Blue 54 Triazoles 21.123 ORGANIC SULFUR COMPOUNDS -10 NITROGEN COMPOUNDS - 13 12 12 A3 ESTERS SULFONIC ACIDS HYDRAZINE

790 UREA 2.013. 49 FuA141uj. AMINES 12.670- CARBAMATES Seckamins AMIDES 1 5GED 133 HYALURONIC ACID .. ,, ;;YH;;;urcnid a 78 EOTC -Carbamide 5 Guanathidine P 1NES 114 HEOTA 2 PDT 3Centralite 154 Acetamide 84 MEG 12 Bufotzn!no 6 Eurox Process 346 Urethane 349 Guanidine 7 Acrylamide 51 Lactams 1Mexam n 5 HMOTA Polybond 2 OMP 7 7 Serotonin 2 7 Hydroxylamine 207 Thiourea T7F= uINFS 146 At] 13 Kinetin 6.866 Tolbutamid a 11 tbami I"u.1 ruL DNA 4 7Uremia 1313 N o'n' 1 Alamine, 1.107 MEA 23 Cyanamiuss iUL, 39 Amex Pr Coss 82 Melamine 288 ONA-ASE go Formamide 5 Thionalide 27 Amidol 24 Morcaptopropylamine - Deoxyribonucloic Acid 193 -Amino Compounds 16- PABAMexamin - Dosoxypontoss Nucleic Acid SULFONAMID 15 660 -Amino Sugars - Desoxyribanucloic Acid 22 Chloramine I --- 31 Lup 7 PP"ORTERNS 339 Aniline 3881 PASPAPP Q 21 Foulgen Method 140 Anthranilic Acid 15 Michaelis-Menton Reaction 110 MUCOPROTEINS 11 Arsanilic Acid 2 PDT 10.261 23 Primene 0 NUCLEIC ACIDS i2 Phytohomagglutinin 25 Sonzedrine Putrescins Chondroitin 21 Benzidine Spermidins NUrLL0 ID" 2 Nucleases 56 Betaine 7 Spormins IL 76 Nuclooproteins 1.Z/1 PEPILUES 31 BPH at W.143 ATP 5 Thymonucloic Acid 184 Taurins 277 ATP _ ASE 284 Poly 6Cadaverin a 23 TOA I Catecholamines 5 TETA 100 CYTIDYLIC ACID 572 PROTEDLYSIS 796 Choline 16 TETAHA C C7 7CPOTA 2 TNA z 2 DsoxycytidylIc Acidl RIBONU . E A 285 Cupforron 22i TOA -- YXu mula rtrIlUt HTURULASES 362 Cystamine 476 ADP 74 Pap in 42 Toluidine 59 Guanylic Acid .467 RI130SOMES 132 Pepsin 51 DCTA 43 Tramex Process Cistrons 114 Deamination 112 Tyramine 42 Hill Reaction 24 Codons 131 Chymotrypsin 30 Deforoxamine 37 Urotropin 11 Luciferin nuvow" 31 Cathopsins 241 NAD RNA 24 Carboxypeptidase 121404 DopamineOTPA 41 Amination 2S9 NADH RNA Polymorase 54 Fibrinolysin 15 EODHA 234 DOPA 234 NAOP 2S Transfer RNA 15 Kallikrain 3w - oligonuclootides 445 RNA-ASE 9Renin 42 Thymidylic Acid 3 5 5 Trypsin 16.926 57 UOPG 1 426 Nuclootideses 306 Glut:min z 227 Uridylic Acid 63 Actin AMINO ACIDS 535 Glut thi:n 2.505 Amylold 1.25i ALANINE 2.i32 Glycine GLOBULINS 260 Cassin 31 Clycylglycine 85 Forritin 53 ALANINE-ALPHA 2 Histidine 8.378 Z4/ ULUBULIN5 -AL FHA 2 7 6 Fibrinogen 23 Alanine-L 55 -Homocystsine NUCLEOSIDES 53 Corulo plasmi nj 108 Globin 1 Alanine-Beta 22 Homocystine 1 30 Haptoglabins 48 Gluten 45 Kynursnino using 120 Glycoproteins 199 CREATINE 1.870 Loucine 4 7 AOP 221 GLOBULINS-BETA 6Hamocyanin 19 Phosphocreatin .1 1.026 Lysins 2.143 ATP 77 Transferrin 2 Histones 1.931 Methionine 55 11161. Maln 86 Keratin Ppur 191 Ornithins 805 CYTIOINE - -Rsac tive Protein 643 435HIP HRIC AaCID z 345 Lipoproteins d 52 Penicillamins to 87 Deoxycytidine 564 Globulins-Gamma 110 Mucroprotoins 19 A inoaulpic -1 Id 1.271 Paptides 240 Lysozyme 55 Myoglobin 268 Aminobutyric Ac Acid 1 2 7 Phanylalanine j.bZ6 UHIUINt 188 Thyroglobulin 4 Aminolevulinic 56 BUDR 145 Myosin 53 Aminopterin 692 Prolins 66 Deoxyuridine 78 Nuclooproteins 7 Arginins 20 Sarcosine 23 FUDR 259 PBI 190 Asparagine 856 Serino f.Z 57 UOPG ALBU MIN;3,456, 24 Peptons 814 Aspartic Acid 603 Thyronins zqu Uu nu5ine 3B Properdin 73 Citrulline 6Trioxyglutaric Acid 172 Inosine -Albumen 70 Protamines 175 Creatinine 728 Tryptophan 8Albuminuria 7 imine 1.282 Tyrosins 32 Ribosides 57 Ovalbumin 11 S:b I 4 Cystine 248 Thrzonine 2.706 Thymidine 4RISA 132 Ethionine 678 Val no a Xanthasine 1.2159 Glutamic Acid

BLOOD PTASMA LIPIDS 05 17 12 NITROGEN COMPOUNDS 13 3 51 LIQUID METAL COOLANT

.j

1i Metal c.P0U' CESIUM LEOTASSIU 1RUBIDIUMI [SODIUM .j Ys23UM I 574 4-J -11W A LKALI METALS E 5281 Lu - BERYLLIU L!ADr L= TI L 43 62 =BA RI U7M- 11 Beryllium rCALCIUMI MAGNESIU ADIU_ jj im 1 4 5578a 3240 LKALINE F1 N D IU7M EARTH METALS ALUMINUM _ j - 468 SAP 1339 259T' .j 16139 TH ICERMA IUj FTHALLIUMI 20 52 L-- 27M J Ea:tIlLmmetal compounds Nioblu.-Altp:a 1N10bium-Be ZIRCONIUM UM NIOBIUM TECHNETIUM RUTHE IUMJ P 133 Zir nium-Alpha Columo Masurium 1487 Ito an .j 101 Zirc ium-Buta 4139 13 Zirconium Sponge MOLYBDENUM LLODZUM SILVE 1046 RIUM METALS 266 Ferrite 59 "T051 LT-T 2244 149 Noble Metals 129 Armco Iran 14 De Baar-Van Arkel Process IRON C LOBALTJ4v.6 5 TitTITANIUM 316 "::nim Spon 9 Dynapak Machine AST PON T nju Alph Landau Diamagnetism und rd 61 Ti t. niu Beta 0 Metal Camp K >. 19Matthiesen Rute 13 7Iron-Alph: 6 537 3 Us0 1 rl0tt Ox idation Theory TRANSITION 46 Ir ... Gamm LtRO ARIUMJ NI In '4 .j_j 35 Ruder man-Kittel Coupling 12 Iron-Delta __IUM]4732 3438 To- zC K METALS 3Iro-Bota , UMj TU'111GSTEN 0 FH A-FN1 U`M`I LLRIDIUM IOSMIUMJ jRHEHJ1 Ir.m VI 40Mr ' L-- 22CBJ 7W. 14 51 807 LL_ 6M

tELRCURY] IN LUTETIUMJ [ANTALUM M81 3246 6 Rare Earth Compounds OSIUMj ER:VRO_UMP DO LINIUM HOLMIUM LEE!IUM RARE EARTHS 31L2 LES-PR 1291 11.!I MI 7 9 Li J M UM MIUM THULIUM LYLVER!1 9973 191 S12 URANIUM PLUTONIUM THORIUM 'NEPTUNIUM MENDEL VWMJ 11Druhm Procs":,.m 126Ptonium-Alpha Alp 11 Neptuniu.-Alph 188 N. Ur., Ur lu 15 NoptUnIuM-130t . PROTACTI 185 Depleted r.nium L26 P onium-Bsta Bet is N.ptuniu.-Gam .a] 55 Plutonl.m-Gamma 530 2141: Urur:nium-Alpha nium-Bete L13 toni.m -Delta 814 LPLBE-LIU Mi LAWRE il U 74 16 4 uranium-Gamma 46 PIuut.nium-Epaila LCALIFORNIUM EINSTEIN11 JMj ELEMENT 18 TUballoy 4P1utonlu-Eta M M [ACTI N 04J BERKELIU -1 21 -25616 - 11477 163 270 22 53 _Mrz:,:bundances ACTINIDES 'LI RSI NIC) 26 5S:011 U 43'Actinid24 cmpounds 78 4Actieted Carbon L'Mno' PHOSP ORUSJ OX aE 35 Motall:id S RA:tNIUM ELEMEN 7 129 11.0 18 A r.an 41 N:nm:t: 1 r nium ProcoS 117 Carb CARBONB1.ck TEU RIUM I BORON] U Z'S 1H'pZj!in - M.tl,.d 72 P ri d .2 Transplutonium 185 Pyrooytic Cm 4565 LLL-ON1'24M] 6 37Ozone Elements 31 Soot LSU 13519- LNITROGEN _FURJ I SELENIUMJ I -971 1026 HYDROCEN r0-DI NI 22 Hydrog,:n -or a INEJ FLUORINE j LBROMINE2 L_ASTATINEJ 1133 Lugo037j-2 178 Hydra n-Para 544 2537 1691 vi P M *RARE CASES HELIU -Noble Gases 23H 1.r..s RADON LARGON yl C.ordina' too EKRYPTON EEONNE E.ON 3ti 42 R:m:au:r Effect 10 49 Ladau Liquid 2302 3725 372 -Eman a 0 llaroGas omp ounds Helium Thoor 1636 GASES 2161;NERT ASE4; 13352 24 24 ELEMENTS 14 is n 47 112 Zs SAL73 MINERALS ANIONS EDTA CHEMICALS CHELATES

.3 79 CHELATING AGENTS 114 BAL 404 TPA 66 Ammines TELLURI 101 NTA TIOA 96 CmPlsxometry CARIIONYLI CARBO DE$ 8 HEIDA 516 TTA *COMPLEXES 0 z 1URANIUM SC7DE]S1111.1, CA 59 halcogenide; 15 EDDHA 7 CPDTA Spekher Absorptiomer- 412 ter XIND E 211 16 TETAHA EEDTA LIGAND 3 2516 1 Duriron EGTA 5 COTA 18 Coordination Num Z I I SAS SILICIDES Dowsal 51 OCTA 788 El] Silicon Additions 190 Oithizong 2TNA y rogen Ad t one 3 14HEOT 48 Unith"123 TA HYDRIDES SELENIVES 3o Deferoxamine 1303 7 PHOSP 59 Chalcogenide 8 3HIMOA 14 MOPA 16 124 Pyroph 971 1IMDA 221 TOA ILANES S2 Superpo:: A OTOH2 BOROHYDRIDESJ 5HMDT 3 S2S 46 Perphosph 52 Penicillamine 24'9 Li 2Pluronics 350 Colmanoy BORID z Boron Additi PH COMPOUNDS Phosphorus io Inorganic Campo de 149 Bar:, 60 HATE Carbon Additions 17 TPB 28 Oxycarbides CHLORIDES Magnet-Steel-KS 72 Phosgene 167 Carburization Oxychloride 5 Cabon Additions 2 Crocar Spiageleisen 1554 Decaro-1-ti- z BROMIDES CAR ATES Z) 33 Oxybromiddij 3 Mc KBON0 Iv eyit a 2 -E.Ions , one a 2 I TEAB 1106 -E:Ani,, 34 Polycar 2461t 0 W -ECatI a z 9 Chalcogen as MA IODIDE 186 Anh dr es CARBO, D, DE ro an r ox 28 AGR yp. i 22 Oxyhalid 12 Oxyiodlides 939 M.4 6 Oxyhalog::Id 2771 PERO IDES Uranic Acid zy FLUORI 30 oyl URAINATES 39 AOU 0 145 0Babef'phite x y f luorid at EgEggides 7 Polyuranates 42'66 rogen Additions 4 Yellow Cake 0 -Azides 797 Oxynitricles F2 NITRIDES N Hydroxyl Ions U COMPO TRIOXIDE HEXA RIDE HYDROXIDES 106( 4 1543 NITRA (Alkalis) 7 45- 2S PETN E ITRU UMPUUN n841- 69 ONP SULFATES NIUM YL 57 Nitrobanzene 6 Pyrosulfates DE XIDE NITRATES ETRAFLUORIDEJ T1771 rVUWiNnYM. PTrocass 58 TNT 183 Thiosulfates 87 UNH 14S2 LULOSE 90 231S PERSULFATES 8 Calloidin 4 Prsulfuric Acid I .. I q d ICRIC ACID I to 4 13 See also E. (hat 14) 34 TNP SULFIDES and E. ISOTOPES (chat 20) ICRYL RADIC 45 Oxysulfides E stands fo, any of the and E. ALLOYS (ch.,t 26) 40 OPPH 59 Chalcogenides 104 known element names 12 Polysulfides Sulfur Additions -ISM ORGANIC NITROGEN COMPOUNDSb.- ORGANIC SULFUR COMPOUNDS 13 lo INORGANIC COMPOUNDS - IS Any combination of one of the 104 known element names with one of the following anion names may be used as a dscriptors

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

Related to such descriptors, with Which it would be pointless to encumber a chart (see Chart 15). ars,a large number of specific compound and mineral names which can easily be found in the alphabetical dictionary:

Examplei 45 LEAD PHOSPHATES 4 NT1 OUMONTITE 11 NTI PARSONSITE 2 NT2 HALLIMONOITE 3 NT1 PYROMORPHITE 11 NT1 RENARDITE

SPECIFIC COMPOUNDS 16 01 ilis 12 Is Is 19 2S ENZYMES YEASTS OXIDES - CORROSION PYROLYSIS RESIDUES 56 65- 192 Fire Liabig Combustion 41 Pyrophoric 7 Schoeninger Techniques 177 69 COMBUSTION 9270- 0 77 Redox Potential - Deoxidation 23 Thermite Process 1; 306 1 Mott Oxidation Theory FLAMES X3 FE-RMENTATION 86 Antioxidants 5 Lundegardh Technique REDUCTION *OXIDATION 19 Ames Process 32 Jones Reductor 298- I 43 Bomb Ra duction So Kroll Pr 55 Roasting 8 Druh m Process 77 Radox ozoo:ZZ.,

7j9t 43907- FNOTSYNTNE IS 9 Cannizzaro Reaction 2o7 Affinity 2 194 Methylation 2 Ullmann Reaction 011, 42 Hill Reaction Pronto-Reaction (Scrubbers) 31 Friedel-Craft Reaction 30373 21 Foulgen Method _ 67 (Chemistry) 13 Sulfachlorination -Endothermic -Exothermic - Chemical Properties SULFONATION -Reaction Rate (Mechanisms) *CHEMICAL RACTIONS I I *REACTION KINETICS 1086 al Acetylation 114 Deamination HYDROGENATION M 277 Arrhanius Equation 41 Amination 6 Decarbonization 0 33 Mass Effect Lw 44 Acylation 384 Decarboxylatlon 124 Oshydrogenation 1040 1 Van T Hoff Equat 6Benzoylation 346 Dehydration ration - ion as Carbonization 77 Denitration WI 8 Lenard Theory 106 Carboxylation 22 Desulfurization CHEMICAL REACTION KINETICS 12 Cohen Equation 26 Dials-Alder Reaction 9Dealkylation 46 Diazatization - 42 Biochemical Reaction Kinetics 1Ring Closure 134 Estarification -904 CHLORINATION NUCLEAR REACTION KINETICS Dechlo rinatio Z OWBA Approximation go Kroll Process 31 Transfer Reaction a 13 Sulfachlorination 36 Zero-Range Approximation 6 POLYMERIZATION VW .4 1 489 Cross-Linking 1142 Fluorination 1 Bromination 39 Depolymerization 122 Idination 6368 65 Dimerization Z (Promotars) 381 Monomers CATALYSIS 44 Telomerization - 210 10 Trommsdorff Effect 26677- CATALYSTS 35 Plastizisers *PREPARATION 21 Ziegler Catalyst 19 Tanning Synthesis) (Formation)

ENZYMES 04 146 CHEMICAL REACTIONS 17 01 29 51 INHIBITION COATINC FUSE: SALT FUEL

,7660- 341 Oesalination - Anticorrosion SALTS 14096 CORROSION PROTECTION r in 14q Corrosion Pickling 4 Sali i ty 127 Corrosion Resistance PASSIVATION %A Forrosion Ilhi biti. *CORROSION 4282 42 Intercrystalline Corrosion Molten Salts 43 Intergranular Corrosion FUSED SALTS 29 Pitting Corrosion lo6 Scaling

- 1828 3364 6 Faraday Current 2451 ade Potential Fuoss Equation 4 Hevasy- Paneth Method 24 onnan Teory 6 Wien Effect POLAROGRAPHY 2 Hall Process 66 Debye- Hueckel Theory 17 Ilkovic Equation ELECTROCHEMISTRY ELECTROLYTES 23 Nernst Equation 24 4 Passivity IONIC STRENGTH 71 Debye-Hueckel Law

4002 2Dow Process 21 Faradav Laws ELECTROLYSIS 92 Electropolishing M 34 Electrorefining 1826 5Tafel Equation n 14 3 11 Haeffner Effect ELECTROLYTIC CELLS ELECTRODEPOSIT ON 612 Voltametry ELECTRO - 518 PLATI 68 Anodization 1516 z 2707- - Accumulators BATTERIES r, ELECTROPHORISIS Cardiac Pacemakers 191 Fuel Calls V4 CATAPHORESIS 53 Electromigration 3 Voltaic Cells I Rayleigh Formula 17 Ionophoresis SNAP BATTERIEJ (Drag)-Drag Effect 43 Transfer Numbers 9 Snapoodle I - 19

PLATINC SEPARATION PROCESSES ELECTRODES - _j 29 19 41 ELECTROCHEMISTRY - 10 20 is RESINS ACTIVATION ANALYSIS POLAROGRAPHY

1 1184 Doped Materials 1 ___7 348 Carrier-Fres MIXTURES 11 Doerner-Hoskins Distribution 19 Crystal Doping 104 Binary Mixtures 2 2 3 Loaded Nuclear Emulsions Homogeneouts MONTMORILLONITE TRACE AMOUNTS *IMPURITIES - ix ures 1 Hectorite 190 436 Inclusions MIXING MICROANAL 820'Interforing Elements 0 Blending ION EXCHANGE MATERIALS YSISalyzer 4B Ion Implantation 299 Ambarlite 1 4 (Incorporation) (Columns) (Purification) 113 Mixer-Settlers 172 Bantonite 7 Dowex 8.639 Purity 51 Clinoptilolit. 40 mullit, 26.985 58 Stirring 46 Permutit 328 Zoolites MICROANALYSIS - 19.05 _ 151 Vermiculite X-Ray Microanaly,,r] TITRATION 9 7 Inorganic Ion Exchangers I Ga7 I Liquid Ion Exchangers 219 41 12 Karl-Fischer R giant 39 Amex Process Organic SPECTROCHEMISTRY GAS ANALYSIS -POTENTIOMETRY 670 35 Butox Process 1 rt 17 el Ion Exchangers 5 Lundegardh Technique 1 Orsat Ana Y. 52 Chronopotentiom -Tr .1 6Csrex Process 5.484 M 29 Depox Process QUALITATIVE ANALYSIS 7 Gutzeit Method QUANTITATIVE ANALYSIS U (Dissolution) (Analyticity 29 Job Method CEurex Process Assaying (Analysis] 108 Masking Agents (Analysis) Z *SOLVENT EXTRACTION *ION EXCHANGE Chemical(Chemistry) Composition 513- UrinalysisStoichiometry D (Extraction) 189 Demineralization 566 Colo-rimetry 33 Iodometry Monex Process (Exchange) 39 Kjeldahl Method Podbielnak Contactor II Higgins Ion Exchanger Winkler Method 612 Voltametry 231 Redox Pr . cess 9.11 9Slurrex Process (Analysis) 43 Tramex Process a 1Waxco Process 30 Amp Process - Fltration CONTENT ANALYSIS (Columns) Z 5Winlo Process 12 Gas Chromatography A 11.6 22 46 Decantation 391 Elution 121 Radiochromatography 11 Thin-Layer Chromatography 341 esalination 6 Elutriation 6ni Calcination CHROMATOGRAPHY F_ - 6 owncomer 30 Entrainment 124 Cracking 10.213 9 Berl Saddles *SEPARATION PROCESSES PYROLYSIS (Cascades) 18 Fluoride Volatility Process [Dissociation) (Columns) 22 Freezing Out - Thermolysis EXTRACTION COLUMNS (Purification) 2.844- - 572 128 Separation Factor PROTEOLYSIS (Dissolvers) 3 Steam Separators 74 Papain - Pulse Columns 27.071 J (Dissociation) 132 Pepsin 6 Soxhlets 15 Michaelis-Menton Reaction HYDROLYSIS (Towers) I PHOTOLYSIS 77 Saponification 20 Acetolysis 39 Autolysis 941 Z 2.282 ig Ammonolysis 124 Cracking 4.8W 1 Antozonite 267 Glycolysis I Baghouses 131 Accumulati!n10.553 *DECOMPOSITION 202 Solvolysis (Deposition) 0 0 *Chemical E.-Chn...., 9 Cannizzaro Reaction 48 Differentiation (Dissolution) 12 Cohen Equation 14 Oa Baer-Van Arkel Process 65 Flocculation (Extraction) 40 Concentrates (Degradation) 53 Recombiner 58 Fouling X C LEACHING 39 Depolymerization a Ring Breakage *PRECIPITATION - Lixiviation *ENRICHMENT (Disintegration) 23 Guinier-PreBtan Zones 7 Lyometallurgy (Depletion) (Dissociation) 7 Rala Process 676 Flotation 4 Hofmann Decomposition 116 SaltIng-Out Agents 3.166 56 Oralloy I Houdry Cracking Process (Scavenging) 15 Paducah Plant 16 Predissociation (Sedimentation) 397 Enriched Materials - 18.103 13.401 J

REPROCESSING ORE PROCESSING COAGULATION - WATER 20 23 0 5 24 SEPARATION PROCESSES 19 U Is 19 of 46 - SLURRIES - LEACHING - SOLVENT EXTRACTION FALLOUT RADIATION EFFECTS

I Project Salt Vault (Radioactive Meter ale 14 Ground Dposal 93 Stack RADIOLYSIS 0z WASTE SOLUTIONS 64 Underground Disposal (Dissociation) (Wastes) Solid Wastes WASTE DISPOSAL. 2926 RADIOACTIVE WASTES (Discharges) Disposal) (Waste '606 )31 (Chemistry) -Radioinduced Reactions 245 Recycling Processing) *RADIATION CHEMISTRY 96 Eurochemic 9 Arco Process 2Thermox Process 782 Fragments) 1859 G-Valus 2Neptgx PUREX PROCES Radioactive Material,) 13142 r:cess Halex Proces Hot Particles IDocladd7n 15 F I Fng Theory 162 Oarox Process Saltax Proce E PROCESSING issium 182 Fission Yld REPROCESSING (Processing) FISSION PRODUCTS 33 Excer Process 32 Zircex Process 34 1 Way-Wigner Formula 41 Fluorox Process 90 Zirflax Process 17367 6 Flurax Process 2 5 3 Sol-Gel Process A ION ANALYS 19 Hermax Process 6 Eurex Process 12 Niflex Process 161 Thorex Process 7634 IS z 79 Sulfax Process Monex Process (Chemistry) -Reactor Chem stry 2 6793 *RADIOCHIMISTRY *TRACER TECHNIQUES 396 Szilard-Chalmer Raction 746 Isotope Dilution 4 (Depletion) 46 Emanation Mthod 108 Hot Lab 4 Havasy-Pen-th Mthod 84 24 46538 3 Furry-Jones-onsager Theory *ISOTOPE SEPARATION RADIOISOTOPE [Radioactive Materials) 349 Calutron 14 Cow-Milkers (Radioactive Materials) *ISOTOPE APPL 14 Clusius-Dick9l Columns rrT"NAP BAT-TERIES 68LABELLED Wilzbach COMPOUNDS Method 12 Cohen Equation 9 SnaDood '. I 11 Haeffner Effect 348 Carrier-Free -HTO 4 Riza I Jones-Furry Theory 22337 S0277 1 Trannduese 27 Dual -Isopropyl Ether -Isonitriles Trennachleuse TemPeratu -Isopropyl Radicals -Isooctans -Isebutyric Acid 4673 lo2 Stable sotopes -IsobutYl Radicals -Isobutane -Isoleucine 746 Isotope Dilution -Isobutylone -Isobutanol -Isomerization VSOTOPES -Isoamyl Radicals 143 Nuclides -IBoamylacetate 53 ISOTOPE ENRICHED MATERIALS ALANINE - ALP

-Isotopic Shift 4 Oligaphemylenes ISOMERSPara 23 Alanin - L (Exchang 7862 38 Phenanthrolin - Ortho 20 Deuterium - Ortho 'e] 8 Quaterphenyl - Para ISOTOPIC EXCHANGE 23 Deuterium - Para Any com ination of an elemen 0 T:utomerization 132 Enols -Isotopic Substitution t name 27 T rphanyl - Ortho 4846 and a mass number is a Keyword 69 Terphenyl - Para 113 Glucose 0 la xylene - Para 122 Hydrogen Ortho 178 Hydrogen Per& 298 Duteration 281 Isomeric Transition (ISO) 2o euterium-Ortho 10313 23 euterium-Para DEUTERIUM Hydrogen Isotopes) TRITIUM COMP TRITIUM (Hydrogen Isotopes) TERIUM COMPOUND -Hydrogen 3 -HTO -Hydrogen 2 -4439 11 Van Ardenne Ion Surc 6004 11498 1 I

