Bibliography of 

Tritium Studies 

Related to Hydrology 

Through 1966

GEOLOGICAL SURVEY WATER-SUPPLY PAPER 1900
Bibliography of 

Tritium Studies 

Related to Hydrology 

Through 1966

By EDWARD C. RHODEHAMEL, VERONICA B. KRON, 

and VERDA M. DOUGHERTY

GEOLOGICAL SURVEY WATER-SUPPLY PAPER 1900

A contribution to the International 

Hydrological Decade

UNITED STATES GOVERNMENT PRINTING OFFICE, WASHINGTON : 1971
UNITED STATES DEPARTMENT OF THE INTERIOR 

WALTER J. HICKEL, Secretary

GEOLOGICAL SURVEY 

William T. Pecora, Director

Library of Congress catalog-card No. 70-608171

For sale by the Superintendent of Documents, U.S. Government Printing Office 

Washington, D.C. 20402 Price 75 cents (paper cover)
CONTENTS

	Page

Abstract 1

Introduction ___________________ 1

Purpose and scope _ ___ 1

General nature, sources, and abundance of tritium _ 2

Possible applications of tritium in hydrology ___ _ 5

Description of the bibliography _____ _ 6

Serial publications cited in bibliography of tritium ___ _ 8

Classification index principal topics and subject code __________ 21

Main bibliography bibliography and author index ____________ 27

Classification index principal subject index ________________ 147

Auxiliary reference list __________________________ ___ 161

Analytical methods _______________________________ 161

Atmosphere __________________________________ 162

Biology _________________________________________ 164

Geologic abundance _____________________________ 164

Ground water ________________________________ 165

Handling, health, and storage ________________________ 169

Nuclear properties ________________________________ 170

Oceans ______________________________________ 170

Pedology ______________________________________ 171

Physicochemical properties ___________________________ 172

Surface water __________________________________ 173

Tracers and indicators _____________________________ 174

III
BIBLIOGRAPHY OF TRITIUM STUDIES RELATED TO 

HYDROLOGY, THROUGH 1966

Compiled by EDWARD C. RHODEHAMEL, VERONICA B. KRON, and 

VERDA M. DOUGHERTY

ABSTRACT

This report is a compilation of publications throughout the world that are 

related to the use and application of tritium (T or 3H) in hydrology during the 

25 years 1942 through 1966. The bibliography consists of a main list of references 

classified as to the principal subject matter of each item, and an auxiliary 

bibliography containing background knowledge about radioactivity, analytical 

techniques, and the various environments in which tritium exists. The introduction provides: (1) a brief discussion of the nature, sources, abundance, and 

uses of tritium that are applicable to hydrology; and (2) a description of the 

bibliography formats.

INTRODUCTION 

PURPOSE AND SCOPE

This bibliography on tritium is compiled in response to inquiries 

regarding the various uses and applications of tritium in hydrologic 

investigations. The effective use of tritium in the interdisciplinary 

science of hydrology often may become more involved than simplified 

discussions of radioactive tracers and dating techniques at first suggest. The purpose of this report is to provide the reader with 

extensive background information on the present status of the use 

of tritium in hydrology.

Widespread use, as well as the increased tendency toward the use 

of tritium in quantitative studies in hydrology during the past two 

decades, has resulted in a volume of literature of large scope and 

increasing complexity. The increased use of tritium in the science of 

hydrology apparently results from its (1) worldwide distribution, 

(2) variability of production and concentration, (3) relatively weak 

radioactive energy labeling characteristic, (4) moderately long half 

life, (5) ready incorporation into the water molecule, and (6) rather 

universal pervasion of many hydrologic environments. As such, the 

monitoring of tritium concentrations provides a useful tool for track-
2 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

ing various changes that may occur in worldwide environmental 

conditions.

Investigations in hydrology and its related sciences involving 

tritium are scattered throughout many of the world's scientific and 

technical publications. Many of these useful contributions, owing to 

their modes of publication and distribution, are not conveniently 

available to hydrologists. The objective of this bibliography is to 

provide worldwide coverage with topical classifications of the published material relating to the use of tritium in the field of hydrology. 

The period covered is from 1942 through most of 1966. However, it is 

necessary to mention the important and more recent (1967) publication of various earlier papers on the subject of tritium presented at an 

American Geophysical Union Symposium held at the University of 

Illinois, November 10-12, 1965, which is entitled "Isotope Techniques 

in the Hydrologic Cycle," edited by Glenn E. Stout, and published 

as Geophysical Monograph Series 11, 199 p.

Occasionally in compilation of this type it seems fitting to mention 

outstanding publications on the subject that are issued during the 

final preparation of the report but subsequent to the closing period. 

A convenient wray of doing this is to acknowledge them in this text. 

Three such references are cited below because of either their summarizing treatments or extensive references.

Halevy, Elkana, compiler, 1968, Isotope techniques in hydrology, v. 1 (1957- 

1965) : Vienna, Austria, Internat. Atomic Energy Agency Pub., BiWiog. 

Ser. 32, 228 p.

International Atomic Energy Agency, prepared by The Working Group on 

Nuclear Techniques in Hydrology of the International Hydrologicai Decade 

(HID), 1968, Guidebook on Nuclear Techniques in Hydrology: Vienna, 

Austria, Internat. Atomic Energy Agency Tech. Rept. Ser. 91, 214 p.

Jacobs, D. G., 1968, Sources of tritium and its behavior upon release to the 

environment: U.S. Atomic Energy Comm., Div. Tech. Inf., Div. Health 

Physics, AEG Critical Rev. Ser. Rept. 1, 85 p.

GENERAL NATURE, SOURCES, AND ABUNDANCE OF TRITIUM

Tritium (T or 3H) as well as deuterium (D) are naturally occurring isotopes of the ordinary hydrogen atom (H) of mass one, which 

is called protium. Tritium is hydrogen with mass three and an isotopic weight of 3.01703. It has two neutrons and a proton. Chemically, 

tritium behaves like ordinary hydrogen. It is an unstable isotope and 

is therefore radioactive, whereas deuterium with mass two is a stable 

isotope. Both isotopes have been used as tracers in the natural and 

biological sciences.

The half life of tritium for some time has been generally accepted 

to be 12.26 years. A half life is the time required for the radioactivity
INTRODUCTION 3

of a substance to decay to one-half its initial radioactive concentration. Tritium disintegrates into helium-3 by emission of very weak 

beta (/?) particles. Inasmuch as there is no gamma emission in this 

reaction, tritium is a pure beta emitter. Beta particles have negative 

charges and are identical with electrons (e~). The relatively low 

energy released amounts to about 0.018 million electron volts (Mev) 

at maximum and consequently tritium radiation is described as being 

"soft." The penetration power of beta particles is slight; in general, 

they do not penetrate through human skin. Tritium readily combines 

with oxygen to form the isotopic water, tritium oxide. The ability of 

T to replace normal hydrogen in the fundamental structure of the 

water molecule, to readily participate in the usual chemical reactions 

and various biological activities, as well as its moderately long lived 

radioactive half life, all make tritium a potentially useful tool in various modern hydrologic studies. Furthermore, manmade tritium is 

plentiful and relatively inexpensive; its weak ft emissions reduce the 

storage and handling hazards well below those of many other radioactive tracers. On the other hand, certain interpretations regarding 

its concentrations and rates of movement are complicated because of 

its relatively large difference in mass from that of normal hydrogen. 

For example, a difference in mass causes a dilution and (or) an enrichment separation, called fractionation, whenever a physicochemical 

process relating to water takes place, either in nature or in the analytical laboratory.

Tritium can be formed artificially and naturally. Manmade production of tritium in atomic reactors occurs in various ways. However, 

neutron particles are required for this artificial production and consequently tritium can be made only at the sacrifice of the supply of 

fissionable material. At times, relatively small amounts of it enter the 

natural environment, sometimes by design and other times by accident. However, the amount of tritium introduced into the atmosphere 

by thermonuclear bomb explosions has been far greater than that 

from any other artificial source, and well-defined knowledge of variations in atmospheric abundance with each thermonuclear explosion in 

the atmosphere is of great importance to the interpretation of observed tritium concentrations in hydrologic investigations. According 

to Libby (1961a, b; 1963),12 the amount of tritium released during 

thermonuclear tests is proportionate to the energy released. Leipunsky (1957) 3 has estimated 0.7 kilogram of residual tritium per megaton of fusion energy yield from a thermonuclear bomb. A sporadic 

increase of tritium concentration in the earth's environments is char1 See p. 92, present report.

* See p. 93, present report.

3 See p. 91, present report.
4 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

acterized as a relatively short period tritium pulse separated by relatively long periods of lower concentrations. Owing to atmospheric 

circulation, distribution of precipitation events, and many interrelated 

natural phenomena, many such tritium pulses observed in the lower 

atmosphere and in the waters of the earth do not occur immediately 

following a release of tritium by a thermonuclear bomb explosion. A 

large part of the delayed occurrence of these artificial tritium pulses 

is due to the approximate 5 to 10 years of stratospheric residence time 

for tritium (Libby, 1965, p. 746).4 As a result of the various thermonuclear bomb-testing programs, the amount of tritium in the atmosphere as molecular H and as tritiated H has increased by factors 

of about 20 and 5, respectively (Begemann, 1963).5 Martell (1963, p. 

3759-3761 ) 6 has produced an annual inventory of the bomb-produced 

tritium. Despite the large increase of tritium in the earth's environments, natural water that is not labeled by concentrated slugs of 

tritium remains a very dilute solution, requiring a high analytical 

accuracy for reliable measurement. Through electrolytic enrichment 

techniques, concentrations of tritium in amounts less than 1TU can 

be analyzed satisfactorily. One TIT is equivalent to a T to H ratio of 

lO-ia (iXU = [tritium atoms/protium atoms] X 1018 ). 

The quantity of tritium is generally expressed in terms of this standardized TU concentration, which in water produces about 7.2 X 10~3 

T dpm/ml (distintegrations per minute per milliliter). This is approximately equal to 3.2 picocuries per liter. A natural tritium concentration of 5 TU will produce about 0.04 dpm/ml.

In nature, tritium is formed in two major ways: (1) by cosmic-ray 

bombardment of atmospheric nitrogen-14 gas, principally at high 

altitudes, and (2) in rocks by radioactive disintegration from lithium - 

6. By nuclear physics conventionalities, such nuclear reactions are 

represented as: Target (projectile, product) Residual. The nuclear 

reaction for the cosmic-ray bombardment of atmospheric nitrogen is 

written as rN14 (n, t) 6C12 , and the reaction denoting the radioactive 

disintegration of lithium-6 is represented as 3Li6 (n, a) i/73 . Here n 

represents a neutron particle, t is the product particle, tritium ( 3H) 

and the product symbol a is an alpha particle (helium nucleus). Of 

these two sources, the production of tritium in the atmosphere is much 

greater. The cosmic-ray production of tritium in the atmosphere is 

believed by some to have been relatively stable for several billion 

years. However, short-term fluctuations in cosmic-ray and other solar 

activity, such as the variations in the intensity of solar winds, seem4 See p. 93, present report.

