Circular of the Bureau of Standards No. 567: Guide to Instrumentation
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library, H«W* JAN 1 1 >^6 NBS CIRCULAR 567 Guide to Instrumentation Literature UNITED STATES DEPARTMENT OF COMMERCE NATIONAL BUREAU OF STANDARDS PERIODICALS OF THE NATIONAL BUREAU OF STANDARDS (Published monthly) The National Bureau of Standards is engaged in fundamental and applied research in physics, chemistry, mathematics, and engineering. Projects are conducted in fifteen fields: electricity and electronics, optics and metrology, heat and power, atomic and radiation physics, chemistry, mechanics, organic and fibrous materials, metallurgy, mineral products, building technology, applied mathematics, data processing sys¬ tems, cryogenic engineering, radio propagation, and radio standards. The Bureau has custody of the national standards of measurement and conducts research leading to the improvement of scientific and engineering standards and of techniques and methods of measurement. Testing methods and instruments are developed; physical constants and properties of materials are determined; and technical processes are investigated. Journal of Research The Journal presents research papers by authorities in the specialized fields of physics, mathematics, chemistry, and engineering. Complete details of the work are presented, including laboratory data, experimental procedures, and theoretical and mathematical analyses. Annual subscription: domestic, $4.00; $1.25 additional for foreign mailing. Technical News Bulletin Summaries of current research at the National Bureau of Standards are published each month in the Technical News Bulletin. The articles are brief, with emphasis on the results of research, chosen on the basis of their scientific or technologic importance. Lists of all Bureau publications during the preceding month are given, including Research Papers, Handbooks, Applied Mathematics Series, Building Mate¬ rials and Structures Reports, Miscellaneous Publications, and Circulars. Each issue contains 12 or more two-column pages; illustrated. Annual subscription: domestic, $1.00; 35 cents additional for foreign mailing. Basic Radio Propagation Predictions The Predictions provide the information necessary for calculating the best frequencies for communica¬ tion between any two points in the world at any time during the given month. The data are important to all users of long-range radio communications and navigation, including broadcasting, airline, steamship, and wireless services, as well as to investigators of radio propagation and ionosphere. Each issue, cover¬ ing a period of one month, is released three months in advance and contains 16 large pages, including pertinent charts, drawings, and tables. Annual subscription: domestic, $1.00; 25 cents additional for foreign mailing. CATALOG OF NBS PUBLICATIONS National Bureau of Standards Circular 460 and its Supplement lists all Bureau publications from 1901 through June 1952, including Applied Mathematics Series, Building Materials and Structures Reports, Circulars, Handbooks, Research Papers, and Miscellaneous Publications. Brief abstracts for the publications issued after January 1, 1942, are also included. National Bureau of Standards Circular 460, 375 pages, $1.25. Supplement to Circular 460, 223 pages, 75 cents. (A free mimeographed list of publications issued since June 1952 is available on request to the National Bureau of Standards.) Order all publications from the Superintendent of Documents U. S. Government Printing Office, Washington 25, D. C. UNITED STATES DEPARTMENT OF COMMERCE • Sinclair Weeks, Secretary NATIONAL BUREAU OF STANDARDS • A. V. Astin. Director Guide to Instrumentation Literature J W. G. Brombacher, Julian F. Smith, and Lyman M. Van der Pyl National Bureau of Standards Circular 567 Issued December 14, 1955 For sale by the Superintendent of Documents, U. S. Government Printing Office Washington 25, D. C. - PrieeTS cents Price PREFACE In 1952, Julian F. Smith of the Library of Congress prepared a report on "Instrumentation literature and its uses" for the Office of Basic Instru¬ mentation of the National Bureau of Standards. This has served well the purpose for which it was prepared. Along the same lines the American Society of Mechanical Engineers issued in 1945 a pamphlet on "Sources of information on instruments", prepared by its Industrial Instruments and Regulators Division. Revision of both pamphlets has been under consideration by the organi¬ zations concerned, primarily to bring them up-to-date. Both organizations decided to pool their efforts, and to publish the report as a Circular of the National Bureau of Standards in view of its major contribution to the revision. As part of the ASME contribution, Lyman Van der Pyl, chairman. Bibliography Committee of the Instruments