HYDROGEN COMPOUNDS HEAVY WATER HYDRIDES Is 51 is RADIOISOTOPES - 20 14, 15 ASIA USA 135 Maryland so EUROPE 1 295 15 Alabama 122 Massachusetts SOUTH DAKOTA 6Albany - ITALY IAfghanistan 271 Alaska 251 MlchlSan F.2. Moun to L, A7r,,] 97 Alps 2Agip are nArabia 3Ambrosia L4ke og Minnesota 1.393 Austria 12 CISE 4Surma 7Appalachian Mountains 11 Mississippi 3 4 Belgium 28 CNEN 11 Ceylon 19 Mississippi River TENNESSEE 64 Bulgaria 4CNRN 274 China --- 44 Missouri 31 Chattanooga 488 Corn 23 Logo Maggiore 2Hong Kong AirZONA 220 Montana 84 Clinch R1vnr 3SO Czechoslovakia oal India Corrin Muntains 114 Nana IElk River Tennessee 27S Denmark 7Luxemburg 17 Indonesia 05 Colorado Plateau 5Nebraska 28 Enna 81 Mediterranean Son 6 Iran IDouble Egle Mne OAK ROO:5: 22 Earo 4Monaco qq israel 10 Arkansas 04 I ATIONAL LABORATORY 1 4European Economic Community 3333 NorwayNetherlands 7 0 f NEVADA 39 Y-12 nland 4Air:N1A 1 342 27 5Nevada :t es Sit.] 4:6 Polte fund.l 'PI.r -6 20 T::n.:ssaa River 2.100 8Par [312 "Im X CALIFORNIA 34 Now Hampshire 264T .... saki.] 31 Humboldt 92 Now Jrsey FRANCE 7 Romania 30 Cadarschm 1!2 24 K7r::. Son Brnardino M a 2.454 5 S.Sp:i:n 14 UCLA -394 USAEC 14 Fontana y-aux-Romms 7o;SItzerland IMcao 7UCRL NEWM'-'-C0 30 Amen boratory Malaya W 285 D INGDOM 4Monsoon 122 Cleveland 3:A.2-L..r!:at SS3 Argonne National boratoryr 70MCEA UNITE SNpZl E.4 LO .A :j,' S I :n:t I C 28416 BrookhavenBettis tomic Ntional Power LaborLebo t:ry arcoule La to rotary -7 ass N0r horn Vetnam COLORADO 1'39Ka 2S4 Hapo :t ry F2. AERE-A So P.kletSn 2Gunnl:on Rlv:rC NEW 4S Knolls Atomic Power Laboratory IS Sa I U Ar 7Pamir S, 'a [54 00 khav no 1 84 Los Alamos Scientific Lab GERMANY err ved clored 2NationalBrIAt. Lbors -r 21nteratom 2 7 45 PowerK . Laboralla y 22 Mound Laboratory -,N I-Li PI 17 Co,!:redo Rver a hawk RI ver asearch Lboratory USSRub lB OvO..0I, 1: Dc.m.re t 79 North Carolina 150 Greece 94UnoKhib ny 4Filipinos6Southeast Asia US P 43 North Dakota 5so _4 Lovozer 2Syria 20S DGE NATIONAL LABORATORY 36 Iceland 4Taiwan FLORIDA OHIO ... 39Y 2 1 29 Ireland 136 Yugoslavia 1 23 Thailand 4Cape Kennedy I --- 16.294 urkey 1 21 Mound Lboratory 124,UC Sav!nnah River Plant 4U1 130 Georgia 2Scioto RIva,r R 16- 4Viet-Nam 3.358 oa Howell 4Ohio Rver UTAH421 AFRICA 15 Nigeria 217 2: Oklahoma North Africa AND 7Oregon 5Colorado PI teau 7Al::r!a 2 Ny:::ld SEA 11RID 'S 248 ML Vida Min: 4AnI 24 h tn 347- 2Sunshine F- PEN::YLVANIA 2B:t:hu:naland Ruanda Urundi -;TLA.4TIC OCEAN 1,084 1 1 1nols AIIh.y River 4Vermont 5C ro n 2n 6.h.r. U.sert 26 Baltic Sea 103 Indian & "Bettis Atomi Pwer Lobaratoryl 96 Virginia 2Central African Rpublic Senegal C .2 lq4 2Chad Sierra Leone IOWA 42 Rhod 1:1:ndo.yn 1.640 4Congo Brazzaville -2 .. ,.AN SAMOXIC Amen An WASHINGTON 5; CmapKinshase 4Gulf Of 5SS:n 1r:nMO BCD say 2S3S Columbia RI L TS.UT:: ran A] Nort: ': K Z::ky .231 F 2254 NAPO 9G bn rsandal 7:.lac IK:n ant 1,142 Washington DC 18 Ghana d!h IS Louisiana 76 S:v:nnSOUTH CAROLINAh Rver - 4W;::.Virglnia 14 lv:r: Coast 7 Sou West Africa 99 Coast 15 Maine l24Sv nn :h River 3 11 Ka y 2 Sun iI3 5W naln 3Libya I Tanganyika F..IA. .A- 187 Wyoming 32 Madagascar 7 Tanzania a Red Sea MORT14AMERICA IM:la.1 I %go IM IL Maditerransan Sea 2 T n 65 Mexico 3Muritania 50 UAR 2:17 Oceanography SOUTH AMERICA 19 Morocco 4 Uganda 1.227- CENTRAL AMERICA 9MozambAque 2 Upper Volts 5AthmbeCANADA 4gLoke 11 Co:!a Rice RGE -T. 1NA 3EcuadorFrch Guiana SNiger 5 Zambia 30PACIFIC Eniw.tok OCEAN 30 ,.r;cd IC 'u F M nd,,a P- 71 90 Newel :!In. Rv.e Dominican Rpublic SurIn:,m 7a El I d, 24 Urugu M 1: 02119hColumble BOLIVIAS a, .: ARCTIC REGIONS AUSTRALIA 2;RSMALL.jSL:N0S 17Ch R v r 4au .::..I 11Checalt 12 Venezuela 'arh laa 4Elliot L 2Honduras I y 257 Antarctica Mary Kathleen Mines !cnI:.:ay 9Ottawa R2k:r 6 197 Brazil 79 Greenland Now uinea 1San An 3Part Rediv. 4 3British Guiana 36 lc:l:nd,,,. 40 Now Zoe land 47 5San Fr ncl say ":gua -N r 'E[T.j 2Pronto MI a 23 la.." 93 Chile 9 Rum Jun la ISargasso Sea 17 Saskato 2Pans C!n:l 21 C:Idumb IPJ,!,,r Cap) ur, e:on 74 lu.rt: R 0 SC r L1'2:r B Lo. And.. Ill Pa .-Cap Absorption 18 Shares -A 153-2 729-8 629 672 5.579

GEOGRAPHY - 21 SOILS23 DEPOSITSa n PLANETS43 09 43 LAYERS - I - METEOROLOGY RADIATION BELTS

40 Earth Crust EARTH 395*Latitude Effect 66 Goomagnetio 8Sial 485 GEONAGNETIC COOROINATES 'i Equator 61 Geodesy 11 Sime, 68 Geomagnetic Poles UZ UEOGRAPHY 66 -,E MAr.NE 33 Stoermer Theory IC EQUATOR GEOCHEMIST 5_. 7 Pamir 34 Sudden Commencements Equatorial Electrojects z 97 Alps 904 TECTONICS 253 GEOMAGNETIC STORMS 19 Petro istry 7 Appalachian Moulitaine 3 4Sudden Comm e ncement.1 Carriso Mountains 584 METAMORPHISM 110 5EOMAGNETISM 1.557 95 Colorado Mountains 6Graywack: J GEOPHYSICS 5 Cordillera de los Andes 19 Phyll.ite 1445 Magnetoarhare San Bernardino Mountain 44 Topography 42 International Gonhysical Year Sierra Nevada Colorado 10 Tropical Regions 3Molasse NY1 voeanograpry - FetiO Cut-Off Rigidity 75 MAnNETIC STORMS NemZspheres) _ 10.15 _ 34 Sudden Cmencements 4.453

AGE ESTIMATION GEOLOGY SEISMOLOGY 129 Archaeology z 39 Argon Method Geological Formations - Antiaoiamic Reactor Design Geological Sediments 185 Earthquakes 356 FOSSIL 53 Coral 557 OROGENESIS 76 Project Plumbbob 42 Diato: 240 Hydrothermal. Stage 20 Project Shoal t .1 3Parageneais 164 Project Vale 4Helium Method 1 88 Lead Method 44 Stratification 1.319 71 Paleontology MING 335 Stratigraphy (Blast) 4.231 5 Athabasca Lake 8o4 TECTONICS (Burets) SHOCK WAVES 1 Double Eagle Mine 584 ETAMORPHISM - Detonation Waves (Extraction) 8 Graywaake - Detonations (Blast) Mary Kathleen Mines 19 Phyllites .791 EXPLOSIONS 26 Chapman-Jougust Condition 1 Mi Vida Mine - Detonation Waves 2 Pronto Mine 52 Implosions 103 Hugoniot Curve PROSPECTING 2 Sunshine Mine Idaho 15 Project Cowboy 4 Lax Theorem ,.P. 1.473 - Project de Hry 9 Mott-Smith Theory 1 Aerial Pri cting 29 Underwater Expl oio - Project de Henry 33 Exploration 2. Rankine-Hugoniot Equations - Riemann Waves z 1.772 (Shock) 427 Shock Tubes C UNDERGROUND EXPLOSIONS :9 > (waves) Zemplen Theorem ri WELL LOCGING - Project Blanca 489 Project Plowshare A 5Project Carryall 76 Project Plumbbob 6.205 96 Boreholea 52 Project Chariot - Project Rainier (Drilling) 15 Project Cowboy - Project Salmon L - Gamma Logging 3Project Danny Boy 14 Project Mohole - Project Dribble 5 Project Schooner (Charges) 2 Rock Drilling - Project Evans 30 Project Sedan (Charging) 69 Project Gnome 20 Project Sh 4 Dynamite EXPLOSIVES Z! Project Logan O:Mlalpai 2 Kistiakowski-Wilson Equation z 3Project Lollipop 45 Project Teapo t 58 TNT Project Plowboy - Project Wigwam 1.667 758 =ESSING NUCLEAR EXPLOSIONS 23 45

GEOLOGY 22 %3 tee - ORES

I 1bukumalits 12 Rruci to 1Doverite 2Hamb*rgits 379 Magnetite 200 Perovskite ISinoite a Actinelits 291 Calcite 4Dysanalyto, 22 Heavy minerals 16 Malachite 3 Perrierits 2Skutterudite 28 Aoschynits Ulcite-Thorits 2Ekanite 7Holvite 21 Manganits 3 Petalite 127 Sphalerite I Altaite 53 Calomel 2Elpidite 177 Hematite 42 Marcasite 17 Phonakits 712 Spinels 7 Alunite 17 C-roallits 72 Epidote 1Hisingerite 5 Marmatito 8 Phillipsite 56 Spodumens 15 Amblygonite 74 Cassiterits 6EuOlass 1Hodgkinsonits 3 Mankelynit* Pieekite 15 Staurolite 243 Amphiboles 10 Catapleits 25 Eudialyte 21 Huttonits 1 Melanovanadits 29 Pollucite 3steerstrupite 55 Anatame 11 Colestite 5Sudidymite 2Hwanghoite 1 Molanterits Polysignite 1Stibioniobits 2 Andalusite 3Corianit* 9rayalits 7Hydrargillits la Molilits 15 Prohnit* 4Stibiotantalits 3 Anclosite 17 C*rite 240 Hydrothermal stage 55 Metamict ineral 335 Pyrite 8StIbnite 1 Antozonits 4Cerussite, 650 pzLDSpARS 3Hydrothorit* 584 Metamorphism 125 Pyrooblore 2Stillwallite 12 &site 119 Albite 3Rydrosinaite 31 Microlite 13 Pyrolunits 2Strontianits 361 APATITS5 1Chalcanthite 2 And*sine 18 Idocrase 2 Millerite 3 Pyronorphite 25 Sylvite 6 Drithalite 19 Ch&laooito 14 Anorthite 180 Ilmenits 1 Millisite 10 Pyrophillite 5Synchisite I Chlorcapatite, 102 Chalooprrits Labradorits 5Ilsomnits 4 Mineral wool 2SyngenIts 2 Fluaroapatite Chalypits 90 Microcline 1Irinits 288 Mineralogy 275 PYROXENES 44 Taonite 26 Hydroxylapatite, 2Cheralite 13 Oligoolase, 14 Jarosits 2 Mirabilita 19 Augits 64 Tale 2Chkaloyl 80 Orthoclase 2Jordinits 91 Molybdonits, 35 Pronzite 67 Tantalite 2 Apophyllite 3Chlorits nerals 19 Perthits IKainosits 2 Molybdomenite 6 Clindenstatits 32 Tapiolits 46 Aragonite 91 Chromits 128 Plagioclaae, 225 Mentmorillonlte 20 Diopoide 9Totrahadrits 7 Argentite 25 C1krysoberyl 15 Sanidins, 16 Montrossits 87 Instatite 11 Thalen1to 5 Arsenopyrits, 3Chrysotile 4 Moraosits Redenb:rgite 2Thoreaulits 178 Asbestos 10 Cinnabar IForroselite, MINERALS 3 Mosaite - Hypers hone 87 Therits C 6 Astrophyllite, 3Claudetits 12 Foresits, 40 Mullits Auerlite, 8Claustbali+e 2Florencite, 6 Natrolits 100 Pyrrhotite, 11 ThortyeititeThorotungatite 5 Asurits 3CoUltite 349 Fluorite 3 Navajoits 23 Radioactive Halo 66 Titanite 1 Babofphite 31 COh*nit 29 Forsterite 70 Xamacite 24 NePhelite Radioactive Natorie. 3Top&* 29 Baddeloyite 20 Colemanits Prey&lit* 139 Kaolinite 16 Nephrite 89 RADI0ACTrVV MINERALS 70 Tourmaline 134 Barite 22 Cordierite 37 Gadolinite IXieserite 3 Niakeline I Lapointe Pick 19 Tridymits C 4r 1 Barylite 121 Corundum 6Gagarinits 2Knopite 138 Niobite 147 Troilits 58 Bastnassite 4Corvusite Nogizahalite 2 Rammelaborgits 4Tymonits in 193 Galena locholits 2 Norborgite 2 Rhabdoph&"ite 3Valentinite 85 Bauxite& 2Cat ... Ito 1Kutnahorite I Noselite 6 Rinkite 7Vaterit C I Bavenite 22 Covellite GARNM 2Langboinite I Oldhamite I Romenbuschite 15 11i to 5 Bayerits 11 Crandmillit. 4 Almndrite ILavenite 1Vermicu 26 Bortrandit* 50 Cristobalit. 227 Olivine 1,377 Ruby 1Vesuvianite 4 Andratite 42 Lopidalite I Orpiment, 247 Rutile 5Wavellite 226 Beryl 2Crocoite, 4 PYrope 1Loseerits 152 Orthite 193 Sapphire 9Willosits 4891 BiotitsBeryllonite 941Crookeelt* Cryolite 3 Spossartine 4Laucits 1 Osbornits I Saryarkite 37 Wolframits 3 Dismutotantalite 5Cuprite 17 Gibbsite 7Laucozons Oyanalite 1 scapolits 9Wollsetonits 22 Boohmits 9Cyanite 56 Glamoollits 62 Liaouits 3 Paragonesis 71 Schoolits 6Wulfenite 20 Dornits 9Datolite, 39 Goeth1t* 17 Loparite I Paraphans 34 Schroibersit. 39 Wurtzite 5 Borocalcits 16 Daubreelite IGoolarits 1Loranskite 10 Parisite 53 Serpentin T2 Xenotime 35 Bronsits 10 Diagonesis IT3 Gypsum 3Lovoserits 2 Pascoite 57 Siderits yamsgutilite 14 Brookits 7Diaspors, 27 Halite 6Msfic Minerals 4 Pectolite 41 Sillimanite Yttrotungstite 7Disthene 11 Ralloysite 6Maghomite 7 Pentlandits 2 Simplotits 328 Zeolites 182 Dolomdte 31 Magnesits 7 Periclase 2Zincits 535 Zircon 02 13.4

MICA 489 Diotite 47 Phlogopits GRANITES 11 HallOYsits 10 Rosclelite 42 Lopidolite Rosooelite 1 Redstone Granite 3 Lopidomelane - Serioite 208 Muscovite 0 1.497

CARBON QUARTZ 14 %3 tes. MINERALS 23 %3 MINERALS

6AbornLthyito 6 Guilleminite 4 Ningyoite 15 Tnorogummite IAldanite 19 Gummits 6 Novao*kits 20 Thucholits 6Andersonits 3 Haiweeite 1 Para-Schoepite 82 Torbernite 5Ankoleits 2 Hallimondite 11 Paraonsite 2Troegerite 124 Autunite 4 Hatchattolits 24 Phosphuranylite 41 Tyuyamunite 6Bassetits 5 Heinrichits I Phosphyargite 7Umohoits 4Bayleyite 3 Hydrothorite 364 Pitchblende 2Uramphite 16 Beoquarelits 5 Ianthinite 1 Plumbaniobite 3Uranium Back 4Beta-Dranotile 5 Iriginite 1 Pesudoautunite 2Uranium-Microlite 8Billietite I Ishikawaite 4 Ranquilits Uranium-Pyrochlore 4Boltwoodite 7 Johannits 4 Rauvite 17 Uranocircits 33 Brannerits 1 Kahlerite 11 Renardite 57 Uranophans 2Broeggerits 24 Kasolits I Hichatite 9Uranopilit 4Carburane 1 Kirchheimerits 7 Rutherfordite 3Uranospherits 206 Carnotite 2 Lermontovits 10 Sabugalite 8Uranospinito 1Chlopinits 23 Uranothorianits 7Clarkeite URANIUM MINERALS 34 Uranothorite 52 Coffinite Uranotile 3Compreignaoite 2 Liebigits 11 Saleeite 11,Ursilite 7Cuprooklodowskite 1 Lodochnikits 5 Samiresits 1Uvanitq 8Curite 1 Mackintoshite 17 Schoepits 3VAndendriessoheite 30 Davidits I Maitlandite 24 Schroackingerits 4Vanuralinite 2Demesmaekerite 2 Maauyite 2 Sedovite Ivoglits, 4Devindtits 3 Mckelveyits 4 Senglerits IWalpurgite 3Diderichite 3 Mendelejevite 1 Sharpite IWeekaite 4Dazontite 2 Moctezumito 8 Sklodowskits 3Wiikite 2Elleworthite 1 Moluranite 5 Soddyits 6Woelsendorfite 3Epiianthinite I Naegite 1 Sodium Autunits IWyartite IFerghanite 8 Wasturan 1 Studtite 2Yttrocrasite 1Ferutite 1 Natroautunits 2 Swartsite 37 Zeunerits 6Fourmarierite 2 Nenackevite 2 Thorbastnaesits 7Zippeits 4ftancovillito I Ninolayite 26 Thorianits 2Zirconolits IGastunits 5Zirkelits 2.425

URANIUM ORES URANINITES ranium Concentrates 2 Broaggerite 2.744 8 Nasturan 364 Pitchblende Ulrichits 715

L- ORES ENRICHMENT URANIUM COMPOUNDS URANIUM I " ter 19 Is Is UR ANI U M MINERALS 23 sis 26 Is a III 23 23 BUILDING MATERIALS ALUMINUM OXIDES AGRICULTURE GROC" Ismy GEOLOGY EARTH

42 Diatomite 14 Buried or* CLAYS (Ground) (Deposition) 52 Andesit*s 32 Peridotites 2 China Clay 107 Humic Acid 16 Moraines 31 Aplit*a 1 Porknit*o 51 Clinoptilolite mmessomm seems 65 Humus 1Pone0oncordant Deposit 13 Daoites 11 Phonolites e Fuller Earth SOILS 62 Placers 98 Porphyrs el Illito 11 Laterites -Reserves 67 DIABASES 14 Project Mohole (Resources) *DEPOSITS I Diabase-Wl] 22 Pyroxonites 82 Kaolin I Loses 1. 58 Rhyolites 39 Loam 94 Mud 78 Dioritoo 105 Syenites 5.856 1,039 SEDIMENT 29 Dolerites 13 Tholeites 1.364 5 Arkos: 33 Dunit*s 10 Diagenesis 2Eclogites IGNEOUS ROCKS (Sedimentation) 73 Gabbros 118 Gran6diorites 83 ULTRABASIC ROCKS 7.253 15 Ignimbritas Serpentinites 390 Intrusion 2Latites 123 Lava 15 VOLCANICS 230 Magma Ammonoosuo Volcanion 5Miaskites 313 Basalt 59 Migmatit*o - Eruptions 118 Carbon tites 7Mylonites 3Molasme 15 Ignimbrites SAND 18 Charnookites 23 Opal 58 Monsonitos 2 Latites 102 Conglomerates 313 Petrography 82 Nopholine Syenite 4 Liparits, 25 Black a 10 Diagenesis 2Potrolite Nordmarkiten I Pant:11orites 173 Sdstones 8Flint 49 Petrology 9Norites 20 Parl to IGlaciers 19 Phyllites 480 Pegmatites 153 Tuff 1.708 261 Gneiss Quartzites -Gravels 173 Sandstones 2.877 8Graywaoke 219 Schisto 9Hornfels 382 Shales 22 Berylliu Oes 316 Limestone 148 Silt 5Bismuth Ores -Metamorphic Rooks 25 Black Sands Chromium Ores THORIUM ORES Cc 151 METASOMAT ROCKS 33 STONE METEORITES 12 Cobalt Ores 754 Monazites no 91 Achondrites 74 Copper Ores 8Australit*s 56 Gold Ores I 169 GrainSkarn: ISM 235 Chondrites 67 Iron Ores ORES 5 9 IMioasohisto Indochinits 66 Lead Ores Z QUARTZ 3Molass 3Maskelynits 14 Manganese Ores 42 Diatomite 16 Morain:8 16 Memosiderites 15 Molybdenum Ores 55 Moldavites 21 Nickel Ores ORE PROCESSING 3 ornstone mommoomoo sees Niobium Ores quartzites 557 MOUNTAINS 32 Pallanites 97 Alps 2Philippinites Rhenium Ores 7 Comminution '041 290 Tektites 2Selenium Oros 40 Concentrates 7 Appalachian Mountains 20 Silver Ores 195 Crushing Carriso Mountains Tantalum Ores 676 Flotation 95 Colorado Plateau (stones) 13 Tin Ores (Processing) 5 Cordillera de loo Andes 10 Titanium Ores 3 Rand Process 7 Pamir 24 Resin-In-Pulp Process San Bernardino Mountains 21 Tungsten Ores (Size Rduction) 16 Vanadium Ores Z Sierra Nevada Colorado 42 Zino Ores I Waxoo Process 0 6.786 -J 9Zirconium Oros 4 Yellow Cake

3 005 2.471 J

MINE URANIUM ORES

Lb bis ORES - 23TER 51 GAS COOLANT

41 192 Gas Fuel 36 Azectrope 5 Phar I OrsatGAS ANALYSISAnal i.1 CASES 26 Hard-Sphere Model Flash Distillation MASSING ysis DISTILLATION 1.11196 76 51 Henry Law 196 Fractiomation OS EIN7STEIN GAS 22 Ideal Gas 9Petroleum efineries 11q Bose-Einstein Condensation 16 Katharometers 60 Rectification 78 Langmuir Isotherm 3.499 132 8 Lenard Theory V *INERT CASES SCHLIEREN 3.126 at.4 9 1 4 26 Mayer Theory SCHLIEREN METHOD VIRIAL 70EFFICI 164 N::ur:l Ga 5 18 Fluoride Volatility Proces 458 Fluidized Bad -Schlieren Photography 3 De Boer Theory 26 P ch n La VOLATILITY FLUIDIZATION -Toepler Method 2 PVT Relatiwans 2.694 1.272 4 Toepler Pumps 0 Rarefied Gases 107 Agar I Van T Hoff Equation 427 Shock Tubes 97 Alginic Acid 17 Dule-Thomson Effect 20 Sievert Apparatus 208 Gelatins 13 Freundlich Isotherm 1 Sievert Law 4 3 Gelat n 35.508 -Gals IRI 68 20 Radiocolloids 1 7 4 METASOMATIM DESERT -Silica Gel 29 Sahara Dose COLLOIDS 24 Aqueous Humor VAPOR PRESSUR 6 Grai no 2 3 Sol-Gel Process 925 Asciten 196 Edema 72 Knudsen Tochniqu] 19 S Karn EVAPORATION I: 134 Sols 208 Cerebrospinal Fluid 301 Drying 0 ZT, 4 4 Thorotrast VAPORS18 Mollier Diagram 83 Lyophilization 23 Tyndall Effect - Peritonsal Fluid 8 Dumas Method 55 Raoult Law 6 Spray Drying 32 Exudate 666 Sublimation 5.386 -A 130 Saliva 36 Transpiration Method (Vaporization) FLUIDS 16 Vapor Generators Glaciers N 51 Rayleigh Number 20 Vapor Quality St::m Coolant 16 MorainE 9 Disperse Systems 24 Schmidt Number ( Va por Liquid Mixture) 4SS St m Generators ICE (Straggling) 41 Svnovia 4 Void Fraction 87 Steam Quality 27 Sn 10 Diag no a Z *DISPERSIONS ir 'A I - L 11.605 STEAM 1.301 144 Freeze , 9 Z 4.453 6.673 0 Steam Saturation 666 Sublimation VW 3 Steam Separators Freezing Points Z Condensation) W LIQUEFYING 7.424 J SOLIDIFICATION 458 Fluidized B d 80 Turbidity 20 _j SUSPENSIONS .579 - queo US G DEPRESSIONNT 4.097 anry Law 100 Hydrostatics 346 Dehydration 50 Cryoscopy I 285 Drinking Water 2.209 28 (Sewage) - Water Solutions 94 Mud BLOOD SUBSTITUTES 320 Droplets (Vapor-Liquid Mixture ThorotungBtitB Sea Watf - Pulps 23 Oextran 6 Elutriation 146 Void Fraction Yttrotungstite-Hydrogen Hydroxides SLURRIES 208 PVP LIQUIDS 14 Liquid Clusters IHydronium Ion 23 Slime 13 Lugol 49 Landau Liquid Helium Theory 10 Irrigation WATER ordheim Method .j - Sludges SOLUTIONS 137 Lysis 8 Ornstein-Zernike Relations 'A 280 Nutrients 12 Karl-Fischer Reage Redfield Theory .j 1.682 J 20 Freezing Point Depression 43 Mineral Water I Solid Clusters 32 Brines 746 Isotope ilution 26 SamuelHYDRATE - MeS Be Mods SOLIDS -Emulsifying Agents 50 Cryoscopy 592 Saturation 5Ankolaite EMULSIONS 2 8 5Culture Media 51 Henry Law LUBII.jr TING POINTJ 3Compreigna its (SS Materials) 309 Dilution 64 Supersaturation SO r MEL 11 Hallaysite (Dissolution) Dissolution) (Solid-State Physics) 110 Ml -,.L.U.83E) 3.984 1Paraphone 45 Born-Von Karman Theory LATEX - Water Solutions 10.048 2 a-P .ha 42.467 HEAVY WATE 15,915 J 1.011 5794 29 STATES OF AGGREGATION - 24 40 Welasenberg Method Tatragonal Structure 275 Spin-Lattice Relaxation I Axial Ratio 1194 Interstitials 33 Born-Mayer Equation 83 Ion Channeling 16B Brillouin Zone 90 I-sing Modal 95 119 Cleavage J Crowdions 19 Kikuchi Line LAUE DIAGRAMS 25 Cottrell Theory - Crystal Structure 2 7Koehler-Sait" 23 Guinier-Preston Zon. . Theory 3Kossel Method 92 Cubic System 34 Lattice Vibrations MONOCRYSTALS Crystal Field ILine Defects 331 Excitons 39 Einstein Crystal Model Orbach Relaxation 45 Bridgman Method 9 Electron Channeling 7Pauling Rule 2 Elliott-Staven Theory 16 Proton Channeling 35 Czachralski Method 85 162 Frankel Defects 39 Patterson Method 5 Kyropoulos Method 6 Grain Orientation 84 Peierls-Nabarro Force I Mandalssohn Model IONIC CRYSTALS 23 Guinier-Prestan Zones IRume-Rothary Rule Noralco Diffractometer 33 Born-Mayer Equation HCP Lattices 11 Schulz Method B4 Peisrls-Nabarro Force 2Varlay Mechanism 102 Hexagonal Structure 70 Shear Waves - Single Crystals 508 Holes 6Shockley Surface Statag (Solid-Stato Physics) 13 Bragg Cutoff 94 Order-Disorder Transformation 95 Space Group 10 Stockbargor Method CRYSTALS CRYSTAL LATTICE *LATTICES 313 Spin Waves 77 Whiskers 74 Franck-Condon Principle (Angles) (Structural 9.07 J 6Friada1 Law SuPerlattices 23 Guinier-Preston Zones BCC 59 Texture 16 Habit Plans Centered Cubic 387 Twinning 48 Ion Implantation 46 Vegard Law 19 Kikuchi Lines 102 169 Amorphous State 27 Koehler-Saitz Theory 2i7 Crystal Growth 25 Lamb Theory red Cubi] 85 Dendritao 4Mis-Gruensisen Equation 44 Miller Indies$ 45 Differentiation 39 Patterson Method 506 13 Pockels Effect COLOR CENTERS 87 Epitaxy polycrystals 144 Freezing 25 PyroalectricitY 425 FCenters Z 215 Mineralization 11 Schulz Method 2KCenters 2 192 Nucleation (Solid-State Physics) 61 MCenters CRYSTALLIZATION 22 Umklapp Processa9 IRCenters vat: 14 Wannier Function 47 VCentersUCenters 40 Weissenberg Method XCenters 151 29.19 -J METASOMATI 6-Greisens 61 19 Skarns COORDINATION VALENCES