6 See p. 33, present report.

6 See p. 97, present report.
INTRODUCTION 5

ingly can produce some short-term variations in the production and 

abundance of tritium in the atmosphere. The average production rate 

of T atoms in the atmosphere is variously estimated to be from 0.1 

to 1.2 T atoms/sec/ 2 over the earth's surface. A value frequently 

cited is that of about one tritium atom/sec/cm2.

Despite the long period of natural tritium production, the natural 

abundance of tritium on earth is notably minute, owing to both radioactive decay and to escape from the earth. In 1954 Dr. Willard F. 

Libby (1954b, p. 38),7 a pioneer chemist in the study of tritium and 

its economic and scientific uses, estimated the total natural abundance 

of tritium to be about 2 pounds; most of this occurs in the oceans, 

forming an extremely dilute solution. Prior to the first thermonuclear 

bomb explosions, the concentration of tritium in rainwater was about 

5 tritium units (TU). However, various estimates generally range 

from 2 to 10 TU, the range of values seemingly being influenced by 

geographical location.

The tritium "time clock'' (12.26 yr half life) is on the order of 1 to 

3 magnitudes too fast for many types of areal studies of the largest 

hydrologic domains such as the oceans, large deep landlocked seas, 

and the largest lakes. Viewed in this respect, it may be an almost 

totally inadequate tool for quantitative studies of regionally extensive artesian aquifers because the periods of mass transfer and mixing 

cycles generally are measured in centuries and millennia. Consequently, the use of tritium in hydrology seems better suited for investigations of highly permeable near-surface water-table aquifers, or 

surface-water bodies having relatively rapid cycling (less than several decades) between the locations of input and output.

In conclusion, (1) scarcity of tritium in nature, (2) the variation 

in amount of both naturally and artificially produced tritium, (3) its 

change in abundance with respect to both geographical position and 

the seasons of the year, (4) its universal distribution and dispersion 

both in the atmosphere and in the complex surface and near-surface 

environments of natural water, and (5) the possibility of isotope 

effects, all create special problems regarding adequate analytical techniques, proper applications, and valid interpretations of tritium usage 

in hydrology.

POSSIBLE APPLICATIONS OF TRITIUM IN HYDROLOGY

When the various factors and characteristics related to the nature, 

sources, and abundance of tritium are taken into consideration, as 

described in the previous section, it has been possible to use tritium

7 See p. 92, present report.
6 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

to determine the age of "young waters" (water precipitated from the 

atmosphere less than 50 years before sampling). Although the use 

of tritium to date ground water was given much prominence during 

the early and middle 1950-60 decade, it probably has been more successfully applied as a pulse-tracing tool. As such, it has been applied 

in problems designed to obtain information on:

1. The process of recharging ground-water reservoirs.

2. The sources of ground-water pollution.

3. The permeability of aquifers and their interconnections.

4. The velocity and the direction of both ground-water and surfacewater flowr between specific locations.

5. The areal flow patterns and the stratification effects of different 

water masses.

6. The dispersion, mixing, and channeling phenomena in surface 

and ground waters.

7. The rates of soil-moisture movement.

8. Certain chemisorption phenomena of soils and water-bearing 

materials.

9. The biological intake and release of water.

10. The driving mechanisms involved in secondary recovery of protroleum resources.

If, as is proper, hydrology is defined as the science that relates to the 

waters of the earth, their occurrence, circulation, and distribution, 

their chemical and physical properties, and their reaction with all aspects of their environment, then there are a large number of ways in 

which tritium is rightfully of hydrologic interest. Throughout the 

compilation of the bibliography, this broadly defined concept of 

hydrology was used; consequently the range of subjects in the reference list is similarly broad in scope.

DESCRIPTION OF THE BIBLIOGRAPHY

This section describes the bibliography which contains numbered 

references compiled from the generally available worldwide sources 

of scientific literature for the period 1942-66. Many articles were consulted directly. A large number of the items were obtained by consulting Chemical Abstracts (C.A.) prepared by the American Chemical 

Society, and Nuclear Science Abstracts (N.S.A.) published by the 

U.S. Atomic Energy Commission for articles published during the 

decade 1957-66. References obtained from C.A., and N.S.A. sources 

are cataloged for the users convenience in the standard formats (for 

example, C.A. 32 :2831) at the end of each such reference. Other 

sources consulted, although not exhaustively, were the publications of
INTRODUCTION 7

United Nations and those of the International Atomic Energy 

Agency. The two deuterium and tritium bibliographies compiled by 

the U.S. National Bureau of Standards (Brown, Friedman, and 

Beckett, 1956, and Johnson, Brown, and Friedman, 1957) 89 are the 

sources for much of the literature cited prior to 1954. In addition, a 

wide range of geological and geophysical literature was consulted including the extensive bibliographies of "Geoscience Abstracts," published by the American Geological Institute, and the "Bibliography of 

North American Geology," published by the U.S. Geological Survey. 

In all, it is conservatively estimated that the contents of more than 

8,000 different foreign and domestic journals, bulletins, and other 

publications were consulted by one means or another.

Every attempt has been made to make this bibliography complete 

with regard to those articles that actually pertain to the direct use of 

tritium in hydrologic investigations. Subjects impinging on the field 

of hydrology, for example, biology, various analytical methods, 

adsorption phenomena, and health physics are given prominent listing, but no attempt is made to make such bibliographic material complete beyond the expected needs of either the hydrologist or geochemist.

This bibliography has three major parts: (1) the main biblography, 

(2) a classification index (two parts), and (3) an auxiliary reference 

list. The main bibliography follows the general format of three earlier 

hydrogen isotope bibliographies (Kimball and others, 1949; Brown, 

Friedman, and Beckett, 1956; and Johnson, Brown, and Friedman, 

1957).101112

References are alphabetically arranged by the last name of the 

first-listed author and are chronologically arranged where more than 

one reference is by the same author (or authors). Each reference has a 

letter-number reference that is coded by the first letter of the firstlisted author's name. This letter is followed by a number corresponding to the sequential number of the reference for that letter of the 

alphabet. Authors listed second-, third-, and so forth, are also arranged alphabetically, but without a reference to the title of their 

article. However, each such entry is cross indexed by name to the first 

author, and there the title of the article appears. No letter-number 

code is assigned to other than first-author listings.

Following each bibliographic reference is a coded classification of

8 See p. 41, present report.

9 See p. 80, present report.

10 Kimball, A. H., compiler, Urey, H. C., and Kirshenbaum, Isidor eds., 1949 Bibliography 

of research on heavy hydrogen compounds, 1st ed.: New York, McGraw-Hill Book Co., 360 p.

11 See p. 41, present report.

12 See p. 80, present report.
8 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

the principal subject matter reported. Subordinate subject matter is 

not indicated always by the listed classification. The subject-matter 

classification used here follows, with appropriate modifications, the 

nomenclature classification used in the U.S. National Bureau of 

Standards bibliographies. Because this bibliography is compiled 

principally for hydrologic purposes, it is more limited in subject 

matter than these earlier bibliographies, but it is more detailed in 

regard to those classifications pertaining to hydrology. (For example, 

see the section entitled "Tracers and Indicators," of the report, p. 

153.)

The second part of this bibliography, the classification index, consists of two parts: (1) a principal topics and subject code conveniently placed before the main bibliography, and (2) an alphabetically listed principal-subject index following the main bibliography. The main bibliography can be searched either directly by 

the author's name, listed alphabetically, or by any of the indexed 

subject classifications, where the appropriate specific letter-numberreference code assigned to each first-author entry is cross indexed.

The third part of this bibliography is an auxiliary reference list 

divided into broad fields of knowledge, such as pedology, atmosphere, 

analytical methods, and ground water. This part is alphabetically 

arranged by authors within these categories. These references do not 

refer to tritium studies as such, but are those closely related by the 

nature of the investigation or by the subject investigated (for 

example, the behavior of other isotopes in the ground-water environment). They are cited because they contain discussions that may be 

useful to the hydrologist or geochemist in organizing, carrying out, 

and interpreting investigations involving tritium. The attempt is not 

to make the auxiliary reference list exhaustive, but to make it both 

useful and up to date.

SERIAL PUBLICATIONS CITED IN BIBLIOGRAPHY OF TRITIUM

Acad. Polonaise Sci. Bull., Ser. Sci. Cliim. Bulletin de 1'Academic Polonaise 

des Sciences, Serie des Sciences Chimiques. Warsaw, Poland.

Acad. Romine Studii si Cercetari Chim. Academia Republicii Populare 

Romine, Studii si Cercetari de Chimie. Bucharest, Rumania.

Acad. Romine Studii si Fizica Atomica Academia Republicii Populare Romine, Institutul de Fizica Atomica. Bucharest, Rumania.

Accad. Naz. Lincei Atti, Cl. Sci. Fis., Mat. e Nat. Rend. Atti dell' Accademia 

Nazionale dei Lincei, Rendiconti della Classe di Scienze Fisiche, Matematiche, e Naturale. Rome, Italy.

Acta Chem. Scandinavica Acta Chemica Scandinavica. Copenhagen, Denmark.
BIBLIOGRAPHY TRITIUM STUDIES RELATED TO HYDROLOGY 9

Acta Isotopica Acta Isotopica. Rivista di medicina e biologia nucl£are. Istituto

di Semeiotica Medica dell' Universita. Padua, Italy. 

Acta Physiologica Polonica Acta Physiologica Polonica. Litterae Societatis

Physiologorum Polonorum. Warsaw, Poland. 

Advances Biol. and Med. Physics Advances in Biological and Medical Physics.

New York, N.Y. 

Advances in Physics Advances in Physics. [Quarterly supplement to the

Philosophical Magazine.] Taylor and Francis, Ltd. London, England. 

Advances in Radiation Biology Advances in Radiation Biology. New York,

N.Y. 

Agronomy Jour. Agronomy Journal. American Society of Agronomy. Madison,

Wis. 

Akad. Nauk SSSR Doklady Akademiya Nauk SSSR Doklady [Academy of

Sciences of the U.S.S.R. (formerly Comptes Rendus [Doklady] Akad.

Sci. URSS)]. Moscow, U.S.S.R. 

Akad. Nauk Uzbek. SSR Izv., Ser. Fi/.-Mat. Akademiya Nauk Uzbekskoy

SSR, Izvestiya, Seriya Fiziko-Mathematicheskikh. Tashkent, U.S.S.R. 

Am. Chem. Soc. Jour. Journal of the American Chemical Society. Washington,

D.C. 

Am. Geophys. Union Trans. Transactions of the American Geophysical Union.

Washington, D.C. 