and Regulators Division supplied 138 additional references which he had collected for incorporation into the revision. The Smith report was completely revised and extended. This in¬ cluded rearrangement of the specific literature references, elimination of the list of instrument manufacturers (since these are more completely listed elsewhere) and incorporation of a selected few of the listed house organs into the list of periodicals. This Circular is intended to assist research investigators, instrument users, and others interested in utilizing the extensive and scattered litera¬ ture of instrumentation. It was prepared as part of the program of instru¬ mentation research and development which is cooperatively sponsored at the National Bureau of Standards by the Atomic Energy Commission, the Office of Naval Research, and the Air Research and Development Command. This program is administered by the Office of Basic Instrumentation, W. A. Wildhack, Chief. A. V. Astin, Director. - ii - Contents Page Preface. ii 1. Introduction.. 1 1.1 Objective. 1 1.2 Scope of Report .. 2 1.3 Classes of Literature . 2 l.U Time Coverage. 3 1.5 Sources Consulted . 3 1.6 Arrangement of Source List Entries .. k 1.7 How to Search the Literature. k 2. Instrumentation Literature . 5 2.1 Abstract and Review Journals .. 7 Biology and Medicine. 7 Engineering and Technology. 7 Instrumentation and Electronics . 9 Physics and Chemistry . 10 Industries. 12 2.2 Bibliographies . ..... lU General, Science or Technology. ll± Specific Instrumentation . 16 2.3 Books. 18 automatic Control; Design; Theory; Servomechanisms; applications . • 18 United States and Canadian Publications . 18 British and German Publications . 21 Foreign Publications, except British and German • • 23 Terminology. 2h Instruments and Measurement. 25 Aeronautics; Guided Missiles; Navigation . 25 Chemistry... 26 Computers, Analog, Digital; Punched Cards . 29 Electricity; Magnetism. 3l Electronics; Oscilloscopes; Transistors; Vacuum tubes. 3U Experiments, Design and Evaluation of; Statistics • 38 Flow, Fluid; Hydraulics . 39 Geophysics; Prospecting; Seismology. liL Instrument Texts with Wide Coverage . k3 Mass spectrometry .. UU Mechanics. U5 Metallurgy; Hardness; Stress and Strain . U6 Meteorology; Humidity. U7 Metrology; Photogrammetry; Geodesy; Surface Finish. h9 - iii - - iv - Microscopy, Electronic and Optical . 51 Optics; Photography; Photometry; Spectroscopy ... 53 Pressure. £6 Radiation, Nuclear and X-Ray; Counters . 57 Radio; Radar; Microwaves; Communications . 59 Sound; Ultrasonics . 62 Temperature; Heat; pyrometers; Regulators. 62 Timing. 65 Vacuum. 65 Vibration ..... 66 Reference Books in Science or Technology . 66 Testing and Inspection .. 71 General. 71 Specific. 73 Supplement. lh 2.U Dissertations and Theses, Sources and Guides ...... 75 2.5 Directories of Manufacturers; Buyers’ Guides; Exhibit Guides .. 75 2.6 Guides to Technical Literature . 78 Chemistry; Engineering; Physics . 78 General .. 79 2.7 Indexes to Technical Literature ..... 80 General. 80 Instruments and Electronics ••••••« . 82 Technical Literature, other than Government Publications. 82 Technical Literature, Government Publications and Reports. 8it 2.8 Patents .o... ........ 86 2.9 Periodicals. 87 Aeronautics; Meteorology; Navigation . 87 Automatic Control; Applied Statistics; Computers ... 8? Chemistry .. 90 Electricity; Electronics; Communications; Radio ... 91 Glass; Oil and Gas; Plastics; Refractories; Rubber; Textiles. 95 Heat; Combustion; Engineering, General . 96 Instrumentation, General; Laboratory Techniques .... 91 Mechanics; Horology; Metallurgy; Vacuum. 99 Optics; Acoustics; Color; Microscopy; Photography; Radiation, Nuclear, Atomic and Molecular .... 102 Physics, Fundamental and Applied; Applied Mathematics; Geophysics; Science . 10U Standards; Metrology; Testing, General . 109 2.10 Specification Lists and Handbooks.. 112 3. Author Index . <, « . • .. Hi; U. Subject Index . .......... 128 GUIDE TO INSTRUMENTATION LITERATURE W. G-. Brombacher, Julian F. Smith, and Lyman Van der Pyl This compilation consists of (l) an introduction, (2) a source list of instrumentation literature, (3) an author index, and (4) a subject index. Over 1200 references are listed, including abstract journals, bib¬ liographies, 660 books on technology, directories of man¬ ufacturers, guides to and indexes of technical literature, periodicals of interest, and guides to dissertations, patents and specifications. Articles published in period¬ icals are not referenced, but indexes and abstracts of such articles on a given subject are indicated in the subject index. 1. INTRODUCTION 1.1. Objective Two concepts have been kept in view in compiling this guide: a. Instruments serve to extend or refine the sensing and control facul¬ ties of man beyond their unaided range of observation,