4.354 34 Oxonium Radi c als

36.836

SLIP 0,CKS DEFECTS 30 30 30

STATES OF AGGREGATION - 24 BIS CRYSTALS 20 29 I is WASTE DISPOSAL WOOD CELLULOSE- SILICON COMPOUNDS

6 Acheson Gaphite -Ashes 21 Agot Graphite ng 8 Gangue 3 ECA Graphite 16 Elactroslag Weldl 185 Depleted Uranium PAPER DC Resins 7 GBF Graphite SLAGS RESIDUES -Kraft P a pe SILICONES OK_N Id w 2Graphite ATJ 653 (West 2517 91 Siloxanes 4 Graphite CSF L 2998 - 14 Silastic 7 Graphite EY9 I 6 677 4 Graphite -C-18 REAGENTS Z GRAPHITE 192 Alizarin 5 Furildioxime 87 Graphitization 35 Aluminon 79 Morin 324 4 7 2 Cotton Ill Pyrolytic Graphit 382 Arsenaz 0 14 Muroxide INDICATORS 3 Yarns 7 Wigner Effect 8 Anthracite 285 Cu pf arron 59 Ninhydrin 8 Congo Red TEXTILES 10630 142 Lignit's lo7 Dimethylglyoxime 8 Mothyl Green 85 Wool 4 22o Coke 2Oithiol 5 Thionalide 15 Mothyl Orange 35 Silk 167 Peat 190 Dithizone 83 Thrin 21 Methyl Rd 1051 58 Tar 32 Forroin 52 Tiron 57 Mothylthyrnol Blue COAL Forron 43 Neutral Red Z (Fossil Fuels) Fluorone 4 Neutral Violet -Asphalt yridylazore:orcinol 71 Pyrocatechol Violet BITUMENS 2095 -J 64 Rhodizo nic A id 39 Phanolphthalain 16 Buna 5 Thjoko lo Asphaltite 28 Quinalizarin6O vans blus 141 Xylanol Orange ELASTOMERS 79 Rhodamin 117 Neopron 59 Sons itize olysope 445 era 10 ran. 2 526 Houdry Cracking Pr 26 359 CHEMICALS MUTAGENS PETROLEUM CONTRAST 5 EMS - - - 9Petroleum Refinerio: 0"" I (Fossil Fuels) -Mineral oil 4 3 Hippuran 36 Proflavine "'u 24 Essential Oils 4Hypaque I LATEX OILS 9 Sesame Oil - 1703 441 Thorotrast 1266 Additives 11 CIrin-gns 2 Gutta Percha 32 Corn Oil X 25 Lipiodol 27 Amidol 319 Rose Bengal RUBBER 16 Buns 9Peanut Oil 2 Vesicants 2 Ebonite 19 Viton 19 Soybean Oil 63 Solvatation 165 Tioxano 3 Developing Agent 37 Chromotropic Acid 196 Vulcanization 6 Trioloin So4 Dioxane IS Solvosso 9074 62 Oliv:,Oil Organic Solvents SOLVENTS A 11 Line d Oil FOAMS!;;;; 138 -J 17 Croton Oil 3o Callosolve 90 Amoco 6397- 474

Z Bps a E ENT$

420 21 Phycocyanin 3 Ultramarine 11 tercobilin 20 Urobilinagen Vermilion

27 Crystal Violet 16 Erioglaucine HomatoxYlin 66 Z 60 Evans Blue 12 Indigo Carmine HEMOSIDERIN 324- Doobnors Violet FLAVONES 4 9 '. mosiderosis INDICATORS 16 Ink 82 Eriochrome Dyes 11 Phenol Rod a Congo Red 28 Quifializarin 14 Stains 319 Rose Bengal So15 DiaphorasasQuarcetin 8 Methyl Green 76 Rhodamine 43 Curcumin 8 Rosacyanin NomMEN0110 4 GaIang_in PIGMENTS o Biliverdin 43 Neutral Red DYES 133 Phthalocyanines 229 Mathylons lue 116 Paints 211 Carctenoids 4 Neutral Violet 150 Fluorescein 51 Eosin 3 7 - 7 7 Bilirubin 32 Phenolphthaloin 192 Alizarin 46 Trypan Blue 87 Acridine Orange 71 Pyrocatechol Violet 5 Janus Green 10 Azure A 35 Aluminon PORPHYRINS 143 Melanin 14 Aurin 12 Beryllon Protoporphyrins 29 Molybdenum Blue 15 Mothyl Orange Malachite Green Benzaurin 86 Hematoporphyrin 22 India Ink 21 Methyl Red 79 Morin 13 Acid Chrome ye.s 3 Brillant Green Phytochromes 14 Muroxide 4 Acid Orange 15 Carminic Acid 24 2 7Methylthymol Blue 3Victoria Violet 43 Curcumin 64 Toluidine Blue 141 Alanol Orange 26 Methl Violet 79 Rhodamins 41 6 COLOR 37 MATERIALS (GENERAL) 25 St 13 is U 14 SHIELDING MATERIALS $AND CELLULOSE ZIRCONIUM ALLOYS METALS

I I EJ Mortars Alloy-s S90 3Allay-0-979 171 Prestressed Concrete 99 Li n n 59 a ZIRCALOY 23 Alloy-s 816 Alloy-DL-19 CONCRETES 4354 Alloy-v - 3 AIIDY-In-lo2 (Cementation) 28 7 Astroloy 7Allay-L -BoS ENTS Nelson 10 Alloy In-loo 11 Alloy-M 252 .CEM r 39 Alloy-A-2BG 15 Alloy-N -155 190 Binders HEAT RESISTING ETALS 78 Fillers Heat Resisting Alloys i205- 28 Reinforced Plastics' - Alkali Mtal Alloys 12o Refractory Alloys REINFORCED MATERIALS 35 Alloy Clusters Refractory Metals 5 Alloy-Go go Ising Model Steel- Hy Bo 70 NC RE T E 42 Dilute Alloys Gemino I Steel- SAE- 17-4a String ALLOYS 2 379 23 Guinier-Proston Zones - Heat Resisting Alloys 52 Brie - Rare Earth Alloys 120 Refractory Allove 3 Allegheny 130 Croloy BUILDING M RIALS - Transitich Metal Alloy (Alloy Stools] Durco Razistal 193 Structural Materials Aloyco 6Durimat (SS Materials) 3o Carponter Midvale Misco C 19 Stainless Steel-AM-350 86 Chromium-Nickel Steele Stainless Steel-CD4MCU 4 Nickel-Chromium Steele China War 2 Stainless Steel-CK-2o 17 Stainless Steel-17-4 9 Dynapak Machine (Alloy Stools) 4 Stainless Steel-15-7-MO 24 Stainless Steel-17-r7 Em:il 11 F:nste:!,. 11 - Refractory Materials En male *STAINLESS STEELS REFRACTORIES 7o CERAMICS I H a y- Steel 12 Stainless Steel-18-8 178 Asbestos 29 Fluxes le Glazes STEELS 1 Stainless Steel-329 30 Linings 73 Vycor Illium 3 Stainless Steel-19-9 I Stainless Steel-330 79 Porcelain Magnet Steel-KS 2 Stainless Steel-2o-25 242 Stainless Steel-347 Z 39 4o Raschig Rings 3 Stoneware Nickel Stools 3 Stainless Steel-3oo 29 Stainless Steel-348 Orthonol 14 Stainless Steel-3ol 7 Stainless Steel-403 5878 1 Steel- ASTM-AloS 28 Stainless Steel-3o2 17 Stainless Stggl-405 7 Steel-ASTM -Alo6 628 Stainless Steel-304 15 Stainless St81-4D6 25 Steel-ASTM- A212 2 Stainless Steel-307 47 Stainless Steel-41c 71 Steel-ASTM- A3o2 4 Stainless Steel-308 6 Stainless Steel-416 CERMETS 6 Steel-ASTM-A35o 5 Stainless Steel-309 18 Stainless Steel-430 9 Dynapak Machi 1:ASTM-A353 54 Stainless Steel-31o 10 Stainless Steel-44o 1 3 14 F2uorod SStteeel ASTM-A533 268 Stainless Steel-316 3 Stainless Steel-446 3 Maskelynits Steel-ASTM- 336 44 Stainless Steel-321 2 Stainless Stools-CF 2o Parlite 1 Steel-SAE-A7 2 Stainless Steel-322 lo Timken Alloys GLASS Steel-SAE-H40 173 Pyrox 4 Steel-SAE-1045 1 2 0 -J 63 Vitrification 13 Steel-SAE-4130 7732 24 Steel-SAE-4340 7 9' 3 131 (Alloy Steel ift sweetalloy Elastuf C CARBON STEELS CHROMIUM STE -Low-Alloy Steel 491 Z -Mild Stools 1383

SINTERED M EIALS WINDO IRON IRON ALLOYS CHROMIUM LLoYS 29 n 14 25 26 ENGINEERING MATERIALS 26 28 28 29 28 VOLUME SURFACES BONDING FILMS

1 27 ARCHIMEDES PRINCIPLE MASS 2 7ADSOR8E7T:

POROSITY : :. 0:':my :, Ell..' 61 Effectiv ADHE 7!43 FrAc:.v nd 57: MOLECULAR GHT is mama Rom I - Adhrence 4ESORPTI I) N S Molar Volu Adhsives 7 Elov (Permeability Ila Obasit lig.;42 98 f9 ADSORPTIONISOTHERMS-1 4.477 j rM PAYLOAD I EIGHT 1.176 8LgngmulrIItno o

9.513 J "'zpaosio ) ADSORPTION 6Gibb:tAd;:rption Equation H a (C:ndan:,,:Ion, 324 ydr ... tin Gr In nIt, 15Hy!r.. city

*DENSITY MATERIALS TESTING 'Ha Ior Sievo, 73 Pyon:m sib NONDESTRUCTIVE T Ea I a ii Materials Testing Acelerator it TENSION 2 .Si..rt Apparatus 3 1 h-T Instability Alpha Fuel Scanning (Quality Control) 25 Cntact Angle ISievert La. SCHLI ,to Fuel Scanning 5 Robertson Test 15 Weber Number 3Solvatation 1132 1 :amma Fuel Scann Ina 20 Rockwell Hardness 69 Wattab Ity 8Surface Area 5LHLIEREN ME 17i Charpy Test - Sati 54 Wettin Agents 4Tomplar Pump 46 Emanation Method - Sodium omponsnts Test Install 1.124 1,U. t t aalb, I 11I t y 3 Front Test - Str To 11.943 20.463 4 Knoop ardn;ss IT :tU68g M:t Laminogre 14 kar. .. rdn -4 L0CTF r" 15.329 z u, )O126 STRESSES r 16 DISPERSION HAR 33 Flow Stress ITD-Nic el I 2S Brin S-N Diagr _ r 16 Stress Room 23 ru' r.P.7a Zones 1.ving E.rd n i TENSILE PROPERTIES 1A 4Km cop H ardness ECHANICAL PROPERT 9 Bomechinger Effect 10.316 nMir1hrdmess I S 19 Flexibility 12.02, (Resistance) HARDNESS 2 0 7 Sher:r 3Proc Hardening To ion ELASTICITY dipIt:tip%- ,ing 1912 YJ .1 d Strength Bordonj Peaks iMtio H 20R. . H.r SI' 2 7 Young Modulus Hooke Lo! 31 StrkwmIlrd1dm% 34 Vick!rsHH.rdi89 11.715 J 1 DUCTILITY 6.08 J 232 P::tl:it on Test 4.778

'A FATIGUE be 2h RUPTURE -N Diagram CREEP 4 Larson-MIller Par& t,1 17 Thermal Fatigu 4 Larson-Miller Pmrom cc BRITTLENES! (Burstsi 1.613 Plastic Fl- 9 EIbrlttlem 0 n FAILURES 5 Robertson Toot (Damage) 4.008

2.932 4Fracture Toughness 482 Fracture z (Incidents) 0 9.813 -J

IMPACT SHOC ICTION N

[S.ho.k) 70 INTE:NAL FRICTION1 13 . rdoni Peaks DEFORMATION 13 El.ctrostricti.n 1.991 33 Flo. Stress - Abr:: on 2.724 STRA I AE:,-- FS MAO;IETIEl;;:.tITTO 27 Abr ivas 3a ; 'O. 1.386 99 Bending 70 She.; Wave. I 307 Drawing 514 stain

8 1 12.949 J

DEFECTS SHOCK WAVES CORROSION - COLD WORKING - HOT WORKING EXPANSION 30 22 Is 29 29 28 MECHANICAL PROPERTIES 27 27 27 n to 52 WEIGHT MASS PLATING ROLLING SPACERS 13.914- -011 Ion 15.708 3.053 (Blades) FINS lGrnatthl (Dimensions) EE Finned TubesSurfaces (Strips)cspikes) 77 ,ruula E1;;:.Conotant t 17 Half-Thickness (Ribs) 26 Venom

3R!ng Expansion *THICKNESS rl a)

EXPANSION (Size) 204 Shrinkage 242 Swelling 5.179 833 Thermal Analysts a ridge Theory ml -Thermal Expansion 12.587 .10, I 9.334 FOILS 633 BOUNDARY LEERS 10 Stacked fall Technique iS4 Contrac an 4 Rossolan t n (Dimensions) 48 Fuel Plate*

[Frarm:n,!,l..) VOLUME *PLATES Lamellam LAYERS Q (Heavy P rt c 4 Sona7tt'y Theor (s Siegel Analysis 1 Y335 Stratigraphy 10.347 PARTICLES I 7 44 spilesLegaly I'll Sima 160 Substrates 83 Grain Density 55 FILM BOILING C3 63 Virial Theoren, 14 Bra 'lay Equ ation Z 1.656 FILMS 1; Fraunhaf:r.Diffraction 65.135 81;.:r:)c I Distances 85 Replica Techniques DISTANCE (11s.ispheres) 304 ASYMMETRY 29 Asy.metr iciental SPHERES i Sherman TabONs' 31.167 58 Packed Bad (Columns) 285 Pebble Bad 39 Crossed Symmetry SS Set Method (Dimensions) iOS Roughness (Boundaries) *SURFACES JPROIE CT USHOT (Sharpness) 25 Contact Angle _Prj act 1.nth. 171 Fuel Element Clusters 1.1 (Size) 18 Onscaling )p LLETS, 276 GEDIETRY 74 :ph:ri:a! Model - Descaling Process 63 Rayleigh-Taylor Instability L13.252i 26 'obachavoky Goometr1l tr at r - Finned Surfaces 05 Replica Techniques 3.005 SYMHET:Y 300 Interfaces (Helix) a 108 Roughness 61 Honeycomb Fri del Law I Matt Oxidation Theory *CONFIGURATION 95 Space Group Project reenhouse SO Specific Surface 707 RINGS W-1119i; il - 125 Pnnlar 1Mullike. Analysis ...... r-p.-.-JEC-T I-77-1 3 1 7 SURFACE TREATMENTS _F lot Spa 7Phos.ich Detectors 5 Graywa:n...111 L-Project Mikel 16 7CarburiZation Ring:8 IQ PhVlll (Cementation) 40 aschig Rings 146 REACTOR LATTICES AVE S Project Teapot 55 Docarburization Latt co Experimental Foolli W T 12 Finishing I t1l I"s 4 a':Mlllng .. _Tub..J PROJECT TUMBLE9 1C3 Isomorphism 95 Pickling 310 Morphology -Project Snapp or 2 3 7Polishing

SHAPES

Z 9,822 km *CYLINDERS 10.934 2.633 DS 125 Annular pace Z 4 7 2Cotton 9.533 *OPENINGS .J 26 Dacron 184 Fuel Pine 132 APERTURE 2 P ml Re 48S GEOMAGNETIC CORGINATES1 40 JUTEr, 16 275 68 Goomognstic Plms 1,3 Fraunhofor Diffraotlnl a Co horual a a a Tubes I IIIL LAVITItS "Pe Ch:nnmis Hemispheres) 70 Cavmm Grooves IOU to ))*TUBES 1 17 Joule-Thomson Effect FIBERS (heterogeneity) 320 Craters Finned Tubes 39S*Latitudo;Eff.ct 359 EXCAVATION 18i Notch& 4Mineral Wool ;L:o::l S 50 R!yon (Location) ZONES 74 Orifices r r ::boo TGmp;r: 47 Slits 5S a to MrS2 ProjectAhW*0L1ffS* (Sulktures) 4.1 h T ub 10 Trap c I RglZan:n. Chariot 5 Thin-Wallod Tubes 331 Zone Refining Project Gnome BS Wool 73 Venturi Tubes 5Yarn LWINDOWS_ 1 .769

4. TEXTILES PIPES CONFINEMENT CLOSURES 25 33 55 33 SHAPES 28 35 30 47 26 HEATING HEAT TREATMENTS PARTICLES CERMETS 187 Dobys-Scharror agrams 32 Ring Oven Techniques (Disintagration3 (Size Reduction) Hot Pressing FURNACES 6 Elutriation POWDERS 7 Mylonites SINTERING 26 Incinerators 27 Abrasives Kuczins-ky Theory I SAS 468 APL, 54 Blast Furnaces 9586 S (Blast) 4 King Furnace SINTERED MATERIA S 3548 MELTING (Fusion) POWDER METALLURGY 2003 27 Fused Silica 16 Lennard-Jones 1540 w') Theory NZ a Metallurgical Flux I Pressing 23 Infiltration id 15a compacts (Permeability) COMPACTING (SoaKing) Ourville Process Hot Pressing IMPREGNATION SS Slip Casting 331 Zone Refining 3191 - 1120 - 34 Elactrorefining 44 REFINING CASTING MOL (Purification) 55 Decarburization I(Molds) (Moul 2969 METALLURGY CASTING 15 Electromettallurgy 74 Hydrometallurgy 7 Lyometallurgy -[WEL. 146 DS IoS Pyrometallurgy 6 Diffusion Welding MOLDING 1950 Zs Formina 13 Radiometallurgy 16 Weldability 3660- 1 Baghousas WELDING 23 Thermite Process 27 Dry Box Welding 5449 -J 27 Flash Welding &I Butt Welding 233 SwiIgi ng 34 Seam Welding (Fixation EXTRUSION 32 Spot Welding 379B 2 Dynapak Machine R I I 16 Electroslag Welding 2670 1906 -Manufacture 29 Fluxes 455B RAZING *FABRICATION 13BJ wb Z recessing) (Sheatki 17952 - CAN-MING latten ng (Cladding) ROLLING -3457 2593 RINGJ 454 2 r n ng 10 Honing PLATING COLD WORKING MACHINING (Cladding) 31 Strain Harden ing 152 Cutting 5Shot Peening 134 Milling 9 Dynapak Machine (Sheathing) (Flattening] (Drilling) (Machines) IF- 1155- TOOLS (Prot' action) position) 2847 2701- 9419 CuttingDrills Tools (Cladding) (Covers) 27 Atomization Drill Cares COATING Steel-SAE-H40 116 Paints 35 Lacquers SPUTTERING 19 Glazes 30 Linings 14 Spray Column 12 8-J 70 Enamels17 Varnishes 6 Spray Drying 70 Email (Sheathing) 172 Spray 9760 (Vaporization) (Deposition) 1566 INACTRODEPOSITION FILMS SURFACES MACHINE PARTS 21 28 28 33 METALLURGY 29 14 26 41 27 METALS - ALLOYS SEMICONDUCTORS FAILURES

19 Slip Ratio 474 LCLACKS 11 Slip Velocity 3323 SLIP HELIUM 11 470 12 Feynman Helium Theory I Fountain Effect 174 Stacking Faults 28116 Hall-Vinon Theory 1194 Intarstltials 26 Schottky Defects ALLOTROPY 2:2S;hottky436 Inclusions Ogfsc -5 6 VACANCIES 266 Ferrite I t: COLOR CENTERi IBerylllum-Beta rankel Defect f4 19 Manganese-Alpha 75 Helium 2213 RhenidesLaves Phases 991 PointLine Dfects 1252 FCentersKCenters 10 Manganese-Beta 13 7 Iron-Alpha Defeats 2Manganese-Gamma 3Iron-Betn Polonides 508 HOLES UCenters IManganese-Sigma 12 Iron-Delta INTERMETALLIC Hole Mobilitj 61 MCenters 11 Naptunium-Alpha 4 Iron-Gamma COMPOUNDS djb- X- tor* 5Neptunium-Bota Molybdenum-Bata DISLOCATIONS 1 RCenters 5Naptunium-Gamma Niobium-AlPha 19 Aluminides 13 Bordoni Peaks 47 VCenters 33 Beryllides 101 Burgers 226 Plutonium-Alpha 1Niobium-Seta 2 Gallides 2 Varley MGhtanij,, DEFECTS 126 Plutonium-Bota 16 Tharium-Alpha 113 Plutonium-Delta 10 Thorium-Beta 8028 Particle Mobility 46 Plutonium-Epsilon 64 Titanium-Alpha (Blisters) (Damage) 28 Pits 4Plutonium-Eta 61 Titanium-Beta (Imperfections) 42 Flaws VI 55 Plutonium-Gamma 416 Uranium-Alpha i 1WN J 133 Zirconium-Alpha 2 1 Uranium-Bata lol Zirconium-Beta 164 Uranium-Gamma UCTUR 78 Grain Density Z 6 rain Orientation METALLOCR17W WIDMANSTAETTEN STRUCT (Boundaries) SOLID __16 Plessits GRAIN BOUNDARIES SOLUTIONS -State Diagrams 6 42 Intercrystalline Corrosion 36 Azootrope -Peritectids 43 Intergranular Corrosion 46 Volard Law 3e Triple Point -Peritectolds 54if 84 Eutectoids (Systems) 3186 J PHASE DIAGRAMS 12 Monotectoid. .3 8 Monotectics WM 472 PHASE TRANSFORMATION 1417 Differential Thermal Ana'% sisi 1331 Thermal An.1yl. has. Kula 443 Aging ETCHING 2 PVT Relations 115 Quench-Hardening _!LCH111 AUSTENITE 15455 (Soaking) (Normalization) _13341 (Size] 36 Bainits 1 8 9 1 1643 3 Jaminy End-Quench Technique GRAIN SIZE THERMAL CYCLING 7Comminution ILoses HEAT TREATMENTS 6Elutriationj 9554 6215

TEMPERING Ml J 16 Stress a ev ng BY ION ANNEALING 1 955 7884

HEATING METALLURGY LATTICES POWDERS 35 29 29 METALLOGRAPHY - 30 X HEAT RESISTING METALS N ALL I TUNLobf 32 11 Alloy -M-252 39 Alloy-A-286 6023 TantalumAl oy-S-819 Alloy-Tlll Stellits 51 Duralumin 33 Waspaloy 86 Nimonio Palau VANADIUM ALLOY 6 Tantalum lloy-FS-60 47 Udimet 103 Rene Alloys 1168 Inconel Alloys 2 Refractaloy BASE ALLOY Alloy-DL-19 7 Alloy-L-605 MAGNESIUM ALLOYS 27 Ni-O-Nel 76 Molybdenum Alloy-TZM 3 Alloy-D-979 15 Alloy-N-155 TITANIUM ALLOYS 4 Vanadium Alloy - V 201 19 Tungsten Bronze MAGNESIUM BASE ALLOY 31 TITANIUM 2 00 6 TUNGSTEN BASE ALLOY 280 Magnox 3 Magnesium Alloy - AZ31B 16 Titanium AllOY-75-A T [4 Tungsten Alloy-GE 125 1 Magnesium Alloy -EX 6Titanium Alloy-140-A TANTALUM ALLOYS 3938 -J 20 Titanium Alloy-150-A 5 3 Magnesium Alloy -EZ Titanium Alloy-B 120 VCA TANTALUM BASE ALLOY 1 Magnesium Alloy -HK31D 3Titanium Alloy-RC-70 6 Tantalum Alloy - FS-60 23 Alloy-S-816 Magnesium Alloy -212 2Titanium Alloy-RC-A-110-AT Tantalum Alloy - GE 125 2955 18 Titanium Alloy-RC-130 5 Tantalum Alloy - STA 880 NIONIUM ALLOYS 15 Alloy-N-155 1 3Titanium Alloy-A-55 60 Tantalum Alloy - T 111 33 Beryllides 3Titanium Alloy-A-70 31 Tantalum Alloy - T 222 _3 Titanium All y-XCM J NIOBIUM BASE ALLOY BERYLLIUM ALLOYS 2440 BERYLLIUM A y 6946- MULTSULNUM ALUT30 4Discaloy 3Alloy-D-979 Niobium Alloy B-66 Niobium Alloy Cb-74 'A 39 Alloy-A-286 2Refractaloy Niobium Alloy D-14 Niobium Alloy Cb-752 11 Alloy-M-252 27 Ni-O-Nel 11 Alloy-M-252 103 Rene Alloys Niobium Alloy D-31 Niobium Alloy Cb- 753 15 Alloy-N-155 33 Waspaloy Niobium Alloy D-36 Niobium Alloy F-48 76 Molybdenum Alloy * A110Y-S-590 103 Rene Alloys 31 Hymu-80 33 wasPaloY TZM * 24 Alnico Alloys 55 Superalloys 180 Inor-8 100 Permalloy Niobium Alloy D-41 Niobium Alloy FS-85 It 788 RastellOY 23 AllOY-3-816 Niobium Alloy D-43 Niobium Alloy PWO-11 ZIRCONIUM ALLOYS A 86 Nimonic 30 Kovar 8Thermenol Alloys 27 Ni-O-Nel Niobium Alloy PWC-33 47 Udimet Cunico ZIRCONIUM BASE ALLOY 2Refractaloy COBALT ALLOYS 15 Alloy-N-155 47 Udimet 8443 12 COBALT BASE ALLOYS 3 Prmendur 10 MOLYBDENUM BASE ALLOY 11 Carboloy 30 Kovar 76 Molybdenum Alloy - TM 24 Alnico Alloys 14 Duranickel 7Alloy-L-605 2 Hiperco Al oya 7475 _j 465 Brans 178 Bronze 136 Alumel 8 Thermenol Alloys Alloy-V-36 1 320 S t e 1: i 278 Monel 51 Duralumin 19 Aluminiden NICKEL ALLOYS 55 Superalloys 23 Alloy-S-816 L - Hayn AllOY-S-590 Alloy-DL-19 COPPER ALLOYS ALUMINUM ALLOYS 1 4Discaloy AlloY-V-36 .3 180 Inor-8 3 Alloy-D 3Alloy-D-979 15 AllOY-N-155 COPPER BASE ALLOY ALUMINUM BASE A 146 Nichrome Alloy-V- 36 Alloy-S-590 24 Alnico Alloys 7Alloy-L-605 9 Cuniooanganin 153 Chromel Alloy-CK-20 320 Stellite 23 Alloy-S-816 73 Constantan 151 Duralumin 788 Hastelloy Alloy-DL-19 180 Inor-8 30 Kovar 9906 _j 324 Incoloy CHROMIUM ALLOYS 9Manganin Alloy-S-590 4 85-J 33 WasPalOY 15 Alloy-N-155 Cunioo Alloy-CK-20 47 Udimet 39 Alloy-A-286 NICKEL BASE ALLUX 465 Brans 13 Wood Metal 86 Nimonic 11 Alloy-M-252 136 Alumel Palau 39 AlloyA-i86 1 -- - 2Refractaloy 23 Alloy-s-el6 BBBBBBBB 153 Chromel 11 Alloy-M-252 1713 Bronze 13 Wood Metal ZINC ALLOYS CADMIUM ALLOYS 4Discaloy 7 Alloy-L-605 73 Constantan 1168 Inconel Alloys ZINC BASE ALLOY CADMIUM BASE ALLOY 1186 Inconel Alloys 27 Ni-O-Nel 14 Duraniakel 103 Rene Alloys TIN ALLOYS 2 10jr 813 103 Ren Alloys 320 Stellite 146 Nichrome 100 Permalloy TIN BASE ALLOY 3C 6 31 Invar hastelloy HROMIUM BASE ALLOY 788 1 7 603- 278 Monel 324 IncolOY [5 72abbitt Metal 60J 5 Babbitt metal 47 Udimet 33 W&sPal0Y Zb BISMUTH ALLOYS 86 Nimonic 27 Ni-O-Nel BISMUTH BASE ALLOY ANTIMONY ALLOYS 136 Alumel 9 Manganin 31 Hymu-80 2Ref.ractaloy 7 r113 Wood Metal ANTIMONY BASE A,;Dy MANGANESE ALLOYS 93D9- 13 Wood Metal 1069 LEAD ALLOYS MANGANESE BASE ALLOY LEAD BASE ALLOY 2128 - The namesof all other metallic elements 1399 CERIUM ALLOYS 61 Minch Metal 190 Amalgams combined with ALLOYS or BASE ALLOY are CERIUM AS AL also index-terms. lo:_ LANTHANUM ALLOYS MERCURY ALLOYS 61 Minch Metal 1071 LANTRANUM BASE ALOY MERCURY BASE ALLOY 610 916 ALKALI METALS - ALKALINE EARTH METALS _ RARE EARTHS - ACTINIDES 14 14 14 14 ALLOYS - 31 20 53 33 S3 42 WASTE DISPOSAL REMOTE CONTROL - MECHANICAL STRUCTURES TRANSFER FUNCTIONS INSTRUMENTS