Am. Indus. Hygiene Assoc. Jour. American Industrial Hygiene Association

Journal. Baltimore, Md. 

Am. Inst. Chem. Engineers Jour. American Institute of Chemical Engineers

Journal. New York, N.Y. 

Am. Jour. Botany American Journal of Botany. Botanical Society of America.

Baltimore, Md. 

Am. Jour. Diseases of Children American Journal of Diseases of Children.

American Medical Association. Chicago, 111. 

Am. Jour. Roentgenology, Radium Therapy, and Nuclear Medicine American

Journal of Roentgenology, Radium Therapy, and Nuclear Medicine. Springfield, 111.

Am. Jour. Sci. American Journal of Science. New Haven, Conn. 

Am. Meteorol. Soc. Bull. Bulletin of the American Meteorological Society.

Boston, Mass. 

Am. Nuclear Soc. Trans. American Nuclear Society Transactions. Hinsdale,

111. 

Am, Phys. Soc. Bull. Bulletin of the American Physical Society. New York,

N.Y.

Am. Scientist American Scientist, Society of the Sigma Xi. New Haven, Conn. 

Am. Soc. Civil Engineers Proc., Jour. Hydraulics Div. Proceedings of the

American Society of Civil Engineers, Journal of the Hydraulics Division.

New York, N.Y. 

Am. Soc. Civil Engineers Proc,, Jour. Sanitary Eng. Div. Proceedings of the

American Society of Civil Engineers, Journal of the Sanitary Engineering

Division. New York, N.Y.

Am. Soc. Civil Engineers Trans. Transactions of the American Society of 

Civil Engineers. New York, N.Y.
I

10 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Am. Water Works Assoc. Jour. Journal of the American Water Works

Association. New York, N.Y. 

Am. Zoologist American Zoologist. American Society of Zoologists. Chicago,

111. 

Analyst The Analyst. The Journal of the Society for Analytical Chemistry.

Cambridge, England.

Anal. Biochemistry Analytical Biochemistry. New York, N.Y. 

Anal. Chemistry Analytical Chemistry. American Chemical Society. Washington, D.C.

Anal. Chim. Acta Analytica Chimica Acta. Amsterdam, Netherlands. 

Anatomical Rec. The Anatomical Record. Wistar Institute of Anatomy and

Biology. Philadelphia, Pa. 

Angew. Chemie Angewandte Chemie. Gesellschaft Deutscher Chemiker Kuratorium. Weinheim, Federal Republic of Germany.

Angew. Chemie Internat. Angewandte Chemie Internationale. (International 

Edition in English.) Weinheim, Federal Republic of Germany, and Academic Press, Inc. New York, N.Y. 

Ann. Rev. Nuclear Sci. Annual Review of Nuclear Science. Annual Reviews,

Inc. Palo Alto, Calif. 

Appl. Sci. Research, Sec. B Applied Scientific Research, Section B. The Hague,

Netherlands.

Archiv Gesamte Physiologie Archiv fur die Gesamte Physiologic des Menschen 

und der Tiere, Pflugers. Springer-Verlag. Berlin-Wihnersdorf, Germany. 

Archives Biochemistry and Biophysics Archives of Biochemistry and Biophysics. New York, N.Y. 

Archives Disease Childhood Archives of Disease in Childhood. British Medical

Association. London, England. 

Archives Environmental Health Archives of Environmental Health. American

Medical Association. Chicago, 111. 

Archives Internat. Physiologie et Biochimie Archives Internationales de

Physiologie et de Biochimie. Liege, Belgium. 

Archives Pathology Archives of Pathology. The American Society for Experimenal Pathology. Chicago, 111. 

Arid Zone Arid Zone. United Nations Educational, Scientific, and Cultural

Organization. Paris, France.

Assoc. Beige De>eloppement Pacifique Energie Atom. Bull. Inf. Association 

pour le Developpement Pacifique de 1'Energie Atomique, Bulletin d'lnformation. Brussels, Belgium. 

Astron. Inst. Czech. Bull. Astronomical Institutes of Czechoslovakia Bulletin.

Czechoslovak Academy of Sciences. Prague, Czechoslovakia. 

Astron. Soc. Pacific Pubs. Astronomical Society of the Pacific Publications.

California Academy of Science. San Francisco, Calif. 

Astron. Zhur. Astronomicheski Zhurnal. [Astronomical Journal.] Akademiya

Nauk SSSR. Moscow, U.S.S.R. 

Atomkernenergie Zeitschrift fur die Anwendung der Kernenergie in Wissenschaft, Technik und Wirtschaft. Munich, Federal Republic of Germany. 

Atomlight Atomlight. New England Nuclear Corporation. Boston, Mass. 

Atomnaya Energiya Atomnaya Energiya. [Atomic Energy.] Akademiya Nauk 

SSSR. Gosudarstvennyy Komitet Soveta Ministrov SSSR po Ispol'- 

Zovaniyu Atomnoy Energii. Moscow, U.S.S.R.

Atompraxis Atompraxis. Internationale Monatsschrift fiir Angewandte 

Atomenergie in Industrie, Landwirtschaft, Naturwissenschaften, und Med-
SERIAL PUBLICATIONS CITED H

izin unter Besonderer Beruecksichtigung der Medizinischen. Strahlenbiologie Sowie des Strahlenschutzes. Karlsruhe, Federal Republic of Germany. 

Atomtech. Atomtechnikai Tajekoztate. [Atomtechnics Bulletin.] Budapest, 

Hungary.

Atomwirtschaft Atomwirtschaft. Zeitschrift fiir die Wirtschaftlichen Fragen 

der Kernumwandlung. [Journal of Nuclear Industry.] Diisseldorf, Federal 

Republic of Germany. 

Australasian Radiology Australasian Radiology. Formerly Journal of College

Radiologists. Sydney, New South Wales, Australia.

Australian Jour. Chemistry Australian Journal of Chemistry. Commonwealth Scientific and Industrial Research Organization. Melbourne, Vie- . 

toria, Australia.

Australian Jour. Sci. Australian Journal of Science. Australian National Research Council. Science House, Sydney, New South Wales, Australia. 

Ber. Bunsenges. Physik. Chemie Berichte der Bunsengesellschaft fiir Physikalische Chemie. Weinheim, Federal Republic of Germany. 

Biochem. Jour. The Biochemical Journal. Cambridge, England. 

Biochim. et Biophys. Acta Biochimica et Biophysica Acta. International

Journal of Biochemistry and Biophysics. Amsterdam, Netherlands. 

Bioflzika Biofizika. [Biophysics.] Moscow, U.S.S.R. 

Biokhimiya Biokhimiya. [Biochemistry.] Moscow, U.S.S.R. 

Biophys. Jour. Biophysical Journal. The Rockefeller University Press. New

York, N.Y. 

Biul. Wojskowej Akad. Tech. imeni Jaroslawa Dabrowskiego. Biuletyn

Wojskowej Akademii Techniczenj imeni Jaroslawa Dabrowskiego. Warsaw,

Poland.

Bol. Soc. Quim. Peru. Boletin de la Sociedad Quimica del Peru. Lima, Peru. 

Boll. Soc. Italiana Biologia Sperimentale Bollettino della Societa Italiana

di Biologia Sperimenale. Naples, Italy. 

British Jour. Clinical Practice British Journal of Clinical Practice. London,

England. 

British Jour. Radiology British Journal of Radiology. The British Institute

of Radiology. London, England. 

Bull. Inf. Sci. et Tech. Bulletin d'lnformations Scientifiques et Techniques.

Commissariat a 1'finergie Atomique. Paris, France. 

Bull. Soc. Chim. Beige. See Soc. Beige Chim. Bull. 

Bull. Soc. Lorraine Sci. Bulletin de la Societe Lorraine des Sciences. Nancy,

France. 

California Medicine California Medicine. California Medical Association. San

Francisco, Calif. 

Canadian Jour. Chemistry Canadian Journal of Chemistry. National Research

Council of Canada. Ottawa, Ontario, Canada. 

Canadian Jour. Genetics and Cytology Canadian Journal of Genetics and

Cytology. The Genetics Society of Canada. Ottawa, Ontario, Canada.. 

Canadian Jour. Physics Canadian Journal of Physics. National Research

Council of Canada. Ottawa, Ontario, Canada. 

Canadian Mining and Metall. Bull. The Canadian Mining and Metallurgical

Bulletin. Canadian Institute of Mining and Metallurgy. Montreal, Quebec,

Canada. 

Cancer Research Cancer Research. American Association for Cancer Research,

Inc. Chicago, 111.
12 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Chem. Rev. Chemical Reviews. American Chemical Society. Washington,

D.C. 

Chem. Soc. Japan Bull. Bulletin of the Chemical Society of Japan. Nippon

Kagaku Zasshi. Tokyo, Japan. 

Chemist-Analyst Chemist-Analyst. J. T. Baker Chemical Co. Phillipsburg,

N.J1.

Chemistry and Industry Chemistry and Industry. Society of Chemical Industry. London, England. 

Chimia Chimia. Aarau, Switzerland.

Chimie Anal. Chimie Analytique. Les Presses Documentaires. Paris, France. 

Circulation Circulation. American Heart Association. New York, N.Y. 

Clinica Chimica Acta Clinica Chimica Acta. [International Journal of Clinical

Chemistry.] Amsterdam, Netherlands.

Colln. Czech. Chem. Coniinun. Collection of Czechoslovakia Chemical Communications. Prague, Czechoslovakia. 

Colloid Chemistry Colloid Chemistry. Reinhold Publishing Corp. New York,

N.Y. 

Coniptes Rendus [France] Acadeuiie des Sciences. Comptes Rendus Hebdomadaires des Stances. 

Comptes Rendus [Doklady] Akad. Sci. URSS Akademiya Nauk SSSR Doklady [Academy of Sciences of the U.S.S.R.]. Moscow, U.S.S.R. 

Cryogenics Cryogenics. London, England. 

Current Sci. Current Science, Ciirrent Science Association. Raman Research

Institute. Bangalore, India

Dansk-Kemi Dansk Kemi. Copenhagen, Denmark.

Deutsch. Akad. Wiss. Berlin Abb.., Kl. Medizin Abhandlung der Deutschen 

Akademie der Wissenschaften zu Berlin, Klasse fur Medizin. Berlin, Germany. 

Doitai to Hoshasen Dpitai To Hoshasen. [Isotopes and Radiation.] Tokyo,

Japan. 

Eau Potable Assainissement Eau Potable Assainissement. Eaux Industrielles.

Irrigation Revue Mensuelle. Paris, France, 

Earth and Planetary Sci. Letters Earth and Planetary Science Letters.

Amsterdam, Netherlands. 

Elektromedizin Elektromedizin und Ihre Grenz gebiete. Zeitschrift fiir

Klinik und Praxis eins chieslich Elektro-Pathologie. Berlin, Germany. 

Energia es Atomtech. Energia es Atomtechnika. [Energy and Atomic Technology.] Budapest, Hungary.

Energia Nuclear Energia Nuclear. Junta de Energia Nuclear. Madrid, Spain. 

Erdol u. Kohle Erdb'l und Kohle [now Erdb'l und Kohle, Erdgas, Petrochemie]. Deutsche Gesellschaft fiir Mineralohvissenschaft und Kohlechemie. Berlin, Germany.

Experientia Experientia. [Experiment] (Monthly Journal of Pure and Applied Science.) Birkhauser Verlag. Basel, Switzerland.

Experimental Cell Research Experimental Cell Research. International Society for Cell Biology. New York, N.Y.

Faraday Soc. Trans. Transactions of Faraday Society, Aberdeen, Scotland. 

Federation Proc. Federation Proceedings. Federation of American Societies

for Experimental Biology. 9650 Rockville Pike, Bethesda, Md. 20014. 

Fizikai Szemle Fizikai Szemle. Eotvos Lorand Fizikai Tarsulat. Budapest, 

Hungary.
SERIAL PUBLICATIONS CITED 13

Fra Fysikkens Verden Fra Fysikkens Verden. Norsk Fysisk Tidsskrift. Oslo,

Norway.

Gazz. Chim. Italiana Gazzetta Chimica Italiana. Rome, Italy. 

Genetics Genetics. University of Texas. Austin, Tex. 

Genshiryoku Kogyo Genshiryoku Kogyo. [Nuclear Engineering.] Tokyo,

Japan. 

Geochim. et Cosmochim. Acta Geochimica et Cosmochimica Acta. Pergamon

Press. London, England. 

Geol. Foren. Stockholm Fo'rh. Geologiska Foreningens i Stockholm Forhandlingar. Stockholm, Sweden. 

Geologiya Nefti i Gaza Geologiya Nefti i Gaza. [Petroleum and Gas Geology.]

Organ Gosudarstvennogo Nauchnotekhnicheskogo Komitet Soveta Ministrov

SSSR. Moscow, U.S.S.R. 

Geol. Soc. America Bull. Geological Society of American Bulletin. Boulder,

Colo.

Geotimes Geotimes. American Geological Institute. Washington, D.C. 

Grundforbattring Grundforbattring. [Journal of Agricultural Efficiency

Through Soil Improvement.] Uppsala, Sweden. 

Health Physics Health Physics. Journal of the Health Physics Society. New

York, N.Y. 

Helvetica Chimica Acta Helvetica Chimica Acta. Endenda Curat Societas

Chimica Helvetica. Basel, Switzerland. 

Helvetica Physica Acta Helvetica Physica Acta. Societas Physicae Helveticae.

Basel, Switzerland.

Id5jaras IdiVjaras. [Weather.] Budapest, Hungary. 

Indian Acad. Sci. Proc. Proceedings of the Indian Academy of Sciences.

Bangalore, India. 

Indus, and Eng. Chemistry Industrial and Engineering Chemistry. American

Chemical Society. Washington, D.C.

Industries Atomiques Industries Atomiques. Geneva, Switzerland. 

Inst. Francjais Petrol e Rev. Revue de 1'Institut Fran^ais du PStrole et

Annales des Combustibles Liquides. Paris, France. 

Jnternat. Angew. Chemie. See Angew. Chemie Internat. 

Internat. Assoc. Sci. Hydrology Bull. Bulletin of the International Association

of Scientific Hydrology. Gentbrugge, Belgium. 

Internat. Jour. Appl. Radiation and Isotopes International Journal of Applied

Radiation and Isotopes. Pergamon Press, Inc. New York, N.Y. 

Internat. Jour. Radiation Biology International Journal of Radiation Biology

and Related Studies in Physics, Chemistry, and Medicine. London, England. 

Isotopentechnik Isotopentechnik. Zeitschrift fiir die Anwendung Radioaktiver

und Stabiler Isotope. Leipzig, Germany. 

Isotopes and Radiation Technology Isotopes and Radiation Technology. U.S.

Atomic Energy Commission. Washington, D.C. 

Isotopes and Radiation (Tokyo). See Doitai To Hoshasen. 

Jaderna Energia Jaderna Energia. [Nuclear Energy.] Prague, Czechoslovakia. 

Japanese Jour. Appl. Physics Japanese Journal of Applied Physics. Published

jointly by the Physical Society of Japan and The Japan Society of Applied

Physics. Tokyo, Japan.

Jena Review Jena Review. Jenaer Rundschau. Jena, Germany. 

Jokull Jo'kull. Arsrit Joklarannsoknafelags Islands. Reykjavik, Iceland.
14 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Jour. Agr. and Food Chemistry Journal of Agricultural and Food Chemistry. 

American Chemical Society. Washington, D.C.

Jour. Am. Indus. Hygiene Assoc. See Am. Indus. Hygiene Assoc. Jour.

Jour. Appl. Meteorology Journal of Applied Meteorology. American Meteorological Society. Boston, Mass.

Jour. Appl. Physics Journal of Applied Physics. American Institute of Physics. 

New York, N.Y.

Jour. Appl. Physiology Journal of Applied Physiology. Washington, D.C.

Jour. Assoc. Official Agr. Chemists Journal of the Association of Official 

Agricultural Chemists. Washington, D.C.

Jour. Atmos. and Terrest. Physics Journal of Atmospheric and Terrestrial 

Physics. Pergamon Press. London, England.

Jour. Biochemistry The Journal of Biochemistry. The Japanese Biochemical 

Society. Tokyo, Japan.

Jour. Biol. Chemistry The Journal of Biological Chemistry. American Society 

of Biological Chemists, Inc. Baltimore, Md.

Jour. Biophys. and Biochem. Cytology Journal of Biophysical and Biochemical 

Cytology. New York, N.Y.

Jour. Cellular and Comp. Physiology Journal of Cellular and Comparative 

Physiology. Wistar Institute of Anatomy and Biology. Philadelphia, Pa.

Jour. Chem. Education Journal of Chemical Education. American Chemical 

Society. Easton, Pa.

Jour. Chem. Physics Journal of Chemical Physics. American Institute of 

Physics. New York, N.Y.

Jour. Chem. Soc. Journal of the Chemical Society. London, England.

Jour. Chimie Phys. et Physicochimie Biol. Journal de Chimie Physique et 

de Physicochimie Biologique. Paris, France.

Jour. Chromatography Journal of Chromatography. Elsevier Publishing Co. 

Amsterdam, Netherlands.

Jour. Clinical Inv. The Journal of Clinical Investigation. American Society 

for Clinical Investigations, Inc. New Haven, Conn.

Jour. College Radiologists Australasia. (Title changed to Australasian 

Radiology.) Sydney, New South Wales, Australia.

Jour. Electroanal. Chemistry Journal of Electroanalytical Chemistry. Elsevier 

Publishing Co. Amsterdam, Netherlands.

Jour. Experimental Zoology Journal of Experimental Zoology. Wistar Institute of Anatomy and Biology. Philadelphia, Pa.

Jour. Gas Chromatography Journal of Gas Chromatography. Evanston, 111.

Jour. Gen. Physiology Journal of General Physiology. Rockefeller Institute 

Press. New York, N.Y.

Jour. Geology Journal of Geology. University of Chicago Press. Chicago, 111.

Jour. Geophys. Research Journal of Geophysical Research. American Geophysical Union. Washington, D.C.

Jour. Hydrology Journal of Hydrology. North-Holland Publishing Co. Amsterdam, Netherlands.

Jour. Hydrology Journal of Hydrology. Marton, New Zealand.

Jour. Inorganic and Nuclear Chemistry Journal of Inorganic and Nuclear 

Chemistry. Pergamon Press. London, England.

Jour. Inst. Petroleum Journal of the Institute of Petroleum. London, England.

Jour. Lab. and Clinical Medicine Journal of Laboratory and Clinical Medicine. 

Central Society for Clinical Research. St. Louis. M"n
SERIAL PUBLICATIONS CITED 15

Jour. Lipid Research Journal of Lipid Research. American Institute of Biological Sciences. Washington, D.C. 

Jour. Natl. Cancer Inst. Journal of the National Cancer Institute. National

Institute of Health. U.S. Public Health Service. Washington, D.C. 

Jour. Neurochemistry Journal of Neurochemistry. Pergamon Press, Inc.

New York, N.Y.

Jour. Nuclear Energy Journal of Nuclear Energy. New York, N.Y. 

Jour. Oceanog. Soc. Japan. See Oceanog. Soc. Japan Jour. 

Jour. Petroleum Technology Journal of Petroleum Technology. Society of

Petroleum Engineers of the American Institute of Mining, Metallurgical,

and Petroleum Engineers. Dallas, Tex. . 

Jour. Phys. and Colloid Chemistry. See Jour. Phys. Chemistry. (Title was

changed January 1947 to Journal of Physical and Colloid Chemistry.

Title was changed back to Journal of Physical Chemistry in January

1952.) 

Jour. Phys. Chemistry Journal of Physical Chemistry. American Chemical

Society. Washington, D.C.

Jour. Physiology The Journal of Physiology. London, England. 

Jour. Radiation Research Journal of Radiation Research. Tokyo, Japan. 

Jour. Radiologie, Electrologie, Medecine Nucl£aire Journal de Radiologie,

d'Electrologie, et de Medecine Nucleaire. Paris, France. 

Jour. Sci. Instruments Journal of Scientific Instruments. The Institute of

Physics and The Physical Society. London, England. 

Jour. Water Pollution Control Federation Journal of the Water Pollution

Control Federation. (Formerly Sewage and Industrial Wastes.) Washington, D.C. 

Kagaku (Kyoto) Kagaku Hyoren. [Chemical Review.] Industrial Chemistry

Laboratory. Kyoto University. Kyoto, Japan. 

Kagaku No Ryoiki Kagaku No Ryoiki. [Journal of Japanese Chemistry.]

Toyko, Japan. 

Kernenergie Kernenergie. Zeitschrift fur Kernforschung und Kerntechnik.

Berlin, Germany. 

Kerntechnik Kerntechnik. Isotopentechnik und Chemie. Zeitschrift fiir

Ingenieure aller Fachrichtungen. Munich, Federal Republic of Germany. 

Kgl. Norske Vidensk. Selsk. Forh. Det Kongelige Norske Videnskabers Selskabs, Forhandlinger. Trondheim, Norway. 

Khimiya i Tekhnologiya Topliv i Masel Khimiya i Tekhnologiya Topliv i

Masel. [Chemistry and Technology of Fuel and Oil.] Organ Ministerstva

Neftianoi Promyshlennosti SSSR. Moscow, U.S.S.R. 

Kinetika i Kataliz Kinetika i Kataliz. [Kinetics and Catalysts.] Izdatel'stvo

Akademiya Nauk SSSR. Moscow, U.S.S.R. 

Kisul Yon'guso Pogo Kisul Yon'guso Pogo. (Formerly Kwayon Hwibo.)