F 34 Blowdown - Pressure Drop z STORAGE Altitud:., '7 Pr sours Gages MANOMETERS 178 Ground 7 20 Pr:ssure Tubes 31 Barometers .4 (Disposal) 2 PI or 'exisom el Pressur 110 . 47 442 So at!:,.'1 10 Rot-Wire Gages *PRESSURE 55 Raoult w "Bayard-Alpert7He Load Gauge Gag. hu N es) (Threshold) 35 Incompressible Flow 36 Transpiration Method 20 Philips auge z Stockpiling f 47- -_ Va T Hoff Law TORAGERING DE' LEVELS (Isobars) 174 Vapor Pressure 10 Pirani Gage e. 'Adon L-AR31i 26 Paschen Law 14 Pitot Tub.. 3 Tonk . 1 343 Underground 42 266 570 -j 6 9 263 -j %A SERVOMECHA "TRANSPORT (Mechanisms) Cooperative Phenomena 14 52 Auto chiles 205 (Dynamics) COMPRESSIBIL VACUUM 58 Cran:. 323 Noment of Inertia Gruensisen 94 Ion Pumps 'Handling) 38 Slectroatchanics It Co.pr 0 (Portable) (Engineering) 20 Philips Gauge 30 in 42 Railway 32 Froonel Cfficient 10 Pirani Gag* C, z 32 G.111ei Transformation. 65 Ultra High Vacuum M 0 - 7741 26 H;rd-Sphere Mdal 4A VIBRATIONS 108 H dro:,ati,s 907 %297- 13 Bordoni Peaks - yin. ti a MECHANICS (mode) 7Ballistics (Kinetics) U 802 Lgangi. Fction 'A 468 9Electron Channeling 14 M.cha.ical Moments 0 32 Galiloi Transformations (H.ch.n1ac) 83 Ion Channeling 25 Newt.. Mechanics TRAPS -Kinematics MOTION STATISTICAL HE - - 372 HICS 288 Kinetic Imergy 04 B3GKYEquation CHANICS PUMPS Cold Trap, 33 Leah &v9m 150 Klein-Gordon Equation 8Ornstein-Zernike Rolationa 342 lectromagnetic Pumps 87 Getter z 2 Magn*toacaustia, SOUND 10 Lionard-Wieehart Ptential 15 P.rcus-Yovick on Flux Pumps (Particle Clector.) I Pr 97ooveratIve 4=2 94 Ion Pump. 2 444 -4 Acou ti::) 16 ton Channeling 44 Formula 4To-pler p..p. C 3042- (Immal:to 33 St:*rm.r Theory Liouville Theorem Turboo,oleculor Pumps " -W 2 PAdio*cho 232 Trajectories 4499 z 2 Rayleigh Disk _34- 'A of 3756 W I 4 (Implso) POWER -6 Nuclear Merchant Shi 0 80 ProJ&ct Rover Ps OTORS (Atomic Ergy) PHONONS Propergol - Electric Power 1: Kohn Effect 15 Corioliz orce 29 Ramjet PROPULSION (Commutators) (Nuclear Energy) 4 Landau Liquid Helium Theory 14 Rocket Fuels 29 Diesel Egine - Nuclear Power 104 Plarons 22 2.1" AnZlec ROTATION 133 Thrust (Drives) 25 Power Coefficient 3132 97 Groccopos (Vehicles) 957- 793 Power Supplies 49 L.ndau Liquid Holium Theory -4 46 nyporsonics 323 Momat of Inertia 4919 15411 4A I 9 A 27 13 Ph... St.bilitj 13 Phase Stability 1AM:NAR 345 63 RayloiSh-Taylor Instabilit 33 .i uille La PRZCZ!31011 152 Larmor P..c.asio Plasm Acceleration 297 Mach Number I mfgatron 9Maccey-Mohr Equation 1Megatron R-Groups AIRCRAFT L Hrps 10 Rotation Therapy 31 Aeron&uti llwwr Merchant 1SSN583 VELOCITY 89 Rotator 7 0 H hn 1SSN58- 15 Batons 211 328 S!toann:h SSN597 163 Flo. Rat* 9Vot'-..ith Theory 297 Torsion 32 Fresnel Coefficient I SUBMARINES SSPWR 2RAY)-ieh D.k 11004 SSC F 3SIC-P 11 Slip V.J,)City SSCR S_n 11 SIG 25 Subso-." 35 LIHIPS aSIW-NRTS 540 Supr,..icz 4 SS0587 5S2r-I i6 SSN571 18 S3G-WM 446*Mobility 5 SSN575 SSG-NRTS 26360 I SSN578 7SSW Series 2386

SPIN ORBITS ENERGY 43 44 MECHANICS 32 0 9 22 28 34 34 32 n RADIATION PROTECTION TUBES OPENINGS INJECTION JETS - MOTORS UMPS

I I CAPILLARIES *PIPES TURBINES 1.0263- (Channels) (Loops) LES 17 Turbines Blade (Ducts] 34 Pipelines 1.575 2.512 72 Heat Pipes

ERS LUBRICATION 4.651 E ral 801 55 Grasses x MACHINE PARTS CLOSURES 1A 263 Lubricants 57 Brakes - Pack nd nion Covers) 1 1.844 (Drives) 89 Rotator 26 Doors BUILDINGS - Gear Spindles 72 Locke 14 Dams *0000 (machines) r-SPRINGS - 91 Shutters 17 Harbors ARINGS C :n BE, (Mechanisms) 348 Spring :t ant 109 Hospitals 15 Bal 1 1 earinra 185- PistonsPiston Rings (Transmission) 1 MC Nary Dam 4 Roller Bearings 1.602 2.610 -1.666 4.107 X SEALS Is 00 Inflatable Seals BARRIERS Z 32 Sealing Materials MECHANICAL STRUCTURES 98 FIELD EFFECT TRANSISTORS] Z 9 Mosfet (Angles) 3.641 (Callas) (Curtain] (Columns) Obstacles (Machines] (Screens) (Mechanical Engineering) JOINTS 33 Pendulum 54 Electric Contacts 2.192 J SHELLS (Structure) (Fixotion3 250 Supports 38 Flanges CP - 586 CONTAINMENT SHELLS (Towers) 72 Gaskets 835 Containment (Sutures] 1 Containment Mockup Facility 8.215 Z Containment Research Installatic 3.211 J X 3 Containment Systems Experiment *FILTERS 2.35C 40 Cascade Impactors (Cascades) 0 VESSELS (Collectors) Z - Filtration so -LABORATORY EQUIPMENT 04 91 CONTAINERS (Particle Collectors) B24: Capsules (Heat ransfer Equipment) (Screens) 108 Hot Lab 46 Sieves PRESSURE VESSELS (Chemical Reactor,) 23 Microtame 538 Gloveboxes a Ultrafiltration 144 Autoclaves (Collectors) 113 Mixer-SettlerB Cells Electric FFilters 77 Dewar Flask 26 Pipets 867 Hot Optical ilters (Chemical Reactors -Scti Mechanical Filters 44 Pressurizers (Dissolvers) - Tanks -Sodium Components Test Install 10.472 41 Warburg Apparatus 7.058

1 12.385 'URE - STORA 00 DNG INSTRUMENTS CYCLONE SEPARATORS 42 MECHANICAL COMPONENTS - 33 27 24 32 32 FRICTION FLU IDS ROTATION COMPRESSION

YCLONE SEPARATORS 1 Viscosimeters 1066 CENTRIFUGATION 241 Z -Fluidity SUPERFLUIDITY ill Ultracentrifuges P 48 Bose-Einstein Condensation Podbielnak Cntactor 10 Bingham Material Fourth Sound 2137 VISCOSITY (Circulation) (Kinetics) 70 Second Sound Fountain Effect GAS FLOW (Blast) 4 Third Sound GrastZ Number 203 Knudson Effusion X.Z 12 Newton Fluid 49 Grashof Number 2 Rayleigh isk 4 Oseen Method 5 Blasius Equation 2Hain-Roberts Equations 17 Joule-Thomson Effect 33 Poissuills Law (Circulation) 22 Electrogasdynamics 24 Schmidt Number 36 Compressible Flow 188 Hartmann Number 43 Stokes Law 56 Ccuette Flow 33 Helmholtz Instability 7521 19 London Forces 12 Darcy Law Drag Coefficient 35 Incomprressible Flow 6293 7 Eckert Number 6Karman Number 268 Wind Tunnel 163 Flow Rate (Kinetics] AERODYNA n 1 Flow Shoot 26 Knudson Number (Drag) MICS 253 Gomagnstic Storms II Flow Structure 12 Newton Fluid 927 12 Richardson Number - Fluid Dynamics 4Oseen Method 58 Stirring 2 Fluid Devices 111 Peclet Number TURBULENCE (Flow) *FLUID FLOW 12 Potential Flow 8 Lewis Number 19 Dittus-Boelter Equation I Ritchie-Eldridge Theory 297- - 2 3- 327 22372 IntraperitonsalFick Law 20 Zener Diffusion Model KarmenVORTEX VertFLO W CRITICAL FLOW LAMINAR FLOW 383 Intravenous 36074 SelfSchmidt Diffusion Number IL St7.t] 20 Critical Velocity 133 Poise 1w 6 Jaffe Theory 8 Lewis Number 475 ------1151 54 Kirkendall Effect 3 Magee Theory MAGNETIC STORMS REYNOLDS NUMBER _ "u b 263 Masi Transfer 34 Sudden Comm 1Rayleigh Formu 1a FLOW MODELS 5 443 Dialysis 71 Subcutaneous F el 13 Frouds Number 18 Sutton Theory JETS 7298 24 Oannan Theory 23 Wagner Theory 132 SCHLIEREN 92 Effusion 4Wanda-Code 29 Schlieren Methadi Siegel Analysis 19 Einstein Diffusion Relation 503 HYDRODYNAMICS1 19 Slip Ratio 21 Einstein-Stakes Equation 4 Bernoulli Law 11 Slip velocity 20 Slug Flow *DIFFUSION 63 Rayleigh-.Taylor Instability 114 Stagnation 43 Rhoology 39 Stanton Number 12 Richardson Number 43 Stokes Law MEAN FREE PATH 0 391 Prandt Number 416 Twn-Phase Flow 7 R axation Length Z Sutj IUnsteady Flow 15 Weber Number Water Hammer 5 Sutherland Equation 19 FLOWMETERS 1,86.5 341E a 14 Pitot Tubes OSMOSI 78 Venturi Tubes 257 Cavitation Van T Hof w 33210 0C 922 (Circulation) 55 Electrohydrodynamice COUNTER CURRENT LIQUID FLOW 8 Cross Flow 116 Navier-Stokes Equations 11 Higgins Ion Exchanger (Kinetics) (Flow) 2 Rverse Flow HYDRAULICS 3945 -.J 968 21 Hydroelectricit 1776 1 HYDROLOGY LIQUIDS PUMPS HEAT ECHANGERS 24 24 35 FLUID FLOW - 34 362 Cryostats HIGH TEMPERATURE 53 Adiabatic Demagnetization LOW TEMPERATURE 350 Froons 105 Critical Heat Flux Liquid Helium Tomperatu 19 Absolute Zero Temperature 19 Hot Channels 1,T66-SUPERFLUIDITY - Cold Traps 109 Pyrometallurgy 49 Bose-Einstein Condone 77 Dewar Flask 83-Lyophilization - Salpeter Process 70 Second un d 22 Freezing Out Refrigeration 106 Scaling 4Third Sound CRYOGENICS 121 Freezing Points 38087 Fourth Sound 4534 18111 1 ENTROPY ? Bragg-Williams Equation 70 Second Sound TEMPERATURE 422 Temperature Coefficient 138 Thermistore 13 Bordoni Paks 346 Thermogravimetry 581 Critical Temperature 781 Thermoluminesconce THERMODYNAMICS 35 Fever 92 Thermostats 8 Ornstein-Zernike Relations Fourth Bound 1 Third Sound 122 Formation Free Energy 138 Partition Function (Heat) TWJJJIINJFP ATURZ (Activity Coefficient) 610 Formation Heat 27 99 Hibernation .169 j 492 Adiabatic rocesses PLANCK RADIATION FORNULAI 70 Hypothernia -Weiss w 117 Fusion Heat 11'1 Planck Radiation Law 17 Joule-Thomson Effect 328 Cur2e 15 Boltzmann Constant 11 Gibbs Distribution 4 Larson-Miller Parameter 19 Dow Point 7Gibbs Ensemble 285 Rankine Cycle 6 Righi-Leduc Effect 186 Lambda Point 884 BOLTZMANN STATISTICS1 42 Gibbs Function 5 Reaction Enthalpy 472 al R-Theorem 24 Gibbs-Duhem Equation 72 Reaction Heat 1 Van "90,19W of? =---ur' Mott-Smith Theory (Heat) 227 Solution Heat 75294 10 Born-Haber Cycle 1'94 IRREVERSIBLE PROCESSES 12 Stirling Cycle 137 Brayton Cycle 142 Prigogine Theorem 13474 ThermalSublimation Equilibrium Heat 25 Carnot Cycle 27 Isentropy 351 Thermal Properties X 127 Chemical Potential 1Isothermal Processes (Thermophysical Properties) THERMOMETERS 9 r, 1Joule Cycle 2 Thomson Principle 76 Bolometers 0 Decomposition Heat C 2Khalatnikov Theory 68 Transformation Heat 169 95 Dissociation Energy 26 Mayer Theory 38 Transport Heat PYROMETERS 32 Dissociation Heat 38 Mixing Heat 140ptical Pyrometers 18 moil er Diagram 1.54 VIRIAL COEFFICIENT 259 EQUATION OF STATE 3De Boer Theo ENTHALPY 3 Beattie-Bridgeman Equatio 5Nernst Heat Theorem 4 mie-ormeneisen Equation 58 Onsager Relations 37 Wigner Distribution 11 Clausius-Clapeyron Equation 2097 851FREE NERGY

- 1 F22 Formation Free Energyl 2349 TRANSITION HEATS 20 Absorption Heat - Heat of Transition 48 Activation Heat 38 Mixing Heat CALORIMETERS 83 Adsorption Heat 72 Reaction Heat 5 Bunsen Calorimeter SPECIFIC HEAT 40 Combustion Heat 227 Solution Heat Moser Calorimeter 7 Atomic Heat (Heat) 32 Dissociation Heat 134 Sublimation Heat 2456-"'" 37 Debye Specific Heat Theory - Heat Capacity 174 Evaporation Heat 68 Transformation Heat 451 Debye Temperature 13 -gOLARHEA-T 610 Formation Heat 38 Transport Heat 12 Electronic Specific Heat 117 Fusion Heat 44 Grueneisen Constant Kopp-Neumann Rule 382 -J 4842 J -CONSERVATION LAWS THERMODYNAMICS - 35 34 46 S4 24 DIFFUSION INFRARED RADIATION BUBBLE CHAMBERS LIQUEFYING I BOILING BUBBLES UUILLRS 1 0 46 Bubble Growth 455 Steam Generat THERMAL DIFFUSION 177 Void Coefficient 16 Vaoor G,n,,r a or]. 365 Voids 139 Boiling Pnts (Columns) 2198 5 Ebulliometry 3 Furry-Jones-onsager Theory FILM BOILING 1 Jon*s-Furry Theory 4 Bromley Equationj 10 Soret Effect 105 Pool Boiling 1530 J 23 Subcooled Boiling orced Convection CONDENSERS 10 Transition Boiling 71 Free Convection 79 (Vaporization) 1 Ionic Convection 878 Z 263 Mass Transfer CONVECTION 22 Natural Circulation HEAT EXCHANGERS 40 Natural Convection 10 conomizers NUCLEATE BOILING COOLING 111 Peel t Number (Heat Transfer Equipment Departure Nucleate Boiling 51 Rayl igh Number 1In-Vessel Heat Exchanger 26 12 Coolers 2%72 113 Radiators 5Jacob Correlation 1 Cooling Towers Jens-Lottes Equations C Z_ 2 Fog Cooling 2%9 Refrigeration Sao 181 Subcooling 91S4

HEAT TRANSFER (Heat) THERMAL RADIATION 18 Colburn Equation (Heat Transfer Equipment) LOCTF 10 Kirchhoff Radiation Law (Exchange) 28 Hot Channel Factors 346 Nueselt Number 4 Rosseland Approximation (Flux) 47 Hot Sot 111 Peclot Number 5 Stefan-Bol,,zmann Law 15 Fourier Heat Equation 5 Jacob Correlation (Promoters) (Thermal Emission) 29 Galvanomagnetic Effect Jens-Lottea Equations 6Righi-Leduc Effect (Thermal Glow) (Heat Conduction) 12 Kapitza. Rsistance 4Roseeland Approximation -4 Wien Laws - Heat Dissipation 8 Lewis Number Siegel Analysis 30Z - Hat Flow 8 Lockhart-Martinelli Parameter 18 Vapotron Effect 2620 72 Heat Pipes X i3581 10-1 I - 51 Baking 42 Fire Resistance THERMAL CONDUCTIVITY 40 Firin Conductivity) 111 Peclet Number 23 FlashgHeating HEATING Heat Conduction) 10 Pirani Gage Fountain Effect 16 Katharo ters 79- SUPERHEATING (Heat) 19 Natthie.:nm Rule ill LorentzWIEDEKANN-FRANZ Number LAW 41 Heat Generation 5 Sutherland Equatio 7 Nuclear Superheating (Heat Transfer Equipment) .7309 143 Heaters L STRESSES 2066 1 Hendry Cracking Process 17 Thermal Fatigue 83 JOULE HEATING THERMAL INSULATION 21 Thermal Shock Ill Ohmic Plasma Heatingi (Insulation) 21 Thermal Spikes 25 Pyroelectricity (Insulators) -2626- - Thermal Shielding 20412-J 119 EXPAIiSION 211 27 THERMODYNAMICS 35 BS HAT TRANSFER) 57 ERRORS

(Catalogs) *STATISTICS MATHEMATICS 4.9Sa INTEGRALS 111. O'11.11IR .. 'p._ .,I -Mathematical(Compilation) Tables -01 ... try 18 Cauchy tgr.!l n 60 ALGEBRA SS4 ANALYTIC FUNCTIONS S0,h... IIn t.E 45 Pi-App".i-tirn I ICCR-Algab I(Are Iyels) 11 Elllpt!c 31 1`3-A.Pprr.i-tin 1 7 3 7 7 TABLES 34 Chi Distribution Tr .,S... 10 Analytical lution IS, FourIr'. fr 42 nu.t 9Confid.... Region. 4: A08y Otto Sol tio. G:,:: Er FntSan rn--- r.r,.Ia.. 1 SHERMAN TrBLE 33 c_1:snt Alg.br.- J.G 0- dr.t.r.. It -Sherman Th yj 10 Henkel ansfer. 1111 PF I 1111 AL. I I T 1', CORRELATION I ova BOUNDARY CONDITIONS 12 Hilbert Tr.n.for I. n I I _t '.nj 4 At..orrIatln t] A ttI Cnditions asensinvol 769 .11:ICt7.n Fn n I VI SPACE Cros o t go C:yo..ndar a TI 0 PIS 1309 RIEM.1 aSr... P 'ti. role Bc.ndryValue P-bl.,, 7Abel Eq..tI inn _ d n 19 E on. 1 Dstribution OS. it Bunder Co" d S I eIT."5or I Gauss Funeti- 11 MarL hr.kh1I .d r Cend t tic, I Ab:lh.1ntZr.,! 1l.nEquation 7 -- M 26 H r - h r 1 a a y y I Fr d 11 2Neumn. cu.daryCndttl.ne 2.I"'r'I! 21 S!ddl. POIntt th.d t on 0 S.h-r.-ChrI.t.ff.l Tr.n.f. .. *FREQvtNCY 12n H:u:hr-F.9hb,Ch Theory Pa.raning oundary Cndition I"n hkllll.hill Method I1:,pbsI!lTh.r:P, IS r..;M':vI'kF:..tion I 1 Sr is. Epn.i.n 11 I.: kuI:t Od P _y ':1. to Tr for. 10 Volterra I.tegr I Eq..tt n. 339 SinCularity IL r C 'a .:n IP ttlo. -H.p Mthod 32 4 SPa .. .T1,,q 33 Eig.nfr.qu.ney 13 corrosion rdi S3 Wien.r 1 I 26CaffordI Aabr.CCs a 9 I.t:gra1 MaeTrn9f:r- 7 3 Spectral Fun.ti.1, 93 EI:.tro,yn..I1hal.g1.PhyCP [!4 1111RIAL11Y C so conformal M ping II Lob a r 34 8 Sphr!cF,.IIla,.,, t 1t IE.'Itro . .,r.h, I.Colprt Z Fun tn] I M:. I in Tr.:for,' Str.- e In F,.tr. ieCyc C-P i.n N-b.r F.RDINATE FUNCTIONS la a , re onv.rr!nn.. Relations I.tr.n. 3 Patitio. Fun.ti.n .y .,as in Nt'n Ct' ' . I'l Topology 2 64Nyq .1.t T'h..r.. 142 P-i ... istrib.ti- n .1Crd ate F.n.tan. I.. ft..on4Pc. ntire (P. ri.d icit 26 Port-Th..a. Di.trlbuti.n S1. on R.I. 1 114 Ski. Effe.ty PIT: 'T Go C.:.,.!T ALGEBRA 44 Slat Integral. 12C H ho;ia to K.B Th:.r- 23 S. .. P Cir.u it. 2 9 40 PROBABILITY A T. __j I In 7I tr. F, 111stograms son. P,ye 7TaS t r PI -W 9 .. .. .y 24 7 0 Z. P.n.=n 14i -. 1- th ':EP..t tin ot W '!rI U Lo 9Likelih .0dRTtMethod F 7EIGENFUNCIs W. ,.L ION 24 I.t.;p.lation 26.956 229Probabi99 Rando ty Th!.ry P, net 27 J:.d..bi.nPFun.tin n, 19 L dr A pr..1 ati.n 40 7Rand- Phase Appr..Iati-

11.520 EIGENVALUES 18 StrEq..tl 142 L:.:t Su:r:.Fit *QUANTITY ATIO 3 7 2STATISTIC ouECHANICS :G 11 Dlr:c2WSel 119andtMethod :'F,%U:n onto 3491 4 6 LL F-dr.t " F .. .ti.n. 1114II Ir KE-ti. tin 11.n ... n. aE .rr!nI T r tl P, 26 L.b..h."kyG '.o-try SW isotope Ratio 44 Koo. F.r..14 zatic Mth:.ati.a' S.06-Urey Abund I : Llut,!IIThao 24 F. tort h areas Ross, c a .1 Ta I Or n.I rk 7710 F1-01.snFinite Differ-no.I onaISP M:th.den IIM.th ro..rohi. t" lun.tion. 15 Far- -YOVI.k equation Modal Anly 1314 "Mar51OCHASTI v P =OCEsSES 94 FOLOY-WOUTHUYSEN TRAMSFOR 2S th d r T rm .. t g i:l.tion F.r..Ia F.Idy Is I N 0 I taro 5Student Tst 2.323 FORM FACTOR 487 Nonlinear Probl... 76 Viri.1 Th-s