[Bulletin of the Scientific Research Institute.] Ministry of National Defense Seoul, Korea. 

Kunststoffe Kunststoffe. [Plastics.] Internationale Zeitschrift fiir das Gesamte

Kunststoffgebiet, Solothurn, Switzerland. 

Kwart. Geol. Kwartalnik Geologiczny. Instytut Geologiczny. Warsaw,

Poland. 

Lab. Inv. Laboratory Investigation. International Academy of Pathology.

Baltimore, Md. 

Lab. Practice Laboratory practice. Research Control, Teaching. London,

England.
16 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Lancet The Lancet. (A Journal of British and Foreign Medicine.) London, 

England.

Magyar Kemiai Foly6irat Magyar Kemiai Foly6irat. [Hungarian Journal of 

Chemistry.] Budapest, Hungary.

Magyar Kemikusok Lapja Magyar Kemikusok Lapja. [Journal of the Hungarian Chemical Society.] Budapest, Hungary.

Medd. om Gr0nland Meddelelser om Gr0nland. Udgivne af Kommissionen 

for Videnskabelige Unders0gelser i Gr0nland. Copenhagen, Denmark.

Medicina del Lavoro La medicina del Lavoro. Milan, Italy.

Meditsinskaya Radiologiya Meditsinskaya Radiologiya. [Medical Radiology.] 

Moscow, U.S.S.R.

Meidensha Jiho Meidensha Jiho. [Meidensha Review.] Meidensha Electric 

Manufacturing Co., Ltd. Tokyo, Japan.

Microchem. Jour. Microchemical Journal. Metropolitan Microchemical Society. 

New York, N.Y.

Mikrochim. Acta Mikrochimica Acta. Vienna, Austria.

Minerva Nucleare Minerva Nucleare. [International Review of Nuclear Biology and Medicine.] Turin, Italy.

Mutation Research Mutation Research. Amsterdam, Netherlands.

Nature Nature. (A Weekly Journal of Science.) Macmillan (Journals), Ltd. 

London, England.

Naturwissenschaften Die Naturwissenschaften. Gesellschaft Deutscher Naturforscher und Arzte, und die Max-Planck-Gesellschaft zur Forderung der 

Wissenschaften. Berlin, Germany.

Neurologiia Psikhiatriia Neurologiia Psikhiatriia. Ministry of Public Health 

and Welfare. Sofia, Bulgaria.

New Jersey Acad. Sci. Bull. Bulletin of New Jersey Academy of Science. 

Madison, N.J.

New York Acad. Sci. Annals Annals of the New York Academy of Sciences. 

New York, N.Y.

New Zealand Jour. Geology and Geophysics New Zealand Journal of Geology 

and Geophysics. New Zealand Department of Scientific and Industrial Research. Wellington, New Zealand.

New Zealand Jour. Sci. New Zealand Journal of Science. New Zealand Department of Scientific and Industrial Research. Wellington, New Zealand.

Nippon Dojo-Hiryogaku Zasshi Nippon Dojo-Hiryogaku Zasshi. [Journal of 

the Science of Soil and Manure.] National Institute of Agricultural 

Sciences. Tokyo, Japan.

Nippon fCagaku Zasshi. See Chem. Soc. Japan Bull.

Nippon Nogeikagaku Kaishi Nippon Nogeikagaku Kaishi. [Journal of the 

Agricultural Chemical Society of Japan.] Tokyo, Japan.

Nuclear Instruments and Methods Nuclear Instruments and Methods. 

Amsterdam, Netherlands.

Nuclear Physics Nuclear Physics. Amsterdam, Netherlands.

Nuclear Safety Nuclear Safety. U.S. Atomic Energy Commission. Superintendent of Documents. Washington, D.C.

Nuclear Sci. Abs. Nuclear Science Abstracts. Washington, D.C.

Nuclear Sci. and Eng. Nuclear Science and Engineering. Journal of the American Nuclear Society. Hinsdale, 111.

Nucleonics Nucleonics. McGraw-Hill Publishing Co. New York, N.Y.

Nukleonik Xukleonik, Berlin, Germany.
SERIAL PUBLICATIONS CITED IT

Nukleoiiika Nukleonika. Polska Akademie Xauk. Komitet do Spraw 

Pokojowege Wykorzystania Energii Jadrowej. Polish Academy of Sciences 

Committee for Peaceful Uses of Nuclear Energy. Warsaw, Poland. (English translation for the U.S. Atomic Energy Commission and the National 

Science Foundation, Washington, D.C.)

Nuovo Cimento II Xuovo Cimento. Organo della Societa Italiana di Fisica 

sotto gli Auspici del Consiglio Nazionale delle Ricerche. Bologna, Italy.

Observatory The Observatory. The Royal Greenwich Observatory. Hailsham, 

Sussex, England.

Oceanog. Soc. Japan Jour. Journal of the Oceanographical Society of Japan. 

[Nihon Kaiyo Gakkai.] Tokyo, Japan.

Oil and Gas Jour. Oil and Gas Journal. Petroleum Publishing Co. Tulsa, Okla.

Oncologia Oncologia. [Journal of Cancer Research, Prevention, Treatment, 

and Sociological Aspect] Basel, Switzerland.

Onde Elec. Onde Electrique. Societe des Radioelectriciens. Paris, France.

Oyo Butsuji Oyo Butsuri. [Japanese Journal of Applied Physics.] Published 

jointly by the Physical Society of Japan and The Japan Society of Applied Physics. Tokyo, Japan.

Philos. Mag. The Philosophical Magazine. (A Journal of Theoretical, Experimental, and Applied Physics.) Taylor and Francis, Ltd. London, England.

Phys. Blatter Physikalische Blatter. Baden, Federal Republic of Germany.

Phys. Rev. The Physical Review. American Institute of Physics. New York, 

N.Y.

Phys. Rev. Letters Physical Review Letters. American Institute of Physics. 

New York, N.Y.

Physica Physica. Physica Foundation. Amsterdam, Netherlands.

Physics Physics. Physics Foundation. Amsterdam, Netherlands.

Physics Abs. Physics Abstracts. See Sci. Abs., Section A.

Physics and Chemistry Glasses Physics and Chemistry of Glasses. Section 

B of Journal of Glass Technology. Sheffield, England.

Physics in Medicine and Biology Physics in Medicine and Biology. Hospital 

Physicists Association. London, England.

Physiol. Rev. Physiological Reviews. Washington, D.C.

Plant Physiology Plant Physiology. American Society of Plant Physiologists. 

Kutztown, Pa.

Postepy Biochemii Postepy Biochemii. [Progress in Biochemistry.] Warsaw, 

Poland.

Prog. Biophysics and Biophys. Chemistry Progress in Biophysics and Biophysical Chemistry. New York, N.Y.

Prog. Cardiovascular Diseases Progress in Cardiovascular Diseases. New 

York, N.Y.

Prog. Elementary Particle and Cosmic Ray Physics Progress in Elementary 

Particle and Cosmic Ray Physics. Amsterdam, Netherlands.

Prog. Medicine Progress in Medicine. [Igaku No Ayumi.] Tokyo, Japan.

Pure and Appl. Chemistry Pure and Applied Chemistry. London, England.

Radiation Botany Radiation Botony. New York, N.Y.

Radiation Research Radiation Research. New York, N.Y.

Radiochim. Acta Radiochimica Acta. Frankfurt- am- Main, Federal Republic 

of Germany.

Radioisotopes Radioisotopes. Nippon Hoshasen Doigenso Kyokai. The Japan 

Radioisotopes Association. Tokyo, Japan.

Radiokhimiya Radiokhimiya. Akademiya Nauk SSSR. Moscow, U.S.S.R.
18 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Radiologia Clinica Radiologia Clinica. International Radiological Review.

Basel, Switzerland.

Razved. i Okhrana Nedr Razvedka i Okhrana Nedr. [Development and Conservation of Natural Resources.] Organ Ministerstva Geologii i Okhrany

Nedr SSSR. Gosgeoltekhizdat. Moscow, TJ.S.S.R.

Referativnyi Zhur. Geofiz. Referativnyi Zhurnal, Geofizika. [Abstract Journal, Geophysics.] Institut Nauchnoi Informatsii Akademiya Nauk SSSR.

Moscow, U.S.S.R. 

Repts. Prog. Physics Reports on Progress in Physics. Institute of Physics

and Physical Society. London, England.

Research Research Applied in Industry. Butterworths Scientific Publications. London, England. 

Rev. Fermentations Industries Alimentaires Revue des Fermentations et des

Industries Alimentaires. Soci£te Beige de Zymologie Pure et Appliqu6e.

Brussels, Belgium.

Rev. Inst. Frangais Petrole. See Inst. Frangais Petrole. 

Rev. Med. Toulouse Revue Medicale de Toulouse. Soci6t6 de Medicine,

Chirurgie, et Pharmacie. Toulouse, France. 

Rev. Sci. Instruments Review of Scientific Instruments. American Institute

of Physics. New York, N.Y. 

Ricerca Sci. La Ricerca Scientifica. Rivista del Consiglio Nazionale delle

Ricerche. Rome, Italy. 

Riv. Meteorologia Aeronautica Rivista di Meteorologia Aeronautica. Rome,

Italy. 

Scandinavian Jour. Haemotology Scandinavian Journal of Haemetology.

Copenhagen, Denmark. 

Schweizer Archiv Angew. Wiss. Tech. Schweizer Archiv fiir Angewandte

Wissenschaft und Technik. Solothurn, Switzerland. 

Science Science. American Association for the Advancement of Science.

Washington, D.C. 

Sci. Abs. Science Abstracts. Section A: Physics Abstracts, The Institute of

Electrical Engineers, Savoy Place, Victoria Embankment, London,

England. 

Sci. Monthly. 1939-^3. (Merged with Science.) American Association for the

Advancement of Science. Washington, D. C. 

Sewage and Industrial Wastes. (Name changed January 1960 to Journal of

the Water Pollution Control Federation.) 

Shitsuryo Bunseki Shitsuryo Bunseki gakkai. [Mass Spectroscopy.] Tokyo,

Japan.

Silicates Industriels Silicates Industriels. Brussels, Belgium. 

Soc. Beige Chim. Bull. Soci6t6 Chimique de Belgique (continuation of Bulletin de la Soci6t£ Beige de Chimique). Brussels, Belgium. 

Soc. Experimental Biology Medicine Proc. Society for Experimental Biology

and Medicine Proceedings. New York, N.Y. 

Soc. Royale Sci. Liege Bull. Soci6t6 Royale des Sciences de Liege Bulletin.

Liege, Belgium. 

Soc. Vaudoise Sci. Nat. Bull. Bulletin de la Socl6t6 Vaudoise des Sciences

Naturelles. Lausanne, Switzerland.

Soil Sci. Soil Science. Williams and Wilkins Co. Baltimore, Md. 