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DICITAL SYSTEMS TRANSIENTS OSCILLATIONS 42 53 42 MATHEMATICS 36 26.152 32.73 18.195 DIFFIIIIIIIIIIIIIII'MWATIOM -EQUATIONS FIELDTHEORY 22 Haag Theory 9.678 II Airy Functions 277 ITERATIVE ME S31 Bootstrap Model (High Energy Physics) I::rgo nn-WIgn:r Theory I 116 Itoradite V:ctorBason *GROUP TEORY JaEq 0"" :t:Dr:tl.n 11 24: CPT.Th:;r;,n.. Levy I t nt 104 DOG U. t 10 Noi:bt:n Method 24 Cro *I try n P. I 23 Abelian roup 2SS Gael Functions 6 Peaceman-Rachford Method 186 CVC Theory 1 7 PCAC Theory 271 Clob.ch-Gord.n Coefficient rcbl:. PCVCTheory 2Dolz P 52 Field Equations 11701y 12 Conv,., Set, 78 Canon LeaIE*amble 869 GOUgd Invarance P la E3r.up -Canonical Equations 9Pa..r:g.huk Particles 5-Group SS Cauchy Problem 19 Dittus-Ecelter Equation 373 Radiative Correction* IPa.srons 2G 51 Clustwr Expenalon 17 Ilkovic Equation 236 Propagator 2G.111al Transf.r-tioms So C:ntimulty.Equations 4a Richardson Equation 1.741 UANTUM FIELD THEORY 2 148 oh Equation 1: L:hm;;:-Ka:ll9 ntation 4 LIE-Groups C rbe nEqu t on a u :,:opre I 1 Ce i.ir Operator. 30 Diri h t Problem 1.164 Um R l Rchwj 31S Ing:; Antion PMInciple -Equ (Differential) 21 Scl.winger Functional Equations r;Plll.::n Equation 3StOckelberg Theory 119 0 Group t'o.. 660 Poin.ar: roup I.dd E 7 Tomanaga Ap:roxlmatlan 63 Oy:an_R:prosenttIn 1 C; R:Group IFaMer-Sken Equation 2 Wentzel Mad 4 6 7Be he looter Equati., R .h Coefficients S2 Fl:ld.Equ I iag Wightman F:ldTheory N OIAGRA 9-atialGrnup t:t!otl 8 Yang-Foldma F rmali:m [.3U4 FEYNMA' H so Ki Shorn Theory Fq 478 Op .-Po -PIG 9.478 4 Yukawa Nnloca ITheo ya. 92 SLlGrop 15 Fourier Most Euation MATRICES 24 Zh ri n Model! 37 SO Group 2! LSZtTheory 218 Lnr:nj. Equations 5r" .roup i.BS2 GRE E PUNCTION Mar In-Sch.inger Theory 3 7 3R tv. Corrections 21 SNchwIngar Fngtlonal Euational 34 Hermitian Matrix 30 Thirring Model 2hain-R co r q I:t no 90 Yang Mille Theory 2 7 40 SU GROUP r:u 68 Hamiltonu;tlon Ja:obLUEt. q Ion. 309 IRREOUCIBLE,:EPRESENT.ATION 512r.up SU-'21 G up 19 Hil E Cartan-S tI IDi'.r. 373 Radiative Corrections SU:1. Gr p as K-MatrLx PITrEF-ATGGE POLES 2 7 3SU- 2Group -Matrlces SU:24 Group 1.372 INTEGA:AL EECUATIONS 5LanczanL Method 92 Pomeranchuk Poles 7 1 u&tlon 1.722 SU 3Gr IAbe atlan 117 NuclearxIlstrix 110Schw:rz:chlld Solution rSU_4Groupp ,:u 31 I 7Tome ag Theo y I.: Ir.d'hoI'm q r 758 SU8GROUP 201 Ka 9R;tatlon group 124 Unlflod Model 2 Johnson-Tr.l.an PI.tlo n:Is 9Wick-Jacob Theory BD. Muohkhlllohvill Method - ISU- a Group r:us-Yovlok Equation Fe 41 Yukawa Coupling rra Integral Equations a Idolon Formalism '3 WI.. 4.Seyculo; Equation 5: U_Group ___1 U p 9.387 12 7U-12 Group 17 Jac:bl.PEolynomin tj 9 CiRKLATIVITY hakTHEORY Transformation 5U-2 Group,u 179K n1-Tou ' 101 U:3 ro p K.rt.t!., -0e rl:s.Equation 52 Equivalence PrIn ciPj U 4 r a 21aLagrange Euatin (Fermi Coordinates) 102U6Group 802L.granglon Fu"tion [795 ENERA RELAT YM.THEORY S63 U 8Gr aup asLguerre Polyn i L -V T Unit:ry Symmetry 115Lso loan Fquati:ms"Is S . h..r .. y I II d 'r'. W Gr up 273 Lapl:ce Tra,*,I:r. 9.043 22 I1:,g.nTnho;ry 15 Young i.gre. 3BL1. P .. v "ath d VICTORS 19L"m lon Rpresentation 40Hfit h!su Eq BMIln .th::tIon 147 Elgenvoctore .71111LOREPII.TZ..TR gh I h EEO 5Moser Method 4ll:.,.:ttz.T are. lie N:vi:r-Stoke Equations 46I r 4Milne Theory 2Nu nn BoundyC..ditl:nn. 103 Mink,...k 1 SPC. Neutron Ion .2ti 22 PSEU1.1:VECT 7Rcin Theory 4.090 P;App11;;U1:,ttIon ' P ud.. a0Sh arzschild Solution ,PuII I. 942 rosudozoalar 31 Sch:inger Action Principle MANY BODY PROBLEM 8Psaesman-Rachford Method 5115 SPIN I'll 30 Thirring Mdel 67 Bothe-Gold.tans Equation 20 Poisson BracKsts 9 Bg.ann-Wigner The C:rtanE'SpInU. I:r 3 F..r.S.dy Pr:bl..S W Li t n 150 Gold ton Di r a 189 POISSON EQUATIONS I M.rtin-S.h.inger Theory ILlebme nn Iterst Stakes Theorem 15 P.rcus-Y-Ick Equation Ion Method 3Stutckelborg Theory 7.608 I7 Iluadrs:ure... PERTURBATIONTHEORY &44 QUASI PRTICLES R n u lot Equations 2.329 TENSORS 49 Land.. Liquid Hall- Th.cl H Namcentra I:rcl 99 Sl.ter O.t wr.1r.nt R:ck'rsl;Joe Rlationsuatl: "a T; !.rc 2.125 Barn Approximation 27 2 ThreeB. Bd y Problo 27 R..:t' Eqnc 170 Ton nor or 0 196 T.. d yr P ble. 2.R nn UtI 11 I - I 9 Brlnk..m-Kro.ors Approximation 9 Van H.-H.genholtz Th..ry IRinBApPrnimation 4 SANACHSPACE 7 Rayleigh-Schroodin&or Frmula 36 WI.K Th..re. 1030 Rung*:Kutt,,,MsadSturm Llauv1l!hE quati.n. HILBERT SPACE I Ritchie-Eldridge Theory II Telegrapher 13 Bo rchers Theorems ly aials 33 Fook Reprosentatio 125Whittake' Tocheby . h.,Fu'nl.tIan. P:tin -7

MATHEMATICS 3681S 44 46 PARITY PHOTONS

36.37 2-

QUANTUM MECHANICS 11, ,:P;:,INjL SCHWINGER EQUATION DUANTUM NUMBER SOSONS 2.672 4 Abragam-Prycs Theory Ear Variational.Mothodl [510 100 Gell-Mann Thearyj - Bosm-Einstain Liquid 115 Adiabatic Aproximation 135 Magnons 373 R:diative Corrections 94 Adiabatic Invarlance Mqn-Effect 7 R yleighschroedinger Formula 113 BOSE-EINSTEIN STATISTICS 78 Baryon Number IMulliken Analysis Redfield Theory 75 30SEoE GAS 436 BCS Theory 313 Multiplicity -Einstein Condensation, 4 7 Both-Salpater Equation 2Nordhaim Mthod 55 RITZ METHOD Einstein Statistics 113 Bloch Theory 66 occupation Number - Rayl*lgh-Ritz M thod EinDtain-Boas Condition 57 optical Theorem - Ritz Variatl 10,hd - Einstein-Fowler Equation P Invarin 15 Rotons 129 Intermediate Batch 2 7 Causality P-Dls t ri uct7on 5 Sachs-Taller Mass 88 Chirality 1.269 PARTIAL WAVES 6 63 SCHROEOINGER EQUATION 102 Jost Function 44 Correspondence Principle 110 ap:lss Sg Schwinger.Vari tional Method 4 28 De Broglie Wavelength N. (Otgeneracy) F:WWavv:thod 8 Second u ntiz:tion. 47 1-0 29 N D M FFRmIONS 403 Density Matrix 9 Omnea-Mushkholishvili Method 314 SELECTION RULES - 18 Dirst Approximation ltion 1.938 FERMI IGAS nn-Sruacknor Mods P. 1014*P-Wave Forbidden Trans 16 Go 1-M& 1273 S-W I 49 Spurlon:'."t I .1 7 DIRAC EQUATIONS i.369 Self-Consi Field 2 7 Pauli Principle 7Pauli Equation Seniority Number 99 Slater Determinant r, - Dirac Matrices 2 7 Pauli Principle - Six-J Symbols r" - Dirac Operators 42 Planck Law 9Slater Determinant In 3 Foldy Term 20 Position Operators 7 3Sommerfold-Watson Theory 11 Rarita-Schwinger Theory 16 Proca Equation 17 Superselection Rules 10 TWO-C MPONENT NEUTRING THEOR1, 54 ' nman-Gall-Mann Theory I 02 QUANTUMELECTRODYMAMICS 31 4 T INVARIANCE 742 63 Dyson Representation 14 irac Radiation Theory TRANSPORT THEORY 25 Einstein Coefficients 8 Furry Theorem 19 0 Tamm-Dancoff Method Benoist Estimate 46 Schwinger-Tomonaga Formalism 17 Tomonaga Theory Carlson Method 37 Ward Identity 91 I T5N I 31 BOLTZMANN EQUATION 421 EXCHANGE MODEL T.741 QUANTUM FIELD THEORY TU NEL EFFECT 1 8Burnett Equations 20 Two Plan Ex 0 hanj. 19 Lehmann-Kaellon Representation Eckert Barriarl 24 Enskog Theory 13 Fack Functionals 28 LSZ Theory 7 . Tunnel Diodes 14 Niobe-Cods 7 Fusion Method A Martin-Schwinger Theory li6 Uncertainty Principle 45 PI-Approximstion I 1 Galfand-Levitan Equation 467 Botha-Salpater Equation - Wave Functions 31 P3-Apprcx;Lmation - Gravitons noresentatio - Wave Mechanics 3Swakraum-Cods 3u4 FEV H5033ARGRAM 3:.Mult Group Theory 22 Haag Theory F - Hamiltonian Operator 47 IDI Wigner Theory 77 Heisenberg Model OPE MDEL 2 4 WKBApproximation 74 Chapman-Enskog Theory 22 Heisenberg Picture 30 Dralt Theory 6 Zittorbawagung 84 Collision Integral 63 Heisenberg Representation 5Ferrari-Sellarl Model 26 Eyring Theory 73 Hermitian Operators 57 Gammal-Th4lor Ptential F_synman Method 380 Fokker-Planck Equation 23 Hylleraas Coordinates OpePotential 140 Hypercharge .47 Treiman-Yanz Test 4.648 Haywood Model 24 Zacharlesen Model DISPERSION RELATIONS 0 2.794 ISOSPIN 21! L:gr!n Equtation Invariant Imbedding Z Salam-Polkinghorn 35 hw n:r Ac ion rnciple Koppel-Young Model Mc ,t!rry-Russel Model go Yonz-Mills Theor 3Ruijgrok-van Hove Model la CCO, Plms Be Mu Cod 73 Kommer Equation 21 Sch.inger Functional Equations 13 Cgln Equations ISO Klein-Gordon Equation 3Stuackelborg Theory 35 Chow-Mandelstam Formalism TS TM 36 Kramers Theorem 30 ThIrring Model MO::N. 5 Kranig-Panney Model 7Tomonaga Approximation (Dispersion Effects) .1 r t.M.rdInates 5 Landau Diamagnetism 2Wentzel Model - Dispersion Theory Rosenbluth-NalkinNalkin Theory Model 49 Landau Liquid Helium Theory 109 WIGIITMANFIELDTHEORY 519 MANOELSTAM REPRESENTATION S:1:nzut-Gc:rtz: I Equation 8024 LevinsonLepton Number Theorem L la Dorch r5 Theorems I 19 Clni-Fubini Approximation Sr,r;Wlld',n M thad 5 Yang-Feldman Formalism -Fracer-Fulco Mthod 5 gIMc I Levy-Klein Potential 90 Yng-Mills Theory 29 Khuri Repreaent.tl- SSpitzer Theory 4 Yukawa Nonlocal Theory 292 W, Mthod Wick-Chandrasekhor Method 9 Omnns-Mushkholishvill Method Yoshlmorl-Kitano Model 34 Wlgner-Elsenbud Theory Young Model Yvan Method

MATHEMATICS - 36 TER 46 54 LIGHT SCINTILLATION COUNTERS SP I ScintillationSCINTILLATION$ Ehibitin . y 253 Bleaching 254 Afterglow 2023 24 Coloration 199 Electroluminescence 36 Luminescent Detectors 566 Clorimstry 134 Phosphorescence 150 FLUORESCEIN COLOR LUMINESCENCE f -Uranine 58 Stakes Lines FLUORESCENCE 21 Foulgen Mthod (Thermal Glow) 174 Fuorometry 12 Photochromatlem 17 el THERMOLUMINESCENCE 2 Fluars 6.700 J I I Glow Curve I 4L:m Chamber 5.763 Lineacence .309. 2Fluors (Screens - Optical Masers 44 Liquid Scintillators MONOCHROMATORS 124 Q-Switching ISI Depalarization 68 Nu(.71..r Alg, .. nt PHOSPHORS LASERS 107 Ov:rhauser Effect 47 Luminous Paints 923 (Stimulation) 28 Fano Tensor 69 Ph toslasticity 134 Phosphorescence Three Level Lasers 12 ondo Effect 35 Polari;hc:::y Plastic Scintillators 39 Langevin Equation 3 Stapp - Scintillatars 14 Optical Pyrometers 8.475 13 Lorentz Field 25 Stokes Parameters 4.785 50 Mach-Zahnder Interferomoter POLARIZATION 165 KERR EFFECT OPTICAL SYSTEMS Spin Drientation 1 102 Karr Co 9 Electron Channeling (Astigmatism) 129 Prisms 23 Tyndall Effect I(Electro-Opt Effect) 83 Ion Channeling 49 Stereag hy ANISOTROPY r:: 14.8W 32 Periscopes 176 Telescop 392 Orientation 35 Polariscops 0 499 Albado*R i6 Proton Channeling 6.758 :X *!: (Astiama 277 Isotropy 'Me 13Ua23 BraggRAGG RE offCTIO J 1A *OPTICAL PROPERTIES 2 Redloscho (Mirrors) 56 Dichrolem BEAM ACCEPTANCEI 6. (option) (Accept BEAM - Raman M a 124 Dentitometers 29 9 Druds Equation 60 BEAM EXTRACTIONJ MASERS SCHLIEREN METHODI 6 Format Principle (Extraction) (Stimulati:n 4 Taspler Pumps 69 Phatoelesticity 1.339 1.094 FOCUSING REFRACTION (Dispersion Effects) (Aberrations) , ie Birefringence Reeretr, V. Et 32 Freenal Coefficient (Astigmatism) me t re Effect 104 Double Focusing [1-62 SPIRAL 5LCTOR uHti N 2Luxemburg ISOCHRONOUS CYCLOTRONS1 1 94 AU 16a Oscillator Strength I F Triumf Cvclotron E 13 Pockels Effect LENSES 772 COLLIMATORS Z 4Polncare Invariants 62 Electrostatic Lon flection 04 19 (Helmholtz Equati:O') BeamZ4 TubeOptical Diaphragms0 I \ 3.670 29 Alignment (optics) 2.001--J

9S LAUE DIAGRAMS - 60 TURBIDITY 23 Gulnier-Prest on F 32 Turbidimetr l 109141 CytochemistryBiopsy 0 DIFFRACTION 1 Ld 7Immersion Objectives Electron Field Microscopy Z 187 Debys-Scherrer Diagrams MICROSCOPY ELECTRON MICROSCOPY 'Wm 115 Debys-Waller Factor i8 Optical Dispersion 32 Ion Microscopy -Microradlography 13 Fraunhofer Diffraction 4Rowland Circle 11 Pleochroism 6Friedel Law 11 Load 4.99 -J 216 Neutron Diffraction Norelco Diffractomater i2;519

PHOTOGRAPHY CAMERAS IMAGES METALLOGRAPHY- BEAMS U 38 31 30 47 OPTICS 37 3-f COLOR

4 Abragam-Pryes Theory -Bohr-Welaskopf Theory 13 Breit-Rabi Formula 199 Dead Time HYPERFINE STRUCTURE (Precision) * RESOLUTION (Hfs) 386 FINE STRUCTURE -2,433 WIDTH -Hyperfine Coupling 14 Resolution Energy -HYPerfine Interaction 8 Eddington Theory F 442 Li no Broads`ng 51 Resolution Power -Hyperfins, Spectra (Sharpness) 8.028 -Hyporfine Splitting 951 MULTIPL -Isotope Shift 121 Doublets J801 ZEEMAN EFFECT 28-Isotopic Sommerfold Shift Constant C 15 Hund Rules PASCHEN-BACK EFFECT 4.587 J _1 3 Particle Multiplets - Isotope Shift to 70 Supermultiplets Back-Gaudsmit Effectl - Isotopic Shift Z 91 Triplets Absorption Spectra 10 Spectral Hardening Alpha Spectra 588 Stark Effect SPECTRA Beta Spectra - au ran Diffr ac tom"t ore Lewis Peak Emission Sectra NEUTRON SPECTROMETERS mamma Spectra SPECTRAL SHIFT 1,647 Time of Flight Method frrd Spectra 1 3.095 10. 1.647 TIME OF FLIGHT METHOD 1.246 DOPPLER EFFECT r, 190 Time of Flight Spectrometers Ultraviolet 14 Hubble Effect Spectra Doppler Breadth X-Ra Spectra - Doppler Broadening 133 Balmer Lines 905 RAMAN EFFECT - Doppler Width PHA SPECTROMETERS - Energy Distribution 50 Stake 5 Linesj 573 161 Cadmium Ratio - Rotational find 10 Fortrat Diagram 67 Rotational Constants __j 188 DOPPLER REACTIVI 34 Fraunhofer Lines 20 Rydberg Constant ler Temperature Coafficie7nt I F-p-, 3RYOSERG EQUAT ON 4 43 Lorentz Line Shapes Spectral Indices 7.551 X 9 Iran-Free Spectrometer Z 168 Lyman Lines 782 INTERFEROMETERS (Magnetic Spectrometer:3 0" 20 Michel Parameter Watt Fission Spectrum 67 Strip Approximation - Siagbahn Spectrometers 61.492 21 Michelson Interforometar BETA SPECTROMETERS - Siogbahn-Slastis Spectrometers SPECTROMETERS 2.913 15 Cauchols SPectrograph 19 Hilger Spectragraph (Magnetic Spectrometers) 43 Compton Spaclro;tR re 6 Prkin-Elmer Spectrometers GAMMA SPECTR OM E 1.480 SPECTROPHOTOMETRY 219 S ECTROCHEMISTRY - Roman Spectrometers 85 Pair Spectrometers 174 Fluoromatry h Technique 14 Spiral Orbit Spectrometers 6.129 40 190 Time Flight Spectrometers 4 Rowland Circle 421 Febry-Perot Interferometers 0 SPECTROSCOPY 9.559 Z 349 Calutron J1 Copper Spark Method 6 Rydbarg-Kiain-Reas Method MASS SPECTROMETERS 11 Ebert Spectrograph (Magnetic Spectrometers) 8 Echolle Spectrograph 7 Nier Spectrograph 15.526 7.892

OPTICAL SYSTEMS ISOTOPE SEPARATION 3 20

OPTICS 37 B's SPECTROSCOPY SPECTROMETERS 37 07 2 a OPTICAI SYSTEMS RADIOGRAPHY FILMS

2 567 43 IMAGES 151 TELEVISION 7 209- MV IMAGE INTENSIFIE AUTOGRAPHY 10 25 Orthicons 4 Lumin ascent ChamberRS 0 3 Icomoscopes 2 -Autoradiagraphy 69 40 holography 32 Image Converters 95 Replica Techniques 19 Image Tubes 4 Latent Image

0

1669 5527 9 CAMERAS PHOTOGRAPHY PHOTOGRAPHIC FILM 68 Vidicons 53 Printed Circuits 25 Orthicons 164 Project Vela (Photographic Emulsions) 3 Iconoscopes 1 Eberhard Effect 30 Streak Photography

4

9 A 819B 7280- Schwarzachild Cefficient 127 Luminosity 1 Barkas Formula 32 Turbidimetry Loaded Nuclear Emulsions NUCLEAR EMULSIONS PHOTOMETRY 2 Ilford Emulsions 1,480 15 Eastman Emulsions SPECTROPHOTOMETRY 1847- 46 Nikfi Emulsions *PHOTOCHEMISTRY 4 Agfa Emulsions 174 Fluorometry 141 Photoreactivation 11 Herschel Effect

SPECTROSCOPY RADIATION CHEMISTRY EMULSIONS 37 20 24 PHOTOGRAPHY 38 0 ELECTRIC MOMENTS

MACNETOMETERS FERROMAGNETIC MATERIALS 71 DOMAIN STRUCTURE 1,349 ANTIFERROKAGNETIC ATERIALS BmIl!t.,:r Mag (Fluxmeters) 12 Non do I g ti . MAGNETIC MOMENTS I - - Bohr 472 N el Tempfacatture 1:F5EEff:RIC MATERIALS 22 Fersi-Segre Formula 20 Barkhausen Effect Z9 far an tricity G T 45 Bloch Wll - Ferromagn*tism 12 gin i.%!CZ '0ff..tj 313 SPi:.WTAT 0 328 Curie-Weise Law 30 Wei henry MAGNETS

68 Nu., ar Aignment 5.177 l.ctromagnets Magnetic Coils 40 N cl:ar Iduction u ic momenta 4.997 170 Nue t 35 R d!ramnM-aTit*tl coupling Sach: Funetio.a SUSCEPTIBILITY - Sach H .t od - Sachs The. r 22 Gouy Method 24 Schmidt Lin. a - Magnetic Permeability 7 Schmidt Model - Magnetic Susceptibility - Permeability agnetic 7.84j) 3.266 C ml MAGNETISM 32 Brillouin Function 1,569 Magnetic Properties 657 DIAMAGNETISM 3 M:gn9t:r*ei8tAnce 114 De H:r-V Alphen Effect 135 M MAGNETIC 5 Land Di:mnagn. tsm 2 609 PARAMAGNETISM MAGNETIC MATERIALS 13 Lang-in Theory 4 r ga -Pryce Theory (Coral RESONANCE e:nymMethod 18 Faraday Method 39 Lngein Equation eck Theory 4 Abragam-Pryce Theory 28 Magnetic A.plifiers F.rrit.. 99 Block Equations 89 X.g.ctic Dipoles piezomagnetims, 54 Kag..ti. Corte 2.769 28 mag.atic Monopoles Thermo.agnotiam 2.296 z 0 10.053 14 Ml

HYSTERE

SE 1Tangens D.1t. Los... z 728 EDDY CURRENTS to 557

z ELECTROMAGNETISM MAGNETIC FELDS Cb

7 RINICR ?EMORY 53 Adiabatic-Deem,gastization 1,610 GEOMAGNETISM 1 2,970 6Blot-Bavart Law 1445 M-gneta-phers DU ION z 9Chapman-Ferraro Problem 22 Helholt. Coil. 29 Fardaday.Indu 368 Critical Field 182 Magnetic Co.pressio. (I. uct r) 26 Divertom (Magnetic Spe.trom.t.r.) 40 Nuclear ImMi:t1i.:: 36 Dirao Magnetic Poles 475 Magnetic Stoma 3433 29 Faraday Induction 2Magnetoaco.stic.

ELECTROMAGNETIC FIELDS 2 53 DAY'ROTATION V. d 1274 MAG.rOSTRIC71], 133 91 tromagneti L.*. - Flux IMPEDANCE Ho:cgen*ons Fields XQE-Effect 15 "eat.tese 5ri4ge 77 Joule ffect 29 Galvanomgnetic ffect 19 Proximity Effe.t HALL EFFECT 7 Levitation 485 GEOMAGNSTIC COORDINATES] 6Righi-Led.o Effect 24 Ettingh.u.sn ffect 10 Lisnard-Wiechert Ptential 68 Geomagnstic Poles 19 Rotational Tranaform -Hall Coefficient 14 Maxwell Streen-Tensor Geo= eti. ut- Lity 14 Siegel Analysis -Hall Constant 7 PR Zq-ti. 48 Off Rigid Spiral Orbit Spectrometer, -Bell "maratc.. 13 Siegert Theorem. 33 Stoemer Teory -Bell Nobility u In Equatorial Electrojete 34 Sudden Commencements -Hall Plate. 5. 2,3 GNBTIC STORMS -Hall Probes 34 GE=. Su C...nc ... nt_a_i 44.860 -J -Hall voltage

I 1879

ELECTROMAGNETIC WAVES ELEC7 FIELDS CAPACITORS 46 40 41 MAGNETISM 39 30 Is 4`1 ELECTROMAGNETIC FIELDS ELECTROCHEMISTRY ELECTRODES

4 Abrag8m 43 Contact Potential 77 Redox Potential -Pound Theory -Coulomb Potential PIEZOELECTRIC - Voltage go _ 705 Coulomb Fld 139 Electrocardiography 10 Voltage Regulator 480 FIELD EFFECT TRANSISTORS 193 Electrssncophalography (Potential) 9 Msfst (Fst) -Electromotive Force ELECTRIC FIELDS 4Electromyography - Charge Invarlanoe 7Flads Potential 29 Homopolar Gnerators 57 Charge Transport EMF ELECTRIC POTENTIAL. 24 Nyquist Theorem (Charges) 101 Electron Fld Microscopy AIM -114 Ohm Law (Charging) __F0TT SCATTERING POTENTIOMETRY 57 Overvoltage I Sherman Tables - Electrostatic Fields 32 Electric Monopoles - Mott Asymmetry 92 Electrostatic Lenses S2 Chronopotantiomotry 13 Phase Stability 18.336 - Mott Cross sections t3 Electrostriction . 0 - Mott Formula 28 H101tsmark Theory 270 Octupolse 883 CHARGE EXCHANGE (Mott Theory) 1 12 Massey Criterion 'A MOE-Effect 999 MULTIPOLARITY ELECTRIC CHARGES sas Stark Effect 13 Nuclear Screening 01 Multipole Radiation 13 Pockels Effect MULTIPOLES 10 Lienard-Wischert Potential Lls.094 DIPOLES QUAORUPOL= 3461 -I 54 Positive Excess 9a4 Quarks 94 QUADRUPOLE OMENT - Project Cirrus t 25 Pyroole-tricity - Electrostatic Fields 235 Dipole Moments rlq SternhaimerMFormu Si Electric Charge Density ELECTROSTATICS 39 Langavin Equation - 2.W 902 Space Charge 170 Tande Acelerator 19 London Forces 1&91 mg ELKrROWYK 6 Xerography 89 Magnetic Dipoles I J 44 E lectrokine'ti: 1002 QUANTUM ELECTROOYNAMI 4 Electric Dipole Moments 14 Dirac Radiation Theor 63 Peltier Effect 2 yroslectric Ratio 8Furry Theorem y IC PRUPLKIlLb 46 Schwinger-Tomonaga Formalism *GENE actricity 212 Seebeck Effect ELECTRIC MOMENTS 137 Ward Identity - MO Generators A'N:F Z LAW1 THERMOELECTRICITY tMomants) se - Diesel Generator I Lorent r 786 Thermoelectric Calls 158 Nuclear Electric Moments 7Charis normalize an 29 Homopolar Gnerator (Electrical Engines ing. 19 Thomson Effect &409 AXWCI! tWUATIONSP 2 Mark Generators ELECTRICITY 21 Hydroelectricity 3Thomson Relati ,u:4 5.759 114 Ohm Law 2.:;,, inol Born-Infeld Theory 22 Paraelectricity rmopiles 0Paynting Vactar 3.573 _J Electric Rsistance) - Conductivity a'vECTR'C M MOCOUPLES2.4-" S Fucas Equation 99 Conductometry 10271 VoltmetersG animators 96 Abrikosov Theory 10 Grusnalsen Formula P-Type Conductors 75Wheatstone Bridgb 142 Bagoliubov Method 2 1Ionic Conductivity N-Type Conductors 9 Flicker Effect 63 Cryotrons 19 Matthissen Rule ELECTRIC CONDUCTIVITY 114 Ohm Law 48 Richardson Equation 249 Ginzburg-Landau Theory 34 Nrnst Effect 70- 63 Schottky Effect Helicon Resonance 2 Nordhalm Method WEDEMANN-FRANZ LAW Thermionic Conversion 123 Josephson Effect 24 Nyquist Theorem I Lorentz Number THERMIONICS SUPERCONDUCTIVITY (Ohmic Resistance) (Thermal Eission) 244 Photoconductivity ELECTROMETERS 326 Thermianic Calls Z 97 Meissner-Ochsenfeld Effect 2 Onsager Equation (Resistance) 778 Thermlonic Critical Facility IM ndelasohn Model - Photoconductive Effect 3 Magnotoresistance 478 Work Functions 436 BCS Theory 19.188 &21 -a Stabilized Suonrconduirtors 10; LU;UUII WuATIDN 211 ALTERNA 315 Direct Current - PrL.Ject De Henry 1Pi pardt 1114 Skin Ef -Electric Currents 9Flicker Effect 19 Proximity Effect 114 Ohm Law -CURRENTS 29 Galvanomagnatic Effect 48 Richardson Equation Kis AEV THEORY (Chargi g) 83 Equatorial Electrojets F;_ alinger-Sorensen Theory (Circulation --- H ti 19 J..hi Efect 9.926 223 Critical Current JOULE HEAT ING ng 8 u IOhmic Plasma se ng Kr I Limit 612 Voltametry Leakage Current 21696- - SEMICONDUCTORS - DIELECTRICS EDDY CURRENTS INDUCTION 41 41 n n ELECTRICITY - 40 40 0 54 42 ELECTRIC CONDUCTIVITY ELECTRIC CHARGES SOLID-STATE COUNTERS DIODES