Soil Sci. Soc. America Proc. Soil Science Society of America Proceedings.

Madison, Wis.
SERIAL PUBLICATIONS CITED 19

Soviet Atomic Energy Soviet Atomic Energy. (Formerly Soviet Journal of

Atomic Energy. Translation of Atomnaya Ernergiya.) New York, N.Y. 

Soviet Jour. Atomic Energy. See Soviet Atomic Energy.

Spectrochim. Acta Spectrochimica Acta. Pergamon Press, Inc. New York, N.Y., 

and Oxford, England.

Stain Technology Stain Technology. Biological Stain Commission. Baltimore,

Md.

Strahlenschutz Forschung Praxis Strahlenschutz in Forschung und Praxis. 

Verlag. Rombach & Co., Freiburg im Breisgau, Federal Republic of 

Germany.

Strahlentherapie Strahlentherapie. Munich, Federal Republic of Germany.

Studii Cercetari Chim. Studii si Cercertari de Chimie. Bucharest, Rumania.

Svensk Kem. Tidskr. Svensk Kemisk Tidskrift. Svenska Kemistsamfundet 

Stockholm, Sweden.

Talanta Talanta. [An International Journal of Analytical Chemistry.] Pergamon Press. London, England.

Tehnika Tehnika. Belgrade, Yugoslavia.

Tellus Tellus. [Earth. Swedish Geochemical Society] (A Quarterly Journal 

of Geophysics.) Svenske Geofysiska Foreningen. Stockholm, Sweden.

Tijdschr. Soc. Geneeskunde Tijdschrift voor Social Geneeskunde Algemeine 

Nederlandische vereeneging. Delft, Netherlands.

Travaux Soc. Pharmacie Montpellier Travaux de la Soci6t6 de Pharmacie 

de Montpellier. Montpellier, France.

U.S. Natl. Bur. Standards Jour. Research United States National Bureau of 

Standards Journal of Research. Gaithersburg, Md.

Uspekhi Khim. Uspekhi Khimii. [Advances in Chemistry (for English translation see Russian Chemical Review).] Akademiya Nauk SSSR, Moscow, 

U.S.S.R.

Vacuum Vacuum. International Journal and Abstracting Service for Vacuum 

Research and Technology. New York, N.Y.

Washington Acad. Sci. Jour. Journal of the Washington Academy of Sciences. 

Washington, D.C.

Water and Sewage Works Water and Sewage Works. Scranton Publishing 

Co. Chicago, 111.

Water Resources Bull. Water Resources Bulletin. American Water Resources 

Association. Urbana, 111.

Water Resources Research Water Resources Research. American Geophysical 

Union. Washington, D.C.

World Meteorol. Organization Bull. World Meteorological Organization Bulletin. Geneva, Switzerland.

Yakugaku Zasshi Yakugaku Zasshi. [Journal of the Pharmaceutical Society 

of Japan.] Tokyo, Japan, 

cher Chemie. Springer-Verlag. Berlin, Germany.

Zeitschr. Anal. Chemie Fresenius' Zeitschrift fur Analytische Chemie. Unter 

Mitwirkung der Fachgruppe Analytische Chemie der Gesellschaft Deutscher Chemie. Springer-Verlag. Berlin, Germany.

Zeitschr. Angew. Physik Zeitschrift fur Angewandte Physik. Unter Mitwirkung des Verbandes Deutscher Physikalischer Gesellschaften. Berlin, 

Germany.

Zeitschr. Elektrochemie Zeitschrift fur Elektrochemie. Weinheim, Federal 

Republic of Germany.
20 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Zeitschr. Naturforschung Zeitschrift fur Naturforschung. Verlag der 

Zeitschrift fiir Naturforschung. Ttibingen, Federal Republic of Germany.

Zeitschr. Pflanzenernahr., Dungung Bodenkunde Zeitschrift fiir Pflanzenernahrung Diingung Bodenkunde. Weinheim, Federal Republic of Germany.

Zeitschr. Physik Zeitschrift fiir Physik. Deutschen Physikalischen Gesellschaft. Springer-Verlag. Berlin, Germany.

Zentralblatt fiir Biol. Aerosol Forschung Zentralblatt fiir Biologische Aerosol 

Forschung. Stuttgart, Federal Republic of Germany.

Zhur. Anal. Khimii Zhurnal Analiticheskoi Khimii. [Journal of Analytical 

Chemistry.] Akademiya Nauk SSSR. Moscow, U.S.S.R.

Zhur. Fiz. Khimii Zhurnal Fizicheskoi Khimii. [Journal of Physical Chemistry.] Akademiya Nauk SSSR. Moscow, U.S.S.R.

Zhur. Tech. Fiziki Zhurnal Tekhnicheskoi Fiziki. Akademiya Nauk SSSR. 

[Journal of Technical Physics.] Leningrad, U.S.S.R.
CLASSIFICATION INDEXPRINCIPAL TOPICS AND SUBJECT CODE

Ab Abundance:

Ab.rt In laboratory and artificial production.

Ab»tm In atmosphere and precipitation.

Abgw In ground water (meteoric and connate brines).

AbHy In worldwide hydrologic environments and hydrologic cycle.

Abju In juvenile water.

Aboc«»n In ocean water.

Abpe In pedology (soils) and agronomy.

Ab.now In snow, ice, and glaciers.

Ab.w In surface waters (rivers, lakes, ponds, reservoirs, and water 

supplies).

Abt.rr In earth, rock, and aquifer materials.

AbG Geological and natural:

AbG.tm In atmosphere and precipitation.

AbGgw In ground water (meteoric and connate brines).

AbGn7 In worldwide hydrologic environments.

AbGju In juvenile water.

AbGm«t In meteorites.

AbGoce»n In ocean water.

AbG»»t In satellites.

AbG.n <>w In snow, ice, and glaciers.

AbG.w In surface water (rivers, lakes, ponds, reservoirs, and water 

supplies).

AbGterr In earth, rock, and aquifer materials.

AbO Organic (including uptake, biological half life, and fractionation). 

Ad Adsorption and sorption :

Adgw Aquifers and filters.

AdC Chromatography.

AdG Gases on solids.

AdL Liquids on solids. 

An Analytical methods:

AnC Counters, cloud chambers, electrometers, ionization chambers, 

photographic emulsions, and autoradiography.

AnCl Colorimetric methods.

AnDn Density methods.

AnMs Mass spectrograph and mass spectrometer.

AnSp Absorption spectra.

AnTh Thermal conduction. 

Bi Biological effects of tritium and tritium compounds :

BiB Botanical.

BiC Biochemical.

BiZ Zoological.

21
22 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

EC Electrochemical properties:

EcC Conductivities and mobilities.

El Electromagnetic and optical properties (except spectra) : 

E1C1 Color effects. 

ElGd Gas discharges. 

EIMm Magnetic moments. 

EISc Light scattering. 

Eq Chemical equilibria: 

EqG Gaseous. 

EqH Heterogeneous. 

Eql Ionic. 

EqL Liquid and solution. 

Ge General and review : 

Ab Abundance:

AbG Geological and natural. 

AbO Organic. 

Ad Adsorption and sorption. 

An Analytical methods.

Bi Biological effects of tritium and tritium compounds. 

Eq Chemical equilibria.

Ha Handling, storage, contamination, health hazards, and safety. 

In Indicator and tracer techniques :

In.rt Laboratory, reactors, and artificial production.

In.tm Atmosphere and precipitation.

Ing » Ground water (meteoric and connate brines).

Innr Worldwide hydrologic environments, hydrologic budgets

and cycles, recharge, and evapotranspiration.

Inhj Hydraulics, rates of recharge and movement, velocities, 

reservoir volumes, dilution, yield, and analysis of flow 

character.

Inmet Meteorites. 

In0 ce.n Ocean water. 

Inpe Pedology (soils) and agronomy. 

In,.t Satellites 

In.now Snow, ice, and glaciers.

In.w Surface waters (rivers, lakes, ponds, and reservoirs). 

Int «Tr Earth, rock, and aquifer materials. 

InA Age determinations:

InA.tm Atmosphere and precipitation.

InAgW Ground water (meteoric and connate brines).

InA. w Surface waters (rivers, lakes, ponds, and

reservoirs). 

InBi Biological. 

InG Geological nature. 

InKi Reaction kinetics. 

Is Isotope effects:

IsEq Chemical equilibria. 

IsKi Reaction kinetics. 

Ki Chemical kinetics:

KiB Biochemical. 

KiG Gaseous.
CLASSIFICATION BY TOPICS AND SUBJECT CODE 23

Ge General and review Continued

Ki Chemical kinetics Continued 

Kil Ionic. 

KiL Liquid and solution. 

KiP Photochemical. 

KiR Radiochemical. 

Me Mechanical properties:

MeDf Diffusion, dispersion, convection, mass transport, and

permeability:

MeDf.tm Atmosphere and precipitation. 

MeDfgw Ground water (meteoric and connate brines). 

MeDfnj Worldwide hydrologic environments. 

MeDfoce.n Ocean water. 

MeDf P. Pedology (soils) and agronomy. 

MeDf.w Surface waters (rivers, lakes, ponds, and

reservoirs).

MeDfterr Earth, rock, and aquifer materials. 

No Nomenclature. 

Nu Nuclear properties:

NuB Beta-ray spectra. 

Sa Sampling techniques. 

Se Isotope separation and enrichment:

SeAd Adsorption (including chromatography and ion

exchange). 

SeAdbi Biology.

SeAdgw Ground water (meteoric and connate brines). 

SeAdpo Pedology (soils) and agronomy. 

SeDf Diffusion (including thermal diffusion). 

SeEl Electrolysis.

Sy Synthesis and preparation of compounds. 

Th Thermodynamic and related properties. 

Ha Handling, storage, contamination, health hazards, and safety. 

In Indicator and tracer techniques:

In.rt Laboratory, reactors, and artificial production.

In»tm Atmosphere and precipitation.

In(W Ground water (meteoric and connate brines).

Inn7 Worldwide hydrologic environments, hydrologic budgets and

cycles, recharge, and evapotranspiration. 

Inn7 Hydraulics, rates of recharge and movement, velocities,

reservoir volume, dilution, yield, analysis of flow character. 

Inju Juvenile water. 

In».t Meteorites. 

In0 «.»n Ocean water. 

Inpe Pedology (soils) and agronomy. 

In..« Satellites. 

In.now Snow, ice, and glaciers.

In§ w Surface waters (rivers, lakes, ponds, and reservoirs). 

Interr Earth, rock, and aquifer materials. 

InA Age determinations:

InA.tm Atmosphere and precipitation.

InA(V Ground water (meteoric and connate brines).

Worldwide hydrologic environments, hydrologic 

budgets and cycles, recharge, and evapotranspiration.
24 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

In Indicator and tracer techniques Continued 

InA Age determinations Continued 

InAmet Meteorites. 