CARRIERS SEMICONDUCTORS Carrier Density 'A 419 Junction DIELECTRICS Carrier Lifetime Carrier Mobility (Recombination) Lithium rifted Semiconductors -C2 21 ELECTRETS 15 Micromodul F 2 Photoelectrets 1.869 77 P-N Counteer: -Ele tric Insulatic n A. 2 37 Formvar 10 Shockley-Read Theory. X a, 4 9 Solar Calls (Insulators) RESISTORS (Solid-State Physics) Q Kraft Paper 16 Thyristors Is 8Onsager Theory (Electrical Resistance) 46 Zoner Diode ta 22 Paraelactricity 3 Magnstoresistance 419 Semiconductor Counters 50 Permittivity (Ohmic Resistance) 1Tangens Delta Losses (Resistance) 11.203-J Rheostats 5.285 13B ThermiBtars

.969 j

CAPACITORS z Electric Condensers *CIRCUITS 86 MULT IBRATORS 5Lightning Arrests 2.638 - 5 EcIles-Jordan Circuit Limiter Circuits 9 Schmitt Trigger Circuit Medium Logic 186 GATING 15 Micromodules TRANSISTORS 74 Gat Miller Circuit 96 FIELD EFFECT TRANSISTORSL-7 CABLES r 20 Multiplexer Mafet 6B Bridge Circuits 53 Printed Circuits 72 Coaxial Cables 30 Cathode Followers 3Pulse Shapero 45 SURFACE-BARRIER TRMTTrTrMM__, - Electric Lines (Channels) Slow Logic 41 Surface-Barrier Oectectors 1.180 I 5 8 Delay Lines 23 Swoop Circuits 35 Mos Transistors 10 Fast Logic 3Tank Circuits 1 Phototransistors 67 Flip-Flop 81 Timing Circuits 53 Integrated Circuits 2 7 8 Triggers 2.797

COILS 13.345 z 2 (Inductors) Magnetic Coils F. CATHODES ELECTRODES Solenoids 5Anticathodes I C 11 lactors) 4.599 J 9Flicker Effect 26 Does r1r 112 Hollow Cathodes 36 Dropping Electrodes 202 Grids SWITCHES - 5-537- 26 Bimetals 10 544 (Commutators) ORMERS 124 Q-Switching 754 440 Relays L 2.026 J

ELECTROMAGNETIC FIELDS ELECTRIC METERS ELECTRON TUBES 30 40 42 ELECTRIC COMPONENTS 41 41 49 41 36 SEMICONDUCTORS ELECTRON SEAMS TRANSISTORS MATHEMATICS

- 3 82 101 ynodes 99 Analog-To-Digital Converter ANALOG SYSTEMS 25 Tunnel Diode PHOTOMULTIPLIERS, (Cascades) DIGITAL SYSTEMS Medium L:gic 37255 SismaultotroSimulators DIODES Electron Multipliers 298 Gain 16 Binary Codes Digital Methods Multiplier Tubes 28 Magnetic Amplifiers Slow Logic re 3.313 91 Parametric Amplifiers 5.781 Preamplifiers 156 A-Codes I 1.361 - Z0 *AMPLIFIERS (Machines) 66 B-Codes Child Law 5.243 - ORCT.RnANrg 5 Capacitron Coolidge Tu 7 H b I 67 Cathode RaV Tubes I Corotrons be y rid Computers 28':;;;. 5 Egtran 26 Dekatrons ELECTRON TUBES291 Klystrons 322 5120 On-Lins Multiplexer Computers -Codes (Programming)26 Fap-Cods -PROGRAMMING 139 Duoplasmatron 314 Magnstron a RECTIFIERS .206 Data Processing 8 Fire-Co d 3: POO-Code 121 Flash Tubes 12 Pierce Electron Gun *COMPUTERS 64 Algol 19 Compiler Part Method 8 Geissler Tube 149 Plasmatron 114 Schottky Theory] 102 Thermos-Code 61 Ignitrons - Storage Tubes Check Compute pas IApex 27 Kars-Code 32 Image Converters 101 TrIodes 679 In the Dictic:naryr-Ty 1523 Candle-CodagAsme-Cod 8 oracle-CodeMuft-Cods 1615 OSR-CodsTurbo-Code 19 Image Tubes 180 Thyratrons AINTENNAS - 16.483 'A 40 Travelling Wave Tubes F12 Radlotelsocp.-I 36 Dsn-Codg 22 Number Codes (Compilation) 4.625 - ELECTRONIC EQUIPMENT 6 Automatic Translation 268 J Z ccolarometerB 29 Pl0tt8 0;a 147 Faraday Cage -A 132 Flying Spot Digitizer 26 Atomic Clocks 112 RiomstG r r* 1 Logic Devices 100 Balances Reactivity Mate: ION Electronic Filters 15 Dynamometers I Viscosimeti a 1 I n-Lin Ctrol w9j (High Frequency Engineering) 7.419 69 Goniometers 32 Jones Rdu c 45 Microelectronics 30 In Core Instruments ELECTRONICS (Instrumentation) Data Acquisition Sys - Quantum Electronics - 2.595 47 Ionosondes (Disks) tem Logarithmic Meters 139 Electrocardiograph Norelco Diffractometer y 224 1 7 6 oppers INSTRUMENTS 193 Electrooncephalography INTEGRA'DRS NERATORS 73 Pycnometers 29 Plotters Miller Circuit 7 Blocking scillator --- ROBES MEMORY DEVICES 501 I - - 1.755 RADIOMETERS P35 Magnetic Probes 12 Magnet V TRANSDUCERS 2Rayleigh Di a ki 2 Microprobes 209 Magnet 21.603 RECORDING SYSTEM - Project de Henry (Transmission) - annel Analyzers 4Electromygr1phy(Instrumentation) 475 Discriminators 65 Punched Cards Pulsed Neutron Tchniques - Kick Sorter 36 Punched T4 b PULSE ANALYZERS -Storage Tt'p:: (Bursts) 3 Pulse Shapero - ulse Shape Discriminators (Systems) 1.139 Noies 263 Counting Rate 9 - Quantameter 6xerography BACKGROUND 139 Electrocardiography 246 Time-To-Pulse Height Converter 6.654 (Impusle) (Spikes) 29S Multi-Channel Analyzers (Threshold) 115 Pulsars 3 Strobosc opy 5.562 295 Whistlers - pulse Columns (Thresho, 0 24 Nyquist Theorem i Z 7.307 PULSES 17.241 ramers-Kronig Correlations OSCILLOGRAPHS a 4.426 34 Lattice Vibrations - Oscilloscopes 1.368 Lissajous Figures 77 DATA TR .0 3 6 Telamet y OSCILLATIONS 26 Nyquist Diagram Go 1 Earphones 214 Bunching Betatron Oscillations 707I o:ct!l:torh9r I T sorem COMMUNICATIONS MODULATION - Harmonic Analysis 3 Str0bvo.co PY 103 Information Theory 2 Luxemburg Effect 296 Landau Damping 7 Teller-Redlich R18 Tran smi as ion 3.271 9 Tonks-Langmuir Theory 1.364 6 Zitterbswegung i8 6 pOCLIMENI TATION ENCY RELAXATION - ELECTRIC METERS COUNTERS -36 a 40 54 ELECTRONICS 42 .14.486 2 3 7 4 33 - I a 5 4 2 CASCADE SHOWERS CHROMOSPHERE ISOLAR FLARES GALAXIES I 6- SHOWERS 151 Cascade Theory 6 Prominen .. I ISolar Activity Local axy 5 Tmmm-Balankli Fa rmu lae F 6 4 3 EXTEIZTVL AIR SHOWER SUN NEBULAE 3 Nishimur L4' Hubble Effect [COSMIC RAY VARIATI--NS COSMIC RADIATIO14 34 Fraunhoffer Lines magollanIC Li Icud (Variations) 42 International Geophysical Yar STARS 24 Daily Variations -Knock-On Electrons 5 Orbiting Soler Observatories 369 Diurnal Variations 11 Parker Model -68 ; S:mid rnal Veriatio 2 Pfotzo Maximum 801 Sunspots PLANETAFiY NEB LAE 25 .,!uR ay St 54 Positive Excess 301 Photosphers, 19 11 Year Variation 113 Cra b No t 287 Cosmic Shower :rs 45 Rossi Curv 459 Solar Calls 51 27 Day Variation 7 ymme tr - Oft Compone:t 8Soler Cycle 729 Coron:a 38 Solar Prominences a 9452 ;6 RE SH DECRE 11 Varitrons 562 Solar Radiation 11 F cul (AsteroldallOS Novae 116 FRrbush Denressioni 51 X Agent 51 Astronomy 123 Solar System 115 Pulsars 485 Goamagnatic Cut-Off Rigidity Solar Atmosphere 20 Cophaids 503 Quasars 52 Hard Component 395*Latitude Effect 1310 22 Chandrasakhar Theory 599 Primary Cosmic Rdiation SOLAR WIND 24 Giant Stara, 3 Richtmyer-Tellor Theory Neutron Store 9 Chapman-Ferrara Problem 7 Red Dwarfs 11 Parker Model 34 Red Gants Sirius Star 1.065 43 Star Clusters 33 Star Evolution 426 Supernovas 94 White Dwarfs 100 Wolf-Rayet Stars IRON METEORITES Stellar Atmosphere &901- Ataxites 5 Hexahedritas 70 Karnacito 13 Octahadrites 82A 16 Plassite COSMOLOGY 44 Taenite 14 De Sitter Universe 9, -Universal Blackbady Radiation ACHONORITE (Universal 2 Nakhli ti c Achondrs Intergalactic Space Qi a 483 Interplanetary Space ASTROPHYSICS 54 Cosmogony METEORITES X. Interstellar Space 57 Fermi Acceleration 223 Comets 3 3 4 > (Universal 41 hertzaprung-Russal Diagram STONE METEORITES 5 Zodiac Light *SPACE 42 International Gophysical Year Cosmos 22 Chandrasekhar Theory 31 Cohenite 8 Australites 4 (Cosmic Particles) 235 Chandrites Cosmic Space 2 Solar Occultation 122 Meteors 1 Hollbrook Meteorite Indochinits 39 Cosmological Models 123 Solar Sstem Nucleogenesis I Homestead Mteorite 3 Maskelynite Sues-Urey Abundances 3 Indarch Mteorite 16 Mesoaiderites 7.227 55 Nucloosynthesis Cosmic Origin 34 Schreibersite w 3 Lunar Occultation 147 Troilite 55 Moldavites 6.229 J 32 Pailasites 2 Philippinites 290 Taktites 2 Nuevo Laredo Meteorite (Asteroids) 6 ediasite 3.138

SPACE FLIGHT GRAVITATWN 41 Uis fba lois, SPACE 43 22 EARTH

91 Project Apollo MOON GRAVITATION -1.318 12 Dirac Cosmology

327 Mars 203 Einstein Field Equations 47 Einstein-Schroodinger Theory 113 Jupiter Planet 6 Eostvaes Experiment 21 Mars Planet 7 Alouette Satellites PLANETS in7 21 Arial Satellites SCHWARTZSCHILD METRIC ATS Satellites 5Mercury Planet Biosetellites 2Neptune Planet ISO Schwartzschild Solution 103 Cosmos Satellite a 3Orion PI:n:t 19 Discoverer Satellites Pluto PI n t 4 Early Bird Satellites 3Saturn Planet 7 Gravity Motors 11 Echo Satellites Uranus Planet (Potential) AURORAE 2 Elektron Satellites 109 Venus Planet 7 Rainich Theory I I Esro Satellites 1.694 3.722 1.09,9 292 Explorer Satellites 78 IMP Satellites SATELLITES ISIS Satellites 8 Kosmos Satellites 11 Nimbus Stellites OGO Satellites i98 D-Layor 164 Project Vle 275 E-Layer 26 Artificial Radiation Be Proton Satellites 9i Project Apollo 476 F-Layer 150 Van Allen Belts it 12 Relay Satellites SPACE FLIGHT 47 Ionosondes RADIATION BELTS 33 Sputnik Satellites -Astronautics IONOSPHERE 5 Syncom Satellites 3 274 112 Riameters 2.314 TO Satellites 20 Thermosphere 28 Tolstar Satellites 295 Whistlers 11 Tiros Satellites 5.420 0 11 Voskhod Satellites M 49 Vostok Satellites V 5 Orbiting Solar Observatories Mososphere 37 Injun Satellites 2 Pfotzer Maximum 4.139 yrosc op 22 Project Dominic GUIDANCE ATMOSPHERE 434 1 Project Teak 25 Tropopause 160 Troposphere 1 Atlas Rockets 1 Gulliver Space Probes -11.740 z 55 Launching 13 Lunik Space Probes SALL04DNS 2 114 Missiles 139 Mariner Space Probes 1.180 WI 80 Project Rover 64 Pioneer Space Probes 14 Rocket Fuels 16 Surveyor Space Probes 0 ROCKETS SPACE VEHICLES (Jupiter) Vela Space Probes (vehicles] Venera Space Probes ORBITS 4.318 10 Voyager Space Probes Space Orbits RE-ENTRY r:Rus 11 Zond Space Probes 'Projec t A 5 Syburn-Code 114 Naso 6.486 - (Ablation Project St ar 0 us t (Vehicles) (Venus) 25 Tropopause 4.925 1.334

ELECTRONIC EQUIPMENT SPACE METEOROLGY 42 43 co

SPACE - 43 sis SPACE FLIGHT) 47 a 43 - NUCLEI NUCLEONS ORBITS

COMPOUND NUCLEI 2 4 28. 730 -SPIN 25 4 J-J COUPLING 16 Jackson Model I 98 ntermedito Coupling] *BINDING ENERGY11 . 27 67 Psiorls Method 3 FINE ST RUCTUR E I KonOG LIOCZ - 26 Porter-Thomas Distribution 8 EddIngt an Thor 'i I Nordhai Rles 249 IONIC STRENGTH 71 Ooba-11.eckol Law 448 HELICITY Orbach Relaxation 30 psull Spin Operators 429 NUCLEAR FORCES 10 TWO-COMPONENT NEUTRINO THEORY 11 Rarita-Schwing*r Theory Noncentral Forc 2 35 1 NCLEAR MODELS 110 NUCLEAR MAGNETIC MOMENTS 54 Faynman-Goll-Man Theory 2 4 Schmidt Lines 28 Wi nor Force - Nucle r Masnotpn 7 Schmidt Model - 4cc:p r Black Nucleus Mdol I 11 N 31 3 Spin WavZ: IA IC nr,,) 22 Bahr-Wheeler Theory Nuuoi::rcI r Mn:%r1x tto r 7'.TT Sh orS7ATTERIN man Tabled 275 Spin Lat r. Relaxation Dtgad or Rule J66 Brueckner Method 2 1 Spin-Orbit Interaction 40 Bond Angle 70 Brueckner Model N POTENTIAL 68 Spin-Spin Interaction 53 Bond Longths Cloudy Chrystal Bell Model EILICLEARpti:al Mods I i2 Spin-Sp t:12x4tion 62 Bor:;Opp;nhei..r Approximation 341 Cluster Model (Pot ntiall Spin Oriinntan 4 C.m on r.ul. COLLECTIVE MODE -Nuclear Radii 4 Abraga.-Pound Theory 885 SPINDR 15 Cohesion 0: Davydov-Fil II.POWMdal - Nuclear Structure 7 Fusion Method 9 Bag.anm;Wigner Theory 71 Coulomb Energy Hill-Whooler Theo ry 72g NUCLEON-NUCLEON POTENTIAL Carton inor 140 Coval:,c:nc'. I -_ Wail Equation 85 Oou 'l0 ECors) 7 Garienhaus Potential aI - El:ctron Acceptor DEFORMED NU( Hamada-Johnston Ptenti - EIctron,it Oonor a I M.LEI la J.atrow-Kl:inPotentLel Theory 37 lor-London Thor: 39 Cr nking daI Levy CONVERSION 3 7 3 6 as 46 Inter'I mal.cul.r Forco r O;ON0nax l I 0p Pot nt al lw"RNAL NUCLEAR MAGNETIC RESONANCE X0 ap - IonBIndIng 3 zdov-B!alr Model (Potential) (Disintegration) EVAPORATION MODELI Rosenfeld Fares 10 Internal Pair Pr .duction Abraham-Pryca Theory 40 L:a Mthod ES Welookopf Model _ 2 Signall-Marshak Potential 56 X-Conversion 146 Chemical Shift z 35 La. Aide 222 Fermi Gan Model 416 T:bakin Ptential 307 Knight Shift )w 7 LI. 11 G::"Mod;!, ;:::Y kewo Potential -NMR z 14 Madolun:o!:nst..t G b:r Model lcl:;H:I;.M:ndZI 40 Nuclear Induction 21 Majorana Theory Har.o ic Ptential n-Wd t Lal -Nuclear Spin Rsonance 92 Muonium 15 Hurwitz Effect 24 Schmidt nes Nuclear Model Orbits (Paramagnetic Resonance) T:utrc p:r;tion Energy Seniority Number 22 Betatron Oscillations -Proton magnetic Resonance 3: INTERMEDIATE STRUCTURE 116 Bohr Theory Redfield Theory ucle.r n r y) Intermediate Rsonance[ 98 Hybrldizatio. Spin Echo SHELL MODELS 50 K 275 Spin-Lattice laxation t S;Absorption 589 Pairing Energy 7 Eillo Model 201 In-Orbit Interaction 12 SpIn-SpIn Rlaxation - Separation Energy fV_1.4 J-J COUPLING 08 Intermediate Couplingi 298 K-Capture MODEL ORBITS 56 K:Conv:r:i:n ZX;:11ng.r-borns§n insory M &IC I I8% Coupling - -- Thomea-Witner adel 1 Nordhaim Rules LIQUID DROP MODEL Integral. 7 WeIzaacker Formula Tilm I 1: .1, : n ATOMIC MODELS 3 7 ,A 'LTd o -Mottelson Model SINGLE PARTICLE MODEL Atoml: Sh4l Model A r. !Zur.. NUCLEARTO:Y aN;LOCUA.LPO:ENTIAL Inds nt Particle mi a, P r y-B k M d I Sch tModal lie 13:9r ThS2try, I- 12 Feshbach MO 'I nuclear Lars 74 Spherical noasi -Electra: c tructurs W I - Square Well Potential 16 Gall-Mann-Bruacknor Model z NUCLEAR ELECTRIC MOMENTS 2Strong Absorption Model Nucle ,r udrupole Resonance Van Vlook Potential 1.147 HARTREE-FOCK METHOD Theory Fook Equation z 420 NUCLEAR FEIR ES F::kk M:thcd 4 Nonce"ral Forces F S f-Conslatent Field z PARITY 7 8 1 Ignor Force 5 60 2 VALENCE Hartres Approximation a -Acceptors Wu Myorialzatirn- i minami Ambiguity 00LIFETIMIE 61 ;OOROINATION VALEN ES SO K-AbsorptIon 42 PARITY ON;CONSERVATION 4 ,oniu. Radicalc. 212 L-S COUPLING - P VI ON1. t on LEVEL WIDTHS El:ctron Acc:ptor 98 intermediate CouplIng - Pri tyVIolation 26 Porter-Thomas istribut-J El ctron Don r - Russ 'ITTo7 SO Ferric Compounds Lmodal .;I-Saunders Co rTrWIGRATION AREA 48 Ferrous Compounds -Molecular Orbital Model il Migrat '.nL...thl -Ion Binding (potential) 5N RU.. ;Roth:ry.R 2Rydborg Correction 10 P:rdh:imrt I E2d:tIon ValenceStan ic ElectronsC mp und: 201 Spin-OrbitInt.raction 12: at re ngth Funoziom Valancy States 19 Sternhalmor Formula

HALF-LIFE IONS ATOMS 45 47 47 ENERGY AND MATTER 44 37 32 HYPERFINE STRUCTURE PHONONS

30.282 eCrTArjO" 29 73 7 RRIONA"C' 044 ;PTICALPUMPING Br IA. A Ra:o::m :::.. ; ...... 1.0:8 3 4 IV KANO Analo:ue Resonances .16 C..11v:b Not 4 7 115 Al Rmnancss Do-Ex I ,.,!!at1cn Ev Range 01-10 log A2R noncom 5 Duhamal Integral Ev Range 10-100 - Ex It:d Ev Range OG-JODD Kov Rge Oi:10 1.013 CAVITY 3 Gooju y-St:1:sTh..r, - Ev/C Kmv qange 0 10d S4 e1t:T::!0::t.,m1 51 Nuclear Temperature 54 Milli Ev Range Kov Range 100-1000 ru a nabnances a Sti1ul:!:d.Emis1cn -Kv/C r' z i j .4 [ 11 C RESON ANCES 22 LSt'.pp rocesses z CResonances K No 75 ;Wismonancom 0 2a Rsonances 08 Dolts Resonances 7 0 6 i 1141RGY LffvvLs 149 Lamb Shift 151 S-States 27 E Resonances 45 Lando Factor -States %Energy I IRCY RANCE 3 9 E 289,: Et:,::::noncee Si Appearance Potential (Level nsity] 323 Strength Function -Momentum Range z F name 592 Auger Effect - Level Schuman 423 Thomas-Fermi Modal 7G Raman once* 4SO Bond Theory (Rance) 568 Giant Resonance 173 Eigonstates 41 L:V:L -Three Level Lavers 28 Relativistic Range 28 Hybrid Resonance 25 Einstein Coefficients r 2 rt!r:7Sho.. Dstribution 4VIBRATION-AL STATE -S::t Cmponent 64 End:r - Energy Level Diagrams 17 S Kissling .. Sore 'man Thee 4BSG gnuti Ct_Dff Rigidit Int rmadiato Resonance - Energy Level Schemes 968 Metastable States 39 K Resonances - Excited States 15 Negative Energy Status oul ZEEMAN EFFECT 182 Nuclear Cascade 11 Paschen-Bach Effect 43i K-Resonances 39 External Conversion 188 Oscillator Strength -Zommen Components 2K K. I Resonances 5 F-Sum Rule 74 P-Statem -Zoo-on Moducatlon 45 Kap1pa R. sonances 1 3LMR*:onenoes 1.273 Fermi Level 108 Particle Width -Zeeman Resonance I ad 112 Population Inversion Zeeman Spectra MEV ANGE 20. 41 - Resonance Zeeman Transition N. 'rou:diSt:t:l.,u.. it C biS!Zt:: Principle Mov Range ol-lo .1. 33S 0 r 91; RRotztion' 1"St!to Sp Virt a Mov Rang 1-100 390 Phi R:s*n 72 j:h T 1aler Effect 2 Ryd:wrg Correction 31 Wil-mU:'SSt:tell.th.d ml Mov Range Jon-looo aP r a me -Mev/C Rel:Sh*M0or:8ForsKjIm 102 Resonance Absorption 64.514 *NERGY 300 Resonance Integrals Rn:,11:::111,11r:P :rti:l:. og 1.847 TIME nF FLIGHT METHOD 0 to. 190 Tme fF light Spectra. Ron n:. t:tt r --tr.] 1 IV RANCE I.SSS RHO Ros:::,:::.. 32 Energy 27 Sigm R Gap -Bev Rance T R:::.n:.m::: (Heat) -Gov/C IUR Ion Tmperature G:v R:m:: nl-;o 10 X;Z:r Resonances 280 gin .tic Energy Gv Rn lO-_OO el K %tZona"cou gas Q-Valuo G R go 100 1000 54: Ye R 8 Sargent Diagrams -. /C Z:,a,:noncom Stored Energy 396 TevG v Range 3Y- XRosonances 3 Tank Circuits S2 Hard Component 33 YISRomences 754 Threshold Energy 4S Zeta sonances 28t

3 7 a 2 *MMINTUM 6.866 AGULAR MOMENTUM CONURVATION LAWS . 488 H:LICITY as FINE STRUCTURE q 1 8 3.185 IN RIANCE PRINCIPLE I Two-Component Nutrino Theory 8 Eddington Theory T ormlonic Cnversion 4VAC I 636 OIRECT CONVERSInN 3 C;Inva.iancer 848 :YR n:G ETIC. 2 MarkmGner:tcr. 2 bl d nversion 449 INERTIAL FOFWtCE t:" -D Haas Effect I T or a .a n t Conversion 729 CP In ve rienco n.,P,.] 64 Mach Principle Energy Lonverslo. P Invarlance 191 Fuel Calls 42 Parity Non-Conservatior 1.769 PARTIALCWAVES 314 T Invarlance 10 C 0 Palms 21 Hydroelectricity - EV/C 191 D-Wave 37 Charge To ugation - GEV/C 38 F-Wav. - Charge Invariance (Impulse) 292 N/O Mthod - KEV/C 9 0 mn.. -Mushkholishvili Method _MMEV/C 1.014 *P-Wave - amentum Range 1.273 S-Wave (Range) 2 Byroolactric Ratio i4 Wannior Function - Six-J Symbols

ANGULAR DISTRIBUTION 45 ENERGY AND MATTER 44 BIS 44 47 49 49 LIFETIME ALPHA PARTICLES ELECTRONS POSITRONS *HALF-LIFE PHA DECAY 275 FT-VZlua 1;01:lot:gr!: 'on, - Half i8 am w B rr I BETA DECAY ACTIVATION Emean fe) I 5sizar- Nut el I latio (Disintegration,) 90 Positron DaCAY linac:Ivation) 9.748 2.336 26 Fierz interference 8 Saroont Diagrams "d c d adioactivity 1 275 FT-Val.o 1.0 T.o-co.ponont Neutrino Theory 10 Ste eke d Foil Tchnique 2 06 3 Branching atio 1 2 4 Gamaw-Tallor Rules 1 Way-Wigner Formula -Radloactivatinn (Channels) DECAY Knipp-Uhlenbeck Theory 6.319 (Degradation) A NIHILATION (Disintegration) (Disintegration) 9.878 Cros:0',7ctions Electron pturo Decay 5 Singlo-Ou.ntum Annihilation -Captur IF ragmon to PHOTOPRODUCTION (0i sin 9.grat n I a.m. ric Transition 11511 -Elactron Capture 20 Michel Parameter 2.431 10 Drell Model -Electron Capture Decay (nuclear Transformations) TARCETS 6Kroll-Rudermann Theorem 2LsvinSer-D:th Theory a 29B31 L-1apurK-Captur: CAPTURE (Reaction mechanisms) PI tr 0 n nerati 0n) 2 Neu tmre Capture 49 spurions r,,.,ul:ar GTra n .,Fmor ations) 60capture adiatv *Particle Decay 22 Pan k Ratio Stain Theory 23.235 -J I P h co)I a rn a ion) RAVITATIONAL COLLAPSE 79Photonucloar Ractions = 1 1.050 -J 51-GRAVITATIONALORADIATION-11 3 Quantum Yield ABSORPTION NUCLEAR REACTIONS 123 Gravitati nal Waves 3.888 J 1:4 Bler",:w i .080 DIRECT REACTIONS 42 Project Sherwood 36.n. Theory 1.839 stripping 95 Thermonuclear Explosions PAIR PRODUCTION u a 0 33Glant Ri.on me 6 03 D.ba Approximation 2589 THERMONUCLEAR REACTIONS 141 Botho-Heitior Theory -4 17 HaIf-Th knees 19 Feshbach-Weisekopf Model (Nuclear Transformations) - Dalitz Pairs - 0 52 H7rdoComponlnt 5 6 8nianttResonance -Project Mike 10 InternalePair.Production 3 no rpor2ton) -pac Pe remoter 05 at r SP. tron, tars 50 K_ Absorpt o 35ic l"Jackson Model (Reactions] (Fusion) 2.441 z 4Neutron Filters 86 KmocK-Out Reactions .e, 93 (Permeability) Ldwistron Peak Generation) NUCLEAR EPLOSIONS Polar-Cap Absorption (N!ur. 71 Chain Reactions FISSION - Atomic Explosions ra 102 RESONANCE ABSORPTION -Nuclear Evaporation (Disintegration) Project Orion (Nuclear Transformations) Fienion Rate - Atomic Steepens 25 Lamb Theory Nuci.ozenesis 1 82 Fission Yield (Blast) 4 PROJECT PLOWSHARE 112 Rlomaters 79 Photonuclear Reactions (Neutron Generation) Burit:) 52 Project Chariot Nu. a r Accidents) 89 Solf-Absorption (Nuclear Transformations) -Project Dugout Salf-Shielding 425 PICK-UP p 5Snell Experiment 261 NUCLEAR 14EAPONS -Proj:ct Ga:buy -Soft Component Pickup Ractions 199 Spontaneous Fission 13 T Proj ctGme I Eg ;Stopping) I Proj:et Argus -Project Palanquin z 2trong Absorption Model (Reactions) 24 THERMAL.FrssioN 5 Project Oren -Project P I oob0 25 TRANSPARENCY Roich-Moor Frmula Watt Ft ion Spectrum 0 Pcjsct Buffalo -Praj :ctSal my 1.0 152 Opacit" 173 SPALLATION 105 Ternary Fission 115 Project CastleCarryall Proj ct Sterling 29 SChlie Method I 3 Rudstam Formula I 3 Project C:nnyr..!d 71 !1P11r1C:cPtLU1 Z11E 0 10.168 3 Project 0 j R4 nir 0L (Uptake) 2C Transmut:tians u roject iocw ng z 41.076 _J 3Yang The ram 22 PROJECTProjec DOMINIC 5 Project SedanSchooner %A 37.524 J :,,F arf i:.h 2 Project Shoal 6Project . n . 2 Project Sunshine 70 PROJECT HAROTAC 1 Project Teak Barns CROSS SECTIONS 9 39 EXCITATION FUNCTION I Minami Ambiguity PHOTOFISS ION - Project Ian r 45 Project Teapot 3 45 BREIT-WIGNER FORMULA 1 3 Gerjuay-stain Theory 1 I P.nfald-Ceiss Method 968 - Proje ctEvansF 9 PROJECT TUrTER One-Level Dispersion Fox-1. 15 Pomeranchuk Theorems - Project Lo ,n Proje t Sna Singla-Lovel Resonance Formula 568 Giant Resonance (Potential) - Project Ne Ptu c pporl 33 BEL 42 RmauartEffect9 n - Project Ta.alpais 20 !Rprj GIANT N 56 R. b lu h F rmul. OIEC:.u P HOT - C a pture Cross Sctions rldhabR:S r2T:N'ErMBdl1 3 Red.te m Fo ,mula 4 PRPOJECT t lSlnthoj 6 C.Inda 1 Sherman Tables rje P 16 JacK:on Mdel 7 2 Total Cross Suctions 40 Project 1 64 PROJECT VEL 419 DIFFERENTIAL CROSS SECTIONS 2 John on _Trai"n Relation 23 V1.5toott Cross Sctions 3 Project Lllipop - Project SFr7a 7 Blatt-Diedenharn Forma 12 Massey Criterion i/V Law 9 Project Manhattan Project Wigwam 9 Massay-Mohr Equation 41.212 2.09S Thermonuclear Explosions 8.387 J FISSIONABLE MATERIALS- INTERACTIONS 51 45 S NUCLEAR REACTIONS - 45 45 45 ABSOR PTION NUCLEAR REACTIONS

529 Oackscattaring 4 Abragam-Pound Theory 30 Rhabha Scattering 6 Bart lstt Force INTERACTIONS 05 Blair :odel *SCATTERING - 01ach-Nordelock Method 9Brinkman-Kramore Approximatior 531 Bootstrap Model 167 PCAC Theory (Cascadne) 22 Buckingham Potential PCVC Theory 3C Collision Matrix 48 Central Potential iConspiracy Rlations 591 MULTIPLE SC ATTERING (Channels) 7 7PERIPHERAL COLLISIONS1 Corneold Model 2 Cooper-Rainwator Theory 16 Ch:w,!Ow' apandence 478 Ope Model 210 Coulomb ScatterinC 66 Mailers Theory 17C Ch - Method I ICutkosky Rules I 6 Olbert Theory (Colliding neams) (Potential) f3isporsion Effects) Configuration Interactions 10 Pseudovector Cupling 22 Egalstaff Law 57 Optical Theorem 50 Configuration Mixing (Reactions) Egelstaff Model Panofsky Ratio 26 Coulomb Correction Residual Interaction -Fracer-Fulco Method 1 . 41 CouplCouplTd ng Ch:nnC nsZ!nts Thsory -Salpeter Process Call-Mann Model 905 RAMAN0 EFFECT 75 Dirac Form Factor 201ISamileptanic Spin-Orblt Interaction Interactions 4Halpern-Johnson Theory 58 St ken Lines 34*El:ctromagne!icrlntneractions 68 Spin-Spin Interaction Haywood Modal 7CO E han Int re ,tio z Impact Parameter 42 Ramsauer Effect 76 Fermix g:delM 1 .683 STRONG NERACTIONS 3 7Impulse Approximation Regeneration Amplitude 1 1 Final-Stat!:tInters ction IHICh EnZroy Physics) 2Johnson-Traiman Relation 35 Resonance Scattering 76 Gauss Po lal -. L.. E a i n 12 Kandc Effect Rosenbluth-Nalkin Modal Gell-Mann odel Stron g_Co u P ling Modal Koppel-Young Model .j0 17 LandauKrieger-Nalkin Curves Theory 4.303 SCATTERING AMPLITUDE 100 HARD-CORE POTENTIAL 5Takada Theory 8Low Equation Eikonal. Aproximation 16 J.9 tro. Theory 9 Massey-Mohr Euationj Ign TAMM-DANCOFF METHOD 12 Massey Criterion 342 Scattering Length I Lovy-Klein Potential 9Massey-Mohr Equation Slaggle Modal 2 Heisenberg Force 7Tomonago Approximation MC Murry-Russel Model 13 Small Angle Scattering 7 7 Heisenberg Modal (Transmission) 15 Min Scattering 103 Thomson Scattering 7 Heisenberg Multiple Production 22 Umklapp Processes 52 Moeller Scattering 26 Wignar Scattering Intranuclear Cascade 22 Uray-Bradley Fields Yoshimori-Kitanc Model 101 M11STT SCA7?ERIN Y:un Mod:1 2S4 J-J COUPLING g 2.S29 WEAK INTERACTIONS mach-GI uber Frmalism _ 98 intermediate Coupling] 45 Cabibbo Angle

5 Kihara Potential 17 Feinberg-Pais Theory 44 Kubo Formula 1 74 Lennard-Jones Potential 1 2 7FERMI INTERACTION 5.413 Levinson-13anerjes Theory 24 Ferm!-:;ng Theory] RECOILS 7 Lazentz Force rim ELASTIC SCATTERING 1 14 P 11 f Theory 4 - 19 Majorana Force Z4 Fermi-YanZ Theory X GS Blair Model 80 NOCK;ON 52 Moeller Scattering 54 Faynman-Goll-Mann Theory z 86 Kn ck-Out Reactions 47 Morse Potential 55 Goldberger-Trolman Rai, 30 tio. r, t t ca-fre-rTn-g (High Energy Physics) a. I"Sh.S.a Tablesi 729 NUCLEON-NUCLEON POTENTIAL 1168 Konopinaki-MahmoudIntermediate Vector ModelBoson Ab 292 N/D Mthod 7G:r::nh;u:,:ot:ntial 44 Lee-Yang Theory < *COLLISIONS H m a Potential 13 Pais Modal Mm Ou::i;E Son 16 Jastr:w Theartay Re n u'Z:tF':r .u!torlng 139 Brownian Movement 135 V-A Theory Levy-Klein Ptential 0 351 Rutherford Scattering (Colliding Beams) OPe Potential z 3Stapp Theory 2 Elliott-Stevan Theory Rosenfeld Frce 2Wentzal Model Multiple Collision Mthod 2Signall-Marshak Ptential 60 Will1am$-Ws1zBascker Method 7.074 6.479 Tabakin Potential 29 Wolfenstain Parameters 41 Yukawa Potential I Yamaguchi Ptential INELAST SCATTERIN 64.794 IL vinson-Banerjus The 5.783 19 Castagnoli Formula

*ANGULAR DISTRIBUTION 69GonI0mstjr COUPLING 212 L-S Coupling (Angles) IGrain0rStntation 2 Alder-Winter Theory Ih lpern- rutinsKi Theory 591 BOUND STATE LCAr Method 17 Lsmbert aw 387 Impulse Approximationj 1 67 PCAC The cry i.207 ANGULAR CORRELATION iO Pseudovector Coupling Abragam-Pound Thlor y 1 7 71LN R 1 . 4 Coupling Constants 35 Ruderman-Kittel Coupling yl I h:DLEM -SIX-J Symbols 4 iedenharn-Ro a hear MEr: k Boundary Conditional I Decoupling 201 SpIn-Orbit Interaction 55 Goldborger-Traiman Relation 68 Spin-Spin Intsraction 7 01:tt;Biodenharn Formalism 1Minami Ambiguity Strong- upling Model 48 O d n S9 Texture J-J COUPLING C 235 Butler &Thl:.ry 3Yang Th..r.m 98 Intermediate Coupling 2Ull.-ann Reaction 1 27.412 L 6.198 ANISOTROPY DISTRIBUTION 37 as INTERACTIONS 45sis 47 20 01 Z0 IONS RADIATION CHEMISTRY RAD1091OLOGY - RADIOISOTOPES

I/ - 389 Dose Fractionation 15 MPBB Kramer Effect 42 Delayed Radiation Effects 335 Dose Rates (Exposure) 20 MPO 230 19 Joshi Effect (Radiation Damage) 854 Dosimetry - Field Dome 19 MpE (Photoominsion) 15 Michaelis-Menton Reaction 33 MPL RADIATION DOSES 7 RSE 1PENNING EFFECT] 48 Richardson Equation rSPig Ion Source (Nuclear Accidents) 23 Radioactive Halo 12 Integral Done Radiation Levels) 6 Stimulated Emission (Photosensitivity) 2 Varley Mechanism 75 Isodose Curvss2S Threshold Dose EMISSION X-C IONIZATIO14 - Ionization44 Bragg Lose Cur a *RADIATION EFFECTS (Degradation) - Roentgens Irradat24 ToleranceInn, Dose U 114 Avalanche Effect v I Antozonite 11.012 Whole-Body 49.354 523 Z 57 Bothe-Bloch Relation (Discharges) fRADIATION HARDENING (Damage SECONDARY EMISSION] -Bohr-Bothe Theory [Dissociation) I (Hardening) Ii78 Wigner Effect Irradiation Pro jidures 11 Malter Effect -Bohr-Nialson Equation 94 Ion Pumps Radiomterilizca' t. n 6 Jaffe Theory *IRRADIATION (Exposure) 20.S -A 7Halpern-Hall Theory 1 Fano Factor MOESSBAUER 82.59 0 3 Partial Ionization 63 Lorentz as 4 Abragam-Pound 212 Photcionization 55 Gamma Cascad a 62 Biological Shielding 103 Irradiation Devices 2 Saha-Langmuir Equation *GAMMA RADIATION (Curtain) 2 Estagrop Samuel-Magee Model Gamma Transitic GAMMA SOURCES SHIELDING RADIATION SOURCES 195 Townsend Discharge Lewis Peak 44J (Protection) 157 Lamps 19.960 -- J 369 Radiative Capt 12.787 52 Point 59. 1 1 ___r_ _ 141 X-Ray SO.Urrc:: Ionizing Radiations -Compton Electron Bloch-Nordsieck Method 201 Multipole Radiation 141 Bothe-Heitler Theory -Compton Recoil X RADIATION 63 Blackness Theory 41 InternalInner Bremastrahjung Bromastrahlung IM COMPTON EFFECT RADIATIONS 2 4 Buildup BREMSSTRAHLUNG g Z -Compton Scattering 50 K-Absorption 4 7 6 Coherent Radiation 2 Migdal Theory kw .4 -Compton Shift 4 Moseley Law 413 Let I Penfold-Loiss Method X - 1 Smith-Purcell adiation y Norelco Diffractometer 1.310 SOLAR WIND 209 Radiation Hazards 4.806 r. 7Inverse Compton Effect II Schulz Method Solar Radiation ;I No 75 Klein-Nishina Formula X-Ray icroanalyzer F9 Chapman-Ferraro Pro,bim CHERENKOV RADIATION Ill Parker Model 19 11 Year Variation 141 X-Ray Sources 51 27 Da Variation -VavilOv-Cherenkov Effect y Z 23.740 930 1 ar LAUE DIAGRAMS 617 Amplitude (Mode) WAVE PROPAGATION (Photoemission) [23 inier-Prestan Zones (Waves) (Dispersion Effects) 212 Photoionization 31 Helicon Waves Fourth Sound cnr PHOTONS - 47.730 4 poincare Invariants 21 Huygens Princl:vl:. PHASE SHIFT 40 paynting vector 86 Ion Acousti c W 1 Minami Ambiguity 33 Giant Resonance Model ULTRAVIOLET R 25 Stakes Parameters (Propagation) 162 Rayleigh Scattering 9 SCh umann-Ru ELECTROMAGNETIC WAVES 70 Second Sound 3 Stapp Theory 7- 12.051 600 4 Third Sound 19-7-NTERFERENCE RAOIOMETERS 36 Wave Packets 78- 1.302 y 1.287 Waveguides INTERFEROMETERS 1A PHOTOELECTRIC CELLS F R ylsigh Disk] - 21I' Michelson 09 6.817 J W 1459 Solar Calls (Cellsd 82 Brightnes 7 Luin,,i y F Interforomato .j PHOTOELECTRIC EFFECT 1216 FermatFlash TubesPrinciple lo 152Pho t."..'yOP..it y (High(Waves) Frequency RADAR Engineering) 36Wave7 Moire PacketsPatterns 12 Fowler-Nordhaim Theory I 1 le Joshi Effect 35 PolariBCDP 638 50 K-Absorption 23 Tyndall Effect 905 Raman Effect 5.378 0 -PhotccondUCtiVB Effect 5 Zodiac Light 3 Straboscapy 0 244 Photoconductivity X 2Phatoelectrets 51 Brillouin Effect LIGHT 7B2 RADIO WAVES (PhatoemiSsion) 258 INTERFEROMETER S 37 Cosmic Radio Sourcen (Photosensitivity) IPhototransistors TRANSPARENCY 21 Michelson Interforameter (High Frequency Engi sering) 3.566 - -2 Schliaren Method 2 Luxemburg Effect (waves) 52 Opacity 40 Travelling Wave Tubes 376 RadiafrequencY 295 Whistlers 45 Ultra ijgh Frequency 15 Very High Frequency r INFRARED RADIATION (Fiaat) 27 Delbrueck Scattering MICROWAVES (Waves) 1 Very Low Frequency Pe rkin-Elmor Spectromet (High Frequency Engineering) /.ZF34 15.608 7593 J 7.539 L OSCILLATIONS LASERS MASERS RESONANCE MODULATION 42 37 37 44 42 RADIATIONS 46 20 DEUTERIUM

491 Atomic Beams 45 Ion Implantation Oxygen IS Beams Argon 40 Beams Noon 22 Beams -Positive Ions 470 BMBARDMENT 83 Ion Channeling 7Nitrogen 14 Beams CATIONS 150 ION CHANNELING] 10 Carbon 12 Beams ION EAMS24 Ion Gun IIon Drift Ion Temperature 97 Carbonium Ian Channalina I Carbon 14 Bam 6 Lithium 6 eams s 267 Heavy Ions 21 Ionic Conductivity I Hydronlum Ion 115 Helium 3 Beams ILithium 7 Beams -HYdroxyl Ions Ionic Convection I 1.005 131 Ion Implantation n 16 Bams SNoon 20 Beams 67 Ion Clusters 17 lonophoresis Proton Channeling 18 Oxygo t: 7.804 - i56 Ion Density 12 Massey Criterion 11 (PI-) BEAMS DiaproPortionation 1617 Neutralization (Colliding Beams) RCES' *IONS Tanks-Langmuir Theor Negative Ions 15 Pig Ion Source m y 29739 MuonMolecular Bams ams DEUTERON BEAMS] 1 Thonemann Ion Source 7a AN IONS 11 Von Ardenne Ion SDurc ID N PAIRS 508 S TORAGE RINGS1 8.5w - 3.:Ml 18 Bjerrum Method (Adana) I a Alpha Sources Z09 Triton Beams 203 ION RECOM 1124 64 Beta Sources Z 16759 UTERONS CYCLOTRON SINATION 6 Deuteron sources r ALPHA SEA 2 Antideuter on - R I A 9j'I2102 16 S4musl-MageoJaffe Theory Model PARTICLE SOURCES 7.170 ICYCLOTRON FREQUENC (Recombinati, 1200 Gyr frequency ELECTRON ALP A PART 24 Tr to 9 SOURCES 2Pierce Electron Gun 212 Cclotron Resonance IONIC CHRYSTALS L r, 23 Radloact I - Synchrotron Radiation 2 Varley Mechanism - Phanctron 0LI - Salpeter 5 Focker Action Principle 33 Barn-Mayor Equatio 16 Proton Sources Z CHARGED PARTICLES 45 Landau Fluctuations 32.187 R.724 147 Isobaric Model 260 Larmor Radius 14 De Broglie Fusion Theory - Bloch-Nordslack Method 33 Minus Plus Ratio 132 Flying Spot D91t1zr 2 Extended Particle Model 179 Lorentz Fares 4 Luminescent Chambers Harmonic Oscillator Model 101 - 7 Pauli Equ a.tjon 74 0 SU GROUP 37 PARTICLE TRACKS 17 Heisenberg Nonlinear Theory MOTT SCATTERING 351 Rutherford Scatterin I SU-1 Group 5SPSO Groupro 260 Larmor Radius (High Energy Physical I Sherman Tables 33 Stoermor T 52 SU-12 Group so U Group IO Flight Path - Mott Asymmetry I SU-18 Group 6U IGro 2 Frankenstein 7 3 - Mott Cross Sections 273 SU- 2 Group 127 U-12 Group 70 Prong STRANGENE;SS - Mott Formula 1722 SU- 3 Group 5U- 2Group (S otion) 105 Gall-Mann Theory tMott Theory) SU-24 Group 108 U- 3Group 196 14 920 95 SU 4 Grouo 20 U 4Group e.841 b GROUP assSELF-ENER Renormclization 'Y GE POLE' 196 reiman 102 U- 6GroupGroup 91Pomoranchu s Relation k Poles 478 -R8998 Trajectories 8 Group OPE MODEL STRANGE PARTICLES -Regge Treatment 30 Breit Theory 89 Okubo Mass Formula 1394 Coupling Constants 119 Group 2 G Group 49 Spurions 602 Hadrons 5 Ferrari-Sollari Model 1 57 Gammel-Thalor Potential Density Particles Ope Potential ANTIPARTICLES ELEMENTARY PARTICLES 6 Flarz-paull Theory 27 Traiman-Yang Test 2 Antid:ut:rons M *PARTICLE MODELS 53i Bootstrap Model 53 Antim tt r 7 Fusion Othod 88 Chirality 15 Pomeranchuk Theorems 150 Klein-Gordon Equation 3 Particle Multiplets 242 Composite Model 190 (High Energy Physics) 13 Particle Structure 44 Debye Modal a OPE MODEL478 TAMM-DANCOFF METHOOj 117 Polology 984 Quarks Ill Fireball Model Levy-Klein Potentia 9Pomeranchuk Particle, 30 Breit Theory IPomerons 146 Superfluid Model 83 G-Parity 39 Postulated Particles 2 7 Symmetry Breaking 13 Nagoya model 5 Ferrari-SelloridModZ1 3 Aces 16 Proca Equation Tetranoutrons 239 Lee Model 57 Gammel-Thalor P ten ial 18 Configuration Space Vector ominance Model (Models) Ope Potential - Bach-Tamaid Theory 11 Rarita-SchwInger Theory Veneziano Model 16 Obs Model -Ope Theory 9 Bargmann-Wigner Theory 110 Resonance Particles I Vigier Rotator Model I 8 5 Octet Model 127 Traiman-Yang Test COD Poles Salam-Polkinghorne Theory -1 Davidson Particles Model Tadpole Model - 1496 -20.751

PARTICLES (GENERAL) - 47 44 44 15 ATOMIC MODELS VALENCE COMPLEXES

17 Krieger-Nelkin Theory 74 Franck-Condon Principle 17 Avogadro Number - 13 MOLARp_j HEAT R. 724 MOLECULES FKpp-NeumMOL 1. MASS NUMBER 2521 (Isobars] MOLECULAR STRUCTURE ATOMS 43*Mass Defect 62 Born-OPPonhaimer Approximation 48 Weizaaackar Formula 14B Cyclization 82 Interatomic Distan ... - Muonic Atoms 5 Kihara Potential 47 Morse Potential 21 Kirkwood Method 7Teller-Redlich Rule 5 7 5 Atomic Number 92 Muonium 40 LCAO Method 8Ring Breakage 17 Atomic Volume 573 Molecular Weight 1Ring Closure 105 Clathrates 17 Coster-Kronig Transitiois 112 Population inversion 9Mott-Smith Theory 3Ring Expansion 72 Electronegativity 162 Rayleigh Scattering IMulliken Analysis A72 - Interstitial Atoms 8 Rydberg Equation 16 Predissociation STEREOCHEMISTF (Isobars) 6 Rydbarg-Klein-Rees Method 9 0 5Raman Effect 117 RacemizatiZ7nY 5 Kithara Potential 9 Massey-Mohr Equation I 1 12 Massey Criterion 99 Slater Determinant 3 Mesic Mlecules 14 Li uid ClustarS 5SutheTland Equation 193 Mesic Atoms 14 Stern-Gerlach Experiment 67 Rotational Constants 55 Molar Volume 11 Meson Claud 22 Urey-Bradley Fields 217 Molecular Beams 140 van Der waals Forces - Molecular Orbital Model 5 Zemach-Glauber Formalism

23.055 22.734 -- J

ISOBARIC NUCLEI 5 334 Isobaric Anal 0 gues 102 Mirror Nuclei (Isobars)

4 Abragam-Pound Theory Isobars 228Heavy Nuclei Bohr-WeissKopf Theory 35Impact Parameter C 35 Ruderman-Kittel Coupling NUCLEI 21Intermediate Nuclei 107 Overhauser Effect Intranuclear Cascade 22 Panofsky Ratio 2Levinger-Bathe Theory 6 5 9 Even Even Nuclei z 95 Even Odd Nuclei Light Nuclei 119 Magic Nuclei 2010DO ODD NUCLEI 40 Nucl:ar Induction 1 Nordhalm Rules 89 Nucl r Properties 13 Nuclear Screening 51 Nuclear Temperature 101 Odd Even Nuclei

25.949

NUCLEAR MODELS NUCLEONS 44

PARTICLES (GENERAL) 47 BIS 45 PHOTOFISSION

16 Proton Chanelling an -Leisa Method PROTON BEAMS ANTINUCLEONS PHOTONEUTRONS 14 Antibaryons (Photoomission) 27 Harwell Synchrotron -Anti-NOResonances 1.108 Levis Peak aw K -Phasatron 12-828 -J

NAL Synchrct on DNS -Dollar Diprotons Proton Density lie DELAYED NEUTRONS 1Hydronium Ion 16 Proton Sources Delayed Neutron Fraction PROTONS 2 Protonium 1.144 Wm Haywood Model

Serpukhov Synchrotron Koppel-Young Model z _F 33. 347 J Dineutrons Mc Murry-Russel Model

166 BruecKner Method 137 Extrapolation Length Watt Fission Spectrum - Neutron Capture PROMPT NEUTRONS z 116 Charge Independence Fission Neutrons - Neutron Choppers 939 a, 0 1Greuling-Goortzel Parameters s Muft-Code >. 77 Effective Range Theory 8 N:utron St:r -Fracer-Fulco Method 56Neutron Density NEUTRONS 3 1N utron Tr n :far 14 Long Counter NUCLEONS 5 Nordheim Equation NAP-4 FRO r Neutron Diffusion Equation Oracle-Code FAST NEUTRONS C 72.9 4 Neutron Filters Pile Neutrons r. NUCLEON-NUCLEON POTENTIAL Neutron separation Energy Placzsc Function *(Neutron Temperature) 7Gartenhaus Potential Slaggis Model Rosenbluth-Nolkin Model 16.321 Hamada-Johnston Potential 5 Snell Experiment 16 Jastrow Theory Tetraneutrons 105 Fission Ratio Levy-Klein Potential Trineutrons 153 Intermediate Neutrons 0 Ope Potential Beam Tube RESONANCE NEUTRONS z A 3Rosenfeld Force l/V Law Yoshimori-Kitano Model 11 Intermediate Reactors 2Signall-Marshak Potential Young Model Stain Theory z Tabakin Potential Yvon Method 1.455 (Potential) 44.190 4 6Yukawa Potential I 1 2.084 tron Generation) (Slow Neutrons) HARD-CORE POTENTIAL Collimated Neutrons me Piles THERMAL FISS EPITHERMAL NEUTRONS 9Massey-Mohr Equation 216 Neutron Diffraction EUTRON SOURCES Watt Fiss on Sp 1.945 16 Jastraw Theory (Neutron Intensity) P.521 DIFFUSION LENGTH NEUTRON BEAMS THERMAL NUTRONS 11 Migration Length 26 Porter-Thomas Distribution 231 Cold Neutrons 5 Snell Experiment 10 Pasudovector Coupling Pulsed Nutron Techniques 105 Fissi-on Ratio (Rangs)14 Migration Area z 3Stapp Theory 17.186 -F 17 Krieger-Nalkin Theory 3.386 0 Intranuclear Cascade -Slow Neutrons 13 Bordani Peaks Levinger-Bethe Theory -Thermal Shielding Orbach Relaxation Adjoint Flux Neutron Importance Function RELAXATION 7 4 2N"Resonances iSDisadvantage Factor - Neutron Economy 23 Weetcott Cross Sction W 29 Wolfenstein Parameters 5Zemach-Glauber Forma li 275 Spin-Lattice Relaxation 29 Yamaguchi Potential (Flux) I Flux Tilting (Fluxmeters) 13.820 12 Spin-Spin Relaxation zI _j (Neutron Intensity) 0 -928 NEUTRON LEAKAGE NEUTRON FLUX 3 Swakraum-Code Oracle-Code 14 Long Counter 22 Spencer-Fano Theory Leakage Synfar-Code 49 9 14 Migration Area (Stopping) 1 4 Wanda-Code _ EERMICAGF-I 69 Muft-Cade - Thermalization BUCKLINGJesseespeg I Ritchie-Eldridge Theory 8Fi SLOWDOWN Selengut-Goertzel Equation L221.481 2 Selengut-Goertzel Equation re- ode (Lethargy) 16.1(;0 Grouling-Goortzel Parameters (Degradation Van Have Theory 42.Wignor-Wilkina Mdel 29 Wilkins Equation Wick Method t Pi czc Funt, on 4.515 -J - EXCURSIONS ABSORPTION 53 45 PROTONS AND NEUTRONS - 48 54 45 81FTA DIFTICTION BETA DCAY-

79 Delta Rays LAMBDA PARTICLES 4 4 correlation Energy 14 Electron Tmperature 9 Antilambda P articles 12; ELECTRON,::IRS la5 oscillator strength 160 Lambda Neutral 1 42 Ramj:u:r.Effs 1 L:wl: 3:L a;t 3S __j N,,:trnC ture BETA PARTICLES 2 Lambda Particle Beams ELECTRONS r n 6 Feather Analysis 2439