InAocean Ocean water. 

InApe Pedology (soils) and agronomy. 

InA..t Satellites. 

InAsnow Snow, ice, and glaciers.

InAaw Surface waters (rivers, lakes, ponds, and reservoirs).

InAterr Earth, rock, and aquifer materials. 

InBi Biological. 

InG Geological nature. 

InKi Reaction kinetics. 

InSo Solubility determinations. 

InSp Spectra. 

Is Isotope effects:

Ispe Pedology (soils) and agronomy. 

IsCr Crystal structure. 

IsEq Chemical equilibria. 

IsKi Reaction kinetics. 

IsMs Mass spectra. 

IsSp Spectra.

IsTh Thermodynamic properties. 

Ki Chemical kinetics:

KiB Biochemical. 

KiG Gaseous. 

KiH Heterogeneous. 

Kil Ionic.

KiL Liquid and solution. 

KiP Photochemical. 

KiB Radiochemical. 

Me Mechanical properties:

MeD Density and molar volume.

MeDf Diffusion, dispersion, convection, mass transport, and

permeability.

MeDf.rt Laboratory and artificial production. 

MeDf.tm Atmosphere and precipitation. 

MeDfgw Ground water (meteoric and connate brines). 

MeDfny Worldwide hydrologic environments, hydrologic 

budgets and cycles, recharge, and evapotranspiration.

MeDfmet Meteorites. 

MeDfoce.n Ocean water. 

MeDfpe Pedology (soils) and agronomy. 

MeDf.now Snow, ice, and glaciers. 

MeDf»w Surface waters (rivers, lakes, ponds, and

reservoirs).

MeDfterr Earth, rock, and aquifer materials. 

MeSt Surface tension. 

MeV Viscosity. 

No Nomenclature. 

Nu Nuclear properties:
CLASSIFICATION BY TOPICS AND SUBJECT CODE 25

Nu Nuclear properties:

NuB Beta-ray spectra. 

NuH Hyperfine structure.

Nuln Interactions (absorption of radiation, ranges, and scattering I. 

NuM Masses and binding energies. 

NuP Piles, reactors, and accelerators. 

NuR Reactions. 

NuRe Magnetic resonances. 

NuS Spins, states, and wave functions. 

NuSt Statistics. 

Sa Sampling techniques:

Sa.tm Atmosphere and precipitation. 

Sagw Ground water (meteoric and connate brines). 

Sa»w Surface waters (rivers, lakes, ponds, and reservoirs). 

Sd Solid state:

SdNu Nuclear properties. 

SdSp Spectra.

SdTr Transitions (including phase transitions). 

Se Isotope separation and enrichment:

SeAd Adsorption (including chromatography and ion exchange) : 

SeAd.tm Atmosphere and precipitation. 

SeAdbi Biology.

SeAdgw Ground water (meteoric and connate brines). 

SeAdny Worldwide hydrologic environments, hydrologic 

budgets and cycles, recharge, and evapotranspiration.

SeAdocem Ocean water. 

SeAdpe Pedology (soils) and agronomy. 

SeAdiw Surface waters (rivers, lakes, ponds, and reservoirs ).

SeAdterr Earth, rock, and aquifer materials. 

SeDf Diffusion (including thermal diffusion) :

SeDf,r t Laboratory, reactors, and artificial production. 

SeDfgw Ground water (meteoric and connate brines). 

SeDfmet Meteorites. 

SeDf..t Satellites. 

SeDs Distillation. 

SeEl Electrolysis.

SeMs Mass spectrometer and mass spectrograph. 

SeSo Solubility. 

So Solubility:

SoO In organic solvents. 

Sp Spectra and spectroscopic constants : 

SpEl Molecular electronic. 

SpFl Fluorescence and luminescence. 

SpVi Vibrational (including Raman). 

SpX X-ray. 

Sr Mass spectrometry. 

St Molecular structure:

StD Molecular constants (interatomic distances, bond angles, 

moments of inertia, and force constants).
36 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

St Molecular structure Continued 

Sy Synthesis and preparation of compounds. 

Th Thermodynamic and related properties: 

ThD Diffusion and heat conduction. 

ThF Thermodynamic functions for pure substances and reactions

between them (E, H, 8, C,, Cp, F, K, A#, AE, AS, AC,, AF, data 

of state, and thermal expansion). 

ThP Phase equilibria (melting points, triple points, boiling points,

heat of transition, critical constants, and vapor pressures). 

ThS Statistical mechanics and statistical thermodynamics. 

ThSo Properties of solutions (activities, fugacities, pH, vapor pressures, heat of solution and dilution, and colligative properties).
MAIN BIBLIOGRAPHY BIBLIOGRAPHY AND AUTHOR INDEX

Al Abdullaev, A. A., Khaitov, B. K., Lobanov, E. M., and Khaidarov, A. A.,

1962, Measurement of the activity of tritium in samples of water: Akad. 

Nauk Uzbek. SSR Izv., Set. Fiz.-Mat, v. 6, no. 5, p. 40-44 [in Russian]. 

C.A. 58: 7721 h. AnC.

Ackerman, M. E. See Hodgson, T. S. 

Aeberhardt, A. See Fallot, P. 

Aebi, Hugo. See Zuppinger, Adolf.

A2 Agranoff, B. W., 1957a, Low-level tritium counting techniques: Chicago, 

111., Northwestern Univ. Conf. on Liquid Scintillation Counting Proc., 

p. 220-222. C.A. 53: 5899 d. AnC.

A3 Agranoff, B. W., 1957b, Silica vials improve low-level counting: Nucleonics, v. 15, no. 10, p. 106; C.A. 53: 7799 h; N.S.A. 12: 3074. AnC, Nu.

A4 Ahnstroem, 6., Ehrenberg, L., and Rosen, C.-G., 1965, Tritium labelling 

of cells in vitro: Acta Chemica Scandinavica, v. 19, p. 964-966. N.S.A. 

19:43651. BiC, InBi.

A 5 Akhtar, Sayeed, and Smith, H. A., 1964, Separation and analysis of 

various forms of hydrogen by adsorption and gas chromatography: Chem. 

Rev., v. 64, p. 261-276. N.S.A. 19:20435. AbG. tm, AbGHr, AbGt.rr, AdC, 

AnCl, AnMs, Ingw , InBi, Is, KiR, No, NuH, NuS, SeAd, SpVi, Th.

A6 Akhtar, Sayeed, and Smith, H. A., 1965, Concentration, storage, and 

determination of tritium at activity levels of 10-8-mole percent, in Chatters, R. M., and Olson, E. A., Radiocarbon and tritium dating: Pullman, 

Wash., Washington State Univ., 6th Internat. Conf. on Radiocarbon and 

Tritium Dating, June 7-11, 1965, Proc., p. 491-504. An. 

Aladzhalova, N. A. See Trusov, G. N. 

Albenesius, E. L. See Reinig, W. C.

A7 Albenesius, E. L., and Meyer, L. H., 1962, Analytical techniques for the 

use and control of tritium at Savannah River: U.S. Atomic Energy Comm. 

Pub., DP-771, 18 p. C.A. 58: 6417 h; N.S.A. 17:4455. Ge of: AnC: Ha, 

In,lm. 

Alekseev, F. A. See Flerov, G. N.

AH Aleekseev, F. A., Bol'bek, G. P. Soifer, V. L., Vasil'eva, N. A. Maidebor, 

V. N., Sokolovskii, E. V., and Shan'gin, N. N., I960, Tritium in the investigation of subterranean waters, Proceedings Series: Vienna, Austria, Internat. Atomic Energy Agency Conf. on Use of Radioisotopes in the Phys. Sci. 

and Industry, held at Copenhagen, Denmark, Sept. 6-17, 1960, Proc., 

RICC/318; U.S. Atomic Energy Comm. Pub., AEC-tr-4342, 16 p. N.S.A. 

15:9186. Ingw, Inh,.

AJ) Alekseev, F. A., Soifer, V. N., Filonov, V. A., and Finkel'shtein, Ya. B., 

1958, Use of tritium in ground water as an indicator: Soviet Jour. Atomic 

Energy, v. 4, p. 396-399 [English trans. of Atomnaya Energiya]. C.A. 

 ?3:12536 a. AnC, In, Sy.

27
28 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

A10 Alekseev, F. A., ed., 1959, Yadernaya geofizika. (Sbornik state! po 

ispoi'zovaniyu radioaktivnykh izluchenii i izotopov v geologii nefti) 

[Nuclear geophysics. (Symposium of articles on using radioactivity and 

isotopes in oil geology)] : Moscow, U.S.S.R., Gostoptekhizdat, 372 p. Ingw.

All Aliprandi, Bianca, Cacace, Fulvio, and Guarino, Angelo, 1964, Chemical 

effects of nuclear decay in doubly triated ethane at atmospheric pressure, 

in Chemical effects of nuclear transformations, v. 2, Proceedings Series: 

Vienna, Austria, Internat. Atomic Energy Agency Symposium, Dec. 7-11, 

1964, Proc., p. 471-482. N.S.A. 19: 42575. AdC, Is, NuB, NuR.

A12 Alien, A. O., 1948, Radiation chemistry of aqueous solutions: Jour. Phys. 

and Colloid Chemistry, v. 52, p. 479-490. C.A. 42: 4454 g. EqH, Eql, KiR.

A13 Alien, R. A., Smith, D. B., Otlet, R. L., and Rawson, D. S., 1966, Lowlevel tritium measurements in water: Nuclear Instruments and Methods, 

v. 45, no. 1, p. 61-71. AnC, Ingw , SeEl. 

Almeida, I. G. See Marquez, L. 

Alpert, N. L. See Bitter, F.

A14 Al'tshuller, S. V., 1947, Mechenye Atomy (Tracer atoms) : Moscow, Ser. 

Nauch Popular. Biblioteki, Gosudarst. Izdal. Tekh. Teoret. Lit., 48 p. 

C.A. 44 :953 d. Ge of: In.

Alvinerie, Jacques, fee Leveque, Paul.

A14.1 Alvinerie, Jacques, 1966, Study of the tritium activity of the basin 

pouring from Mont Cenis: Comptes Rendus [France] ser. D 262, p. 32-35 

in [French]. N.S.D. 20: 16668. Insw , MeDfsw .

A15 Alvinerie, Jacques, Degot, Bernadette, Leveque, Paul, and Vigneaux, 

Michel, 1966, Tritium activity and chemical characteristics of the water of 

Lake Pavin: Comptes Rendus [France], ser. D 262, No. 8, p. 846-849 

[in French]. C.A. 64: 15569 g. AbG,,, InA, w , MeDf. w .