Dirac-Hestanes Equation 8 Sargent Diagrams 5L:ndaul D 83 ELECTRON A T 13 0 Goh h!:7;gnetia 293 Fermi Plot TT'C.':,11;1 39PIno$-Bohm Theory Electron .`ah. .1 I I- 10567 393 Sigma-Plus 2 :1::tron Drift 20 Michel Parameter 355 Sigma-Minus Xi PARTICLES 32 1 tron Show:r 1Mulliken Analysis SIGMA PARTICLES 3 Antixi Particles 9 E tr,,_Tr:, f:r 92 Muonlum 2 Antisigma Particles - Minus 4: Elm t. H% Production 3Nu:l!mur;;K:mat& Function 9 XI I Exos tr 13 r aning ELECTRON BEAMS 166 Sigma-Neutral 63 X Neutral 74 Fran aPrinciplen 182R 9 S 7:lt;rnlng 225 Cathode Rays I Sigma Particle Beams 5 Cascade rticles 5S Gamm Cos d 74 Solvat d E t a 12 Kond: Eff:cte ZitterNwagun g 11 Leed XI Particle Beams 11 M:Itzr Effect 2 K-Capturs 49 3 J 9 I M gtron 29 L-Capturs 150 Electron Probes 1787 Elm ro O.n.1t, 11il Microtons d 28 8Landau Damping 9 Electron Channeling z 32:2 :LECT ON SPIN RESONANC 141 Pon tr.nium 15592 7 v;rhauser Effect ID4 Pi!,.n. 545 Y*Rsson FRAGMENTS 33 Yla` R a ,On:nc,,,, B90 63190 -j 142 V Part i cl a 14 Antibaryons HYPERONS POSITRONS 9Antilambda Particles MONSOON` I 2 10 341 Po itronium ANTIHYPERONS .3 96 Po:itron Coca BEAMS AntiOmsga Particles y POSITRON OMEGA PARTICLES

5199 2Antisigma Particles Antiomega Particle IIARZNS 3Antixi Particles 21! 69 Omega-Min_us 1964

39 K Resonances 99 A Resonances 6 Adair Analysis 2 K-1 K-1 Rsonances 70 Rsonances 1 Hyperon Beams 45 Kappa Rsonances C RESONANCES 193 MESIC ATOMS LEPTONS - 3 L Resonances Anti-C Resoi I I meson Cloud 4027- 7 2 0 3 Magic Molecules MESONS 35 ABC Resonance 12 Meson Beams 27 E Resonances 1656 Rho Resonance: 959 Omega Resonances 898 ETA Resonances 115 Al Resonances KAONS-NEUTRAL z 390 Phi Resonances 216 F Resonances 76 Chi Resonances 6 Tau-Neutral n5-PlUS Sa ohs-Traiman 431 K*Resonances 7 G Resonances no-Minus Method

AF R Resonances Ofsky Ratio la Muons-Nautral 27 Sigma Resonances 1244 2o Michel Parameter 3 Stuokelborg Theory N AL 13 To Well Equation Noutrettoo 18 Muon Beams T Rsonances 16 Primakoff Effec 1496 Kaons-Minus NEUTRINOS 1 U Resonances - ELITR t] 116 Intermediate Vector Boson P11 1 206 Antikaons Electron-Neutrino C7A 93 Vector Mesons 93 Pion Beams 165 Theta Mesons 2 Majorana Neutrino MLIONS-PLUS lo X-Zoro R "go nan 478 26B TAU-MESONS Muon-Noutrino 92 Muonium 4.5 Zeta Rosnan OPE MODEL 6 Tau-Neutral 10 Two amponent Neutrino heary - MUONS __j 11670-/ 3o Breit Theory rl 3 Tau-Plus

ri no Beams 3376 772 5 Ferrari-Sellari Model 17 Kaon Beams IL X 20 Tau Decay MUONS-MINLIS Ns 57 Gammol-Thal:r Potential - K-Mosons 14 Primakoff Theory ANTIMESO P Potenti I (Kappa Mesons) RINDS 12 Fermi-Teller T .. ry] 2oS Antikaons 27 T r im an-Yang Test

520 -Mu Mesons 5694 5 74 17720

RESONANCE

44 LEPTONS AND HYPERONS 49 P. WATER COOLANT ---- "WATER MODERATOR-HEAVY WATER MODERATOR GRAPHITE MODERATOR- MODERATORS- z WATER COOLED REACTORS HEAVY WATER MODERATED REACTORS z Pool Type Reactors GRAPHITE MODERATED REACTORS Pr uriz d Wat:rR:;ctors Boiling Peter R a t Magnox Type Reactors

HEAVY WATER COOLED REACTORS WATER MODERATED REACTORS 10 z Pool Type Reactors C 5; RGANIC MODERATED REACTORS GAS COOLED REACTORS I- i 72.432' 0 z AGR Type Reactors *REACTORS HTGR Ryps Reactors METAL MODERATED REACTORS Magnox Type Reactors 25 Reactor Smulators .4C z 11 Intermediate Reactors I Z- ORGANIC COOLED REAC-57 331 SNAP Reactors cm Isotope Production React NATURAL URANIUM REACTORS ermat Fueled Reactors i 8 hemonuclear Reactors z Thersionic Rea,otore FE METAL COOLED REACTORS PLUT(IfAIUM REACTORS

Sodium Cooled Reactors PROPULSION REACTORS co SHIP REACTORS NEOUS REACTORS MOLTEN SALT REACTORS Submarine Reactors C -C

BLE 890 REACTORS EXPONENTIAL PILES PLUTONIUM PRODUCTION REACTORS FPR Le P 3.904 rA CRITICAL ASSEMBLIES - 1 6.215 L D FUELED REACTORS RESEARCH REACTORS F; C Argonaut Type Pool Type Reactors C t OWER REACTOR Triga Series BREEDER REACTO 1-P WWR Series 22.375 1. a. *POWER PLANTS Ts FAST REACTORS PROCESS HEAT R 0 31: 2

1 SHIPS REACTOR CORE FAST NEUTRONS FISSIONABLE MATERIALS FIRTILE MATERIALS-4 c SPECIFIC REACTOR NAMES ARE NOT INDICATED IN THIS CHARTI THEY CAN BE EASILY CHECKED IN THE DICTIONARY. REACTOR TYPES - 0 53 52 52 14 25 .BREEDING- BLANKLrTS- FUEL ELEMENTS-IIIERYLLIUM GRAPHITE

I M GRAPHITE MODERATOR 128 AGR-Type Reactoj FISSIONABLE MATERIALS 14 Fissionable Materials Manageman z Vm 2 2602 $to I Sigma Piles V6 BATOR YLLIUM MODE 24 Moderator-Fuel Ratio NATURAL UILANI EL Fg -339 460 Reactor Materials MODERATORS

THERMAL COLUMN I Jones-Furry T hnary 22 Coated Fuel Partiel (Columns) FUEL PARTIC Dynapak Machine 5705 22 860 Fuel Cycle (Fuel) HEAVY WATER MODERATOR 192 Gas Fuel IS Fissium 21 Candu-Typs Reactor 24 Moderator-Fual Ratio 35 5 460 Reactor Materials *FUELS ORGANIC MO 89 (Radioactive Materials) 5436- 9 Arco Process FUEL LURRIE Fuel Particles 17795_ WATER MODERATOR (Fluid Fuel) (Sewage) 65 317 POOL TYPEREACT GAS C LAN [Aspara React Io LI 28 AGR-Typ R actr 2% SOLUTIONS COOLANT (Fluid Fuel) (Sewage] xg 919

WATER COOLANT I UID METAL COOLANTS FUEL SUSPENSIONS 460 Reactor Materials) POOL TPE RETqR (Fluid Fuel) 53 Ste am oolant 15 [Asnara Reactor (Sewage) 53 Recombiner 290 53 Steam

an u- ype eac or SALT FUEL LIQUID METAL NT PHWR-Type Reactor 543 880 HEAVY WATER COOLANT 1170

L.-SUSPENSIONS FUSED SALTS LIQUID METALS - SODIUM COOLANT LOOPS 114 14 52 REACTOR MATERIALS 51 35 . 51 42 46 HEAT TRANSFER COOLANTS ANALOG SYSTEMS SHIELDING

19Hot Ch annals I Channels) ;18 Hot Channel Factors 497 Phantoms X I(Circul 'ion) (Simulation) 460 Reactor Materials L3 Care Cahannels) COOLANT LOOPS MOCKUP (Ducts) (Loops) 118 Bypass -Ballistic Models SHIELDING MATERIALS (Models) 2186 - 7709 4858

460 Reactor a or als (Mirrors) Neutron Reflectors

(Detectors) 58 Coupled Reactor Cores *REFLECTORS 3540 LEAK DETECTORS 30 In Care Instruments -Pirani Leak Detector 13 Isochock Method (Cr,)24 Moderator-Fuel Ratio 782 (Core Channels) REACTOR CORE

146 REACTOR LATTICES Lattice Experimental Facil ,ty 14717 BLANKETS La z 60 Reactor Materials IN PILE LOOPS - 1449 (Channels) (Care Channelo W2 (Lcops) '1/ 3 Rabbit Tubes FUELu. ELEPtENT CLUSTERS (Clusters) [Fus law FUEL ELEMENTS 48 Fuel Plates 258 Fuel Rods 3 Front Test 13 Isochock Method 184 Fuel Pins 12 Niflex Process 131 Spent Fuel Elements SPACERS 3 Control Rod Drive 2533 774

CONTROL ELEMENTS 12 Nordhaim-Scalettar Me 1 Decladding 9 Scram Rods 19 Shim 460 Reactor Materials 0 5 z FUEL CANS 0 (Cladding) 6575-

CONTROL SYSTEMS CANNING

REACTOR PARTS S2 48 51 of 27 RELAXATION FERTILE MATERIALS RADIATION PROTECTION FAILURES

REAC R F I.- DISMANTLING WZ - Dacanning (Incidents) Reactor Licensing (Damage) *ACCIDENTS 2 4 Demolition 14,Batoh Loading 2 Nordheim-Fuphs Reacitivity Mods 48 Ecce (Health Incidents) .jW - 47 (Nuclear Accidents) 47 Hot Spot Cl REACTOR FUELING - Runaway EXCURSIONS Loos of Coolant 66 ,cidents) (Charging) MCA - 66 4 Bethe-T 1.055- LNucl::r,,AcCid:n 5) SHUTDOWN 4 Bethe-Tait Methol React ccide tt I-Z - Scram lb Meltdown 29 U 9 Scram Rod 4.798 19 Shim Rods (Nuclear Safety) INuclear Safety Pilot Plant 2.828 STARTUP CRITICALITY 29 Reactor Accidents - aactor Commissioning Safety Analysis Report - Reactor Start 171 Critical Mass MAINTENANCE - Divergirg Reactors 7.350 J ryout Z 1.648 47 Hot Spo C 50 Repair 12 Nordheim-Scalettar Method - Ml.1 2.335 51 Subcritical 1.300 RESONANCE ESCAPE PROBABILITY1 1475 V 5.860- 153 nancoff correction 248 Fast Fission Factor *111REEDING 10 Four Factor Formula INSPECTION 71 BREEDING R MULTIPLICATION FACTORS LEAKS (Macroscopy) (Doubling (Neutron Gneration) (Release (Scanning) 4.098 103 Thermal FiniontFactor 3.232 591 ThPrmal Ut iza ion 2.468 -J 3.516 0 *OPERATION 7 4Control Rod Worth 14 Reactivity Worths Z. 23.226 IB Danger Coefficients - Reactor Dynamics -Dollar 477 Reactor Kinetics (Consumption) 188 Doppler Reactivity 191 Reactor Noise *POISONING *MONITORING (Dynamics) 2 0 3 REACTOR PERIOD 12 Burnable Poison (Depletion) BURNUP 2 Aerial Monitoring 22 Inhour Equation 26 Inhours Reactor Poison Removal 3 Efph (K i n a t i c a ) REACTIVITY 85 Rossi Alpha Mthod 131 Spent Fuel Elements 205 Alarm Systems 25 Power Coefficient 5 Nordheim Equation 2.502 5 Syburn-Codo 453 HEALTH Reactivity Mtor 1 7 7 Void Coofficlen-Y- 17 F rot Aid Svnfar-Code 5.781 5 Who 10.701 iPHYSICS I C R OSCILLATORS

Radiation Monitoring 44 Cybernetics Pile Oscillators 2S Survey Mtors 2Disinfastation 5 1 Two-Of-Three System 38 I 12 Fedal - 9.989 *CONTROL

Z 3 8Germ-Free *TRANSIENTS 1.3 4 SELECTION RULES 0 (Handling) REMOTE CONTROL Forbidden Transition 366 Telemetry 7 8SAFEGUARDS - Electromagnetic Transition 49 Spurions 11,IAEA Sfe guards77ral 74 Franck- inciple S il21 THERMALThermal SPIKShock 2 398 13.372 162 NUCLEAR CASCA I I (Cascades] I I (spikes) CONTROL SYSTEMS 188 Oscillator Strength 44 Transition States 53a Glovebox se 131 Peaks - Transitions (Handlino REMOTE HANDLING 70 1 In-Line Control 867 Hot Call 11 FEEDBACK I In:tru.rtation)m 20.422 J 261 Manipulators 26 Nyquist (Sy tem r - Transuranium Processing Plant 9 2Thermostats *TRANSFER FUNCTIONS 5.526 2 Fluidic Devices 19 Voltage Regulator Frequency Response 24 Fuses le 1 9.137 -1.834 L AUTOMATION SERVOMECHANISMS RADIATION DETECTORS COMPUTERS 54 REACTOR OPERATION - 53 55 35 22 31 n ELECTRIC DISCHARGES - BUBBLES EXPANSION - RADIOAUTOGRAPHY NUCLEAR EMULSIONS I

- Streamer Chambers 137 Diffusion Chambers rankenstein 7 Expansion Chambers GAS QUENCHING SPARK CHAMBERS BUBBLE CHAMBERS CLOUD CHAMBERS 2,062 30 3.326 - Wilson Chamber QUENCHING SPARK COUNTERS - Wilson Cloud Chamber 3 Jominy End-Quench 2echnique Rosenblum Counters 1.679 532 2.150 147 Film Bdges - Film Detectors PHOTOGRAPHIC FILM DETECTORS

54 Bragg-Gray Chamber z Campbell Technique 2 18 Extrapolation Chambers 686 Fission Chambers 41 Surface-Barrier Detectors z N 28 Survey Meters Chemical Dosimetry i IONIZATION CHAMBERS 387 Threshold Detectors 18 Fricke Dosemeter 2 2 - Ion Chambers 482 Whole-Body Counting CHEMICAL RADIATION DETECTORS 32 Pocket Chambers RADIATION DETECTORS 478 Recombination Chambers 5.879 (Detectors) Emulsion Chambers 230 Hodoscope 686 Fission Chambers 4.971 1 Lauritsen Electroscope GER-MUELLER COUNTERS_j (Fluxmeters) 36 Luminescent Detectors 4.157 NEUTRON DETECTION Position-Sensitive Detectors Radiac 14 Long Counter Plastic Detectors Proton Recoil Detect 13.929 54 Flow count ra BF3 Counters 14 Long Count:r NOUtron Monitors ors PROPORTIONAL COUNTERS 7.551 3.424 20 Four-Pi Counters 39 HA DETECTIO COUNTERS 1.664 (Human Counters) CHERENKOV COUNTERS 71 Low Level Counters 231 Telescope Counters 0 BF Cnters BETA DETECTI RATE METERS Neutron Monitors 77 P-N Count4 I i 'ra 2. 776 CRYSTAL COUNTERS 2.543 VD Gamma Logging M Biological Dosemeters 419 Semiconductor Counters GAMMA DETECTION DOSEMETERS SOLID-STATE COUNTERS 0 - Chemical Dosimetr3 102 Anticoin 7777- 71 1.079 aZ& 107 147 Film Badges 230 Hodoscopclae'e C NING 18 Fricke Dosemeter COINCIDENCE METHODS 9 Gamma Encephalography - Quantameter c nt ation Chambers Gamma Fuel Scanning 4 Fluorod 231 Telescope Counters SCINTILLATION COUNTERS to Scintigraphy 2236 .656 9.215 4 Luminescent Chambers - 4.576 7 Phoswich Detectors BACKGROUND I I - - 17.449 RADIATION DOSES - PULSE ANALYZERS C11 19 PHO! SCINTILLATION$ 46 42 41 37 37 RADIATION DETECTORS - 54 45 a NUCLEAR RIEACTIONSTHERMONUCLEAR REACTIONS

TUMAN Devices 49 TOKAMAK vices 1VGL Dvices 15 PHOENIX Device 3 St:ll:r:tor Mod:l A 79 ZETA Device 9Project Matterhorn I VGL Devices 1 St 11 r tor Mod I A-2 20 ALPHA Device 2QP Devices 3 ASPA Device 19 Rotational Transform I GVL Devices 9 Stellarator Model B 159 Astron 13 CHALICE Devices 8 Kruskal Limit 15 Stallarator Modal 8-1 STELLARATORS 3 Stallarator Modal B-2 31 Helicon Waves 90 DCX Devices THERMONUCLEAR DEVICES 3 Sirius Device 46 Stellarator Model B-3 - Plasmons 9DECA Devices 1IGLA Devices 4 Stallarator Etude 13 Stallarator Model B-65 (Waves) 3ELMO Devices 6ISAR Devices 28 C-Stellarator 12 Stellarator Modal B-66 PLASMA WAVES 2EPA Devices 16 Ixion ORMAK Devices URAGAN Stellarator 90 Stellarator Model C FAUST Dvices 21 Levitron Device 924 5FELIX Device MACETIE Device 7PHAROS Dvice ALFVEN WAVES a 8OGRA Dvice 7rA1 Puffatron Device 2 QP evices 2 Magmetoacoustics 118- 56 Snow Plow Mder Pleiade Dvice 23 Table Top O 72 Solid-State Plasma 12 Toy Top ALFVEN SPEED YLLA F Alfven Number is Scylla 5Spitzer Theory 1 GVL Dvices IVGL Devices 49 TOKAMAK Dvice I 21 Scylla 3 15 Suydam Criterion (Mirrors) MAGNETIC L41RRORS TORUS 3Scylla 449 Tokamak Devices 61 Ogra 58 Alice 4 3 3 9Project 9Tonks-Langmuir Theory 15 PHOENIX Device 15 Heliotron PERHAPSATR Matterhorn 149 Plasmatron 4 Plasmoids 40 Pyrotron MACETIE Device 7 Perhapsatron 14 Plasma Diamagnetism I89 Devices Magnetic Traps

181296 LangmuirLandau Damping FrGquency PLASMA 2003 1866 182 Magnetic Compression Inhomogenscus Plasma 29 Holtsmark Theory PLASMA INSTABILITY Homogeneous Plasma 21 Lvitron Device 110 Flute Inst:bility q6 Cold Plasma Drift Inat bilitiem 64 Collective Effects - Pinch Effect 57 Helical Instability 2 7 4Collision 15 Sausage Instability 85 link Instability 62 Bohm C ritee:osnplasma 6 Columbus S-4 15 Sausage Instability 23 Hard Core Pinch 7 Appleton Equation 1Ring ApprDXinl8tion 42 Closed Ccle Generators 796 Hot Plasma 173 usped Geometries as MAGNETONYDRODYNAMICS BOLTZMANN-VLASOV EQUATION IIgla Devices KINK INSTABILITY 296 Landau Damping 1Magatron 1 1 8 57 Helical Instabilit 2 Hain-Roberts Equations -Liouville Equation 10 Minimum-B Plasma SCYLLA lag Hartmann Number -Vlasov Equation 991 Plasma Density 19 Scylla I CONFINEMENT 7 Kortaweg-De Vries Equatio -Vlasov Instability 266 Plasma rift 1 Scylla 3 76 Magnetic Reynolds Number 4 6 2Plasma runs 3 Scylla 4 PERHAPSAT S :N 7Perhapsatron 108 Magnetogaadynamice Plasma Acceleration PILIAn'IMAInt:TAOILITY 138 Containment Time 2 Mark Generators 307 Deby* Length 115 bi 182 Magnetic Compression S-5 Zeus - MHO Generators 326 Plasma theat 28 Open Cycle Generators 58 Alice 15 Sausage Instability Magnetic Traps 3626 79 ZETA Device 9417 PINCH

a 35 ELECTRIC DISCHARGES GLOW DISCHARGES SCEPTRE 7 Canal Rays 9 Sceptr 3 5Lightning Arrester 15A Corona Effect 6 Sceptre 3A

27 Panning ischarges 7 69 ELECTRIC ARCS 8 Scaptr 4 r 200 Positive Column ELC IC 11 Lightning SPARKS 17 Carbon Arcs] 7

26 Striations 4 Ignition 5726 PLASMA THETA PINCH I, ISAR (Discharges) Spark Gaps 582 Lang Revices 20 ElectroshocK SCY LLAC Devi c";7 121 Flash Tubes 21 J

10767

&D I ELECTRIC CONDUCTIVITY ELECTRIC CHARCES- IONIZATION ELECTRIC FIELDS MAGNETIC FIELDS 40 40 46 40 39 PLASMA PHYSICS - SS 1 BBC = Sron Zagreb Cclotron SYNCHROCYCLOTRONS 2a6 - 2a Berkeley Cyclotron BET, S Pittsburgh Cyclotron 1Brookhaven Cyclotron I MSU Betatron Spiral Sector Cyclotrons 12 Berkeley Synchrocyclotron 6Chicago Cyclotron 2160 CYCLOTRONS 39 CERN Synchrocyclotron 4Grenoble Cyclotron 4 MSU Cyclotron 0 Chicago Synchrocyclotron IHIVEC Cyclotron 6 NRL Cyclotron II Oubna Synchrocyclgtran 8MIT Cyclotron 5 Budker Accelerator 19 UCRL Cyclotron 7 Harvard Synchrocyclotran 42 ORNL Cyclotron-3 15 Oynamitr6n 00 Orsay Cyclotron 17 Harwell Synchrocyclotron 16 Isochronous Cyclotrons Electran'Ring Accelerators 83 Omagatron 1 Uppsala Synchrocyclotron 6Karlsruhe Cyclotron 246 FFAG Accelerators Goettingen SynchrocyclotronSoparated Orbit Cyclotron Expe (High Energy Physics) 5412 23 LAMPF Accelerator 11 Materials Testing Accelerator is Orsay Synchrotron 31 MURA Synchrotron 131 Micratrans 432 Storage Rings 43 Princeton Synchrotron NAL Synchrotron ACCELERATORS 19 Frascati Synchrotron 30 Saclay Synchrotron 21 TOKYO Synchrotron 25 SEPARATED ORBIT XCCELERATORS 6Glasgow Synchrotron Serpukhov Synchrotron 9VEP-I 28 Separated Orbit Cyclotrons 27 Harwell Synchrotron Spiral Sector Synchrotrons Omn1tran 3Daresbury Synchrotron 68 Synchrophasotron 2 LUND Synchrotron i62 SPIRAL SECTOR ACCELERATORS 67 Cambridge Electron Accelerator 135 ZbS Accelerator 90 Nimrod 16 Isochronous Cyclotrons 20 Cornell Synchrotron 171 Coamotrons 170 Tandem Accelerators 150 AGS SYNCHROTRONS SYNCHROCYCLOTRONS 31 Mura Synchrotron 144 DESY 12 Berkeley Synchrocyclotron 766, i23 CERN AG Synchrotron 8 Chicago Synchrocyclotran 2CIT Synchrotron 11 Dubna Synchrocyclotran 9Berkeley Bovatron 7 Harvard Synchrocyclotran 6Berkeley Synchrotrons 17 Harwell Synchrocyclotron Moo, 488 Bevatron I Uppsala Synchrocyclatron 180 Brookhaven AGS 39 CERN Synchrocyclotron

5699 32 Frascati Linear Accelerator 31 Minnesota Univ Linac COCKCROFT-WALTON ACCELERATORS LINEAR ACCELERATORS 2 APFA -Cascade Generators 16 Orsay Linac 75 Drift Tubes 4 NRL Linac 28 Saclay Linac 279 136 Stanford Linear Accelerator el 3631 J

z 0 2 el

ELECTROSTATIC GENERATOR VAN DE GRAAFF ACCELERATOts 482 J 166 2

PARTICLE SOURCES 47 ACCELERATORS 56 36 43 36 r3 32, STATISTICS QUANTITATIVE ANALYSIS QUANTITY RATIO CONTROL MANOMETERS

MEASUREME *DIAGRAMS 199 MAPS 44 T pography ME ANALYZER SAGES - Charts (Atlas) I ensimeters 14Z - Curves 21 IRONOTRONS 81 Nomograms Vernier Chronotran Displacement Gages w - Energy Level Schemes 26 Nyquist iagram 7VC 1 I.- - Laval Schemes 21 PRESSURE GAGESI en 153 Oalitz P1,11 t 8 PERT METHOD 110 Hot-Wire Gages _J Flowsheets - Critical Path Method 'MEASURING METHODS HC 10 Fortrat Di gram 1 151 STRAIN GAGE: CK 9 Gompertz Function 29 Plotters (Experiments) 0 rJ w 2 4Graphs 5 S-N Diagram 7Gravity Meters 39 Extens mate 8 J 75 Isodose Curves 8 Sargent Diagrams 409 X 24 Schmidt Lines 55 HYGROMETRY 26.827 -J - Hygrosco TESTING _ T_ - PsychrometPyryl Lattice*Experimgntal Faci 47 Icnosondes LOCTF U) *LOSSES *MEASURED VALUES 13 IsochecK Method Nevada Test Sits J (Calculations) 16 Katharometars K (Degradation) (Experiments) ilot Plant Z (Release) Experimental Results NUMERICAL SOLUTION Reactor Commissioning -C Newton-Cotes Formula (Testing Methods) w 2.225 ENERGY LOSSES (Solutions Mathematical)] 397 Attenuation 6 Sunshine Units 30.492 7Damping RY 56 Dissipation Factor 52 Chron0PDt8nti0metryJ _J -Energy Dissipation Simplax Mthod SAMPLING C7 -Heat Dissipation Strip Approximation (Collectors) w -Ionization Loss 3GS Telemetry (Particle Collectors) 413 LET 3 ETranspiration Method 108 Samplers 4 5Landau Fluctuation *PERFORMANCE 132 Flying Spot OigitiZer to -Ohmic Plasma Losses 129.037 Measurement 11.499 -Bohr-Bathe Th o r y (Precision) Pyanometers I L) -Bohr-Nielsen E qua ti on (Quality Control) 16 47 Time Of Flight Method DETECTION w IL 13.826 9 3 RELIABIL 1 Gullivov Space Probe nto Ty (Precision) w Consistency.y (Promoters] 70- ImageCrime Detection CL Accura (Yield) (Location) *ERRORS 5 Reproducibility EFFICIENCY - Project Si arra U) 551 Corrections 555 Optimization 164 Project Vs w 29.350 'a a: I Gauss Error Function I ones-Furry Theory (Scanning) 0 (Precision) 42 Fire Resistance15 Suydam Criterion 40.17 13.288 24.184 266 Plasma Drift LL 253 Bleaching w 128 Compatibility *STABILITY 0 18.829 1.106 Equilibrium *SENSITIVITY STANDARDS 0 33 Helmholtz Instability (Photosensitivity) 1.236 Calibration (Instability) (Response) C 3 ICRP 1 Diabase-WI 39 Liapounov Method Schwarzschild Coefficient 64 NBS 5 WHO 46 Metastability -C 26 Nyquist Diagram 15.351 IN orm" lization) 63 Rayleigh-Taylor Instability 38 SPECIPI CATIONS 69 Stabilizers 98 Technioal Specificati-_1 32.466

ECONOMICS RADJOSENSITIVITY 191 01 MEASUREMENT 57 S9 a SALARIES RECORDING SYSTEMS

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LAW AND MANAGEMENT S8 32 X STORAGE STATISTICS

34.870 9.243, USES FRECOVERY MODITIES Business TRADE PROMOTION (Applications) (Effects) BUYING SALES Exhibitions -Goods Purchas Auction Motion Pictures -Merchandise .1 - Selling Public Relations (Supplies) Commerce 38-45 PUBLICI -Wares International Trade PUB' F NOUSTRIAL PROPERT RODUCTION FAdvertising Licences (yield) Patents

ECONOMICS COMPETITION

1.5 3 Collectivism Market Researc Dumping INDUSTRY (Consumption) Marketing 350 Cost A-4 IW14 Developing Countries Economic Policy Fret;oTrjd: 0 IBM Ne. na i ing Nuclear Industry Protectionism DISCOUNT ALLOCATIONS

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LOSSES MANAGEMENT S T I CS 57 58 36 ECONOMICS S9