A16 Aman, J., Farkas, L., and Farkas, J., 1948, Some catalytic hydrogen 

exchange reactions of hydrocarbons: Am. Chem. Soc. Jour., v. 70, p. 727- 

732. C.A. 42: 4035 d. EqH, InKi, KiH, SeAd.

A17 Amavis, Rene, and Vaccarezza, Jacques, 1960, The use of an experimental device for [radioactive liquid waste] disposal into the ground at 

the Centre d'Etudes Nucleaires at Saclay, France: Saclay, France, Comm. 

a 1'Energie Atomique, Centre d'Etudes Nucleaires Rap., CEA-1791, p. 166- 

180. C.A. 55:15788 ab. AdL, In, MeDf.

A18 Ambroggi, R. P., 1966, Water under the Sahara: Sci. American, v. 214, 

no. 5, p. 21-29. AbG..ro , AbGgT , In, InA, MeDf.,m , Medfgw.

A19 American Geological Institute, 1960, Glossary of geology and related 

sciences, 2d ed.: Washington, Am. Geol. Inst, Glossary Rev. Comm., p. 305. 

No.

A20 American Geological Institute, 1962, Dictionary of geological terms: 

New York, Dolphin Books, Doubleday & Co.. 541 p. (See especially p. 513.) 

No.

A21 Ammar, R. G., Dunn, W., and Holland, M., 1962, Spin and binding of 

AH": Nuovo Cimento, v. 26, p. 840-843 [in English]. C.A. 58:3064 a. Nu.

A22 Anand, J. S., and Lal, Devendra, 1964, Synthesis of methane from water 

for tritium measurement: Nature, v. 201, no. 4921, p. 775-777. C.A. 

60:11883 b; N.S.A. 18:16075. AnC, Sy.

A23 Anbar, M., Neta, P., and Heller, A., 1962, The radioassay of tritium in 

water in liquid scintillation counters The isotopic exchange of cyclohexene 

with water: Internat. Jour. Appl. Radiation and Isotopes, v. 13, p. 310-312. 

C.A. 58:2099 g; N.S.A. 16:31544. AnC.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 29

Anderson, E. C. See Trujillo, T. T.

A24 Anderson, E. C., and Hayes, F. N., 1956, Recent advances in low-level 

counting techniques: Ann. Rev. Nuclear Sci., v. 6, p. 303-316. N.S.A. 

11: 5499. Ge: of AnC (with 70 references).

A25 Anderson, E. C., and Libby, W. F., 1957, The development and applications of low-level counting: Advances Biol. Med. Physics, v. 5, p. 385-423. 

N.S.A. 12: 8982. AbG, AnC, Ge of: In; Ha. 

Andreev, B. J. See Shushunov, V. A.

A26 Anonymous, 1959, Schedule E, radioactive compounds: Chicago, 111., 

Nuclear-Chicago Corp., 20 p. Sy.

A27 Anonymous, 1962, Disposal of low-level radioactive waste into Pacific 

coastal waters: [U.S.] Natl. Acad. Sci. Natl. Research Council Pub. 985, 

87 p. C.A. 58: 1234 a. Ab, Bi, Ha, InBi, MeDf.

A28 Anonymous, 1963, Nuclear Instrumentation, No. 16: Bull. Inf. Sci. et 

Tech. 70, supp., p. 1-47 [in French]. N.S.A. 17:29206. AnC, In.tm.

A29 Anonymous, 1963, Continuous scintillation counting of weak beta emitters 

in flowing aqueous streams: Nuclear-Chicago Tech. Bull. 15, 4 p. In.

A30 Anonymous, 1963, Geological Survey finds new high levels of tritium in 

rain water: Water and Sewage Works, v. 110, no. 11, p. 401. Ab, In.

A31 Anonymous, circa 1964, Model 9160 tritium monitor: Austin, Texas, 

Texas Nuclear Corp., 1 p. An.

A32 Anonymous, 1964, Isotope technology development: [U.S. Atomic Energy 

Comm.] Isotopes and Radiation Technology, v. 1, no. 3, p. 225-244. N.S.A. 

18:22382. Sy.

A33 Anonymous, 1964, Nuclear Instrumentation. No. 20: Bull. Inf. Sci. et 

Tech. 84, sup. 1, p. 38 [in French]. N.S.A. 19:4498. AnC, In.,m.

A34 Anonymous, 1964, Instrument development: [U.S. Atomic Energy Comm.] 

Isotopes and Radiation Technology, v. 1, no. 3, p. 268-274. N.S.A. 18:22356. 

AnC, Ha.

A35 Anonymous, 1964, Paper and thin-layer chromatography of radioactively 

labelled compounds: Kerntechnik, v. 6, p. 268-269. AdC, An.

A36 Anonymous, 1964, S£minaire sur la protection centre les dangers du 

tritium (Seminar on Protection against the dangers from tritium) : Le 

Vesinet, France, Service Central Protection Rayonnements lonisants, 136 p. 

C.A. 65 : 4236 a. Ha.

A37 Anthony, J. D., 1959, Portable tritium monitor has gamma compensation : Nucleonics, v. 17, no. 4, p. 110-114. C.A. 53:14747 f; N.S.A. 

13 : 11122. AnC, Ha.

Anzani, A. Sec Forte, M.

A38 Apelgot, Sonia, Duquesne, Maurice, 1961, Liquid scintillation counting 

applied to the quantitative measurement of tritium in bacteria: Jour. 

Chem. Physics, v. 58, p. 774-777. C.A. 56: 7779 a; N.S.A. 16:6576. Ad, 

AnC, EcC, InBi.

A39 Apelgot, Sonia, Duquesne, Maurice, 1963, Energy dissipated by tritium 

in microorganisms: Internat. Jour. Radiation Biology, v. 7, no. 1, p. 65-74 

[in French]. C.A. 60:9574 e; N.S.A. 18:19633. BiB, InBi.

A40 Arizumi, A., and Kondo, 0., 1963, Investigation of the movement of 

infiltrating acidic hot-spring water in the ground by means of radioisotopes, in Radioisotopes in hydrology, Proceedings Series: Vienna, Austria, 

Internat. Atomic Energy Agency Symposium on the Application of Radioisotopes in Hydrology, held at Tokyo, Japan, Mar. 5, 9, 1963, Proc., p. 

365-381. N.S.A. 18:1928. InPe , Ing ,, Insw , InAgw , MeDfgw , SeAd.
30 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Armstrong, F. E. Sec Heemstra, R. J. 

Armstrong, F. E. See Whisman, M. L. 

Arnheim, J. Sec Eidinoff, M. L. 

Arnold, J. R. Sec Merrill, J. R. 

A41 Arnold, J. R., 1959, Studies of natural and induced radioactivities: U.S.

Atomic Energy Comm. Pub., OOR-1574.5, 88 p. N.S.A. 13:20329. AbG.tm. 

A42 Arnold, J. R., 1961, Liquid scintillation counting of tritium, in Rothchild,

Seymour, ed., Advances in tracer methodology, v. 1: New York, Plenum

Press, p. 69-75 [1963]. C.A. 58:9845 b; N.S.A. 17:18477. AnMs, Ge of:

AnC, Sy. 

A43 Arnold, J. R., and Martell, E. A., 1959, The circulation of isotopes:

Sci. American, v. 201, no. 3, p. 84-94. Ad, BiB, Ha, InAearth, InBi, Is,

NuB, SeAdoce.n, SeAdterr. Ge of: AbG.tm, AbG0 c<..n, AbGterr, MeDf.tm,

MeDfsw , MeDfgw , MeDfooe an.

Aronoff, S. See Gage, R. S. 

A44 Athavale, R. N., Lal, Devendra, and Rama, 1965, Indian Acad. Sci. Proc.

[Publication referenced in Lal, Devendra, and Rama, 1965, as cited in

this bibliography.] Ab, In. 

A45 Atomic Energy of Canada, Ltd. [AECL], 1964, Activities of AECL in

the fields of biology, health physics, and medicine: Atomic Energy Canada,

Ltd., Pub., AECL-2107, 34 p. NSA 19: 10719. AbO, BiB, Ingw , InBi. 

A46 Aujeszky, L., 1949, Isotopes in the atmosphere: IdSjaras, v. 53, p. 289-

292. C.A. 46: 3413 b. AbGatm.

A47 Ault, W. U., and Hardaway, J. E., 1965, Subsurface tracing with radioisotopes: Isotopics, v. 2, no. 1, 8 p., 123 Woodland Ave., Westwood, N.J.

Isotopes, Inc. Ge: of Ingw . 

A48 Aussel, P., Chanal, J. L., and Marignan, R., 1965, A study of the diffusion

25, no. 2, p. 145-150 [in French]. C.A. 65: 9781 b. An, IsCr, MeDf.

Avinur, P. See Dostrovsky, I. 

A49 Avinur, P., and Nir, Aharon, 1958, Tritium exchange between toluene

and aqueous sulfuric acid: Israel Research Council Bull. 7A, p. 74-79.

C.A. 52:10745 d. In, Kil, SeAd.

B

Bl Back, William, and Hanshaw, B. B., 1965, Chemical geohydrology, in 

Chow, V. T., ed., Advances in hydroscience, v. 2 1965: New York, Academic Press, p. 49-109. AbG.tm, InAgw , InA0<. e.n , InA.w, Me, MeDfgw, 

NuB, SeAd, Th.

B2 Baden, H. P., 1964, Improved technique for determination of 14C and *H by 

flask combustion: Anal. Chemistry, v. 36, no. 4, p. 960. C.A. 61:38 c; 

N.S.A. 18: 15973. AnC.

B8 Baggett, Billy, Presson, T. L., and Coey, J. C., 1965, Correction for 

quenching of samples from an oxygen flask combustion method for tritium 

analysis: Anal. Biochemistry, v. 10, no. 2, p. 367-370. C.A. 62:16620 g, 

C.A. 55:23647 c; N.S.A. 19:15356. AnC.

B4 Bahcall, J. N., 1964, Neutrino-spectroscopy of the solar interior: Phys. 

Rev. Letters, v. 13, p. 332-333. N.S.A. 19:8058. AbGatm, NuB. 

Bainbridge, A. E. See Ehhalt, D. H. 

Bainbridge, A. E. 8ee Ostlund [Oestlund], H. G.

B5 Bainbridge, A. E., 1959, Corrections to be applied to the electrolytic enrichment factor of deuterium and tritium when water is being lost from
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 31

the cell by entrainment and by evaporation: U.S. Atomic Energy Comm.

Pul>., NS-1, 24 p. N.S.A. 13: 14240. AnC, SeAd, SeDs, SeEl, ThSo. 

B6 Bainbridge, A. E., 1962, Tritium in surface waters of the North Pacific,

in Nuclear Geophysics: Washington, D.C., [U.S.] Natl. Acad. Sci. Natl.

Research Council Conf. on Nuclear Geophysics, held at Woods Hole, Mass.,

June 7-9, 1962, Proc. U.S. Atomic Energy Comm. Pub., NAS-NRC-1075,

p. 129-137 [1963]. N.S.A. 17:25462. Aboc«.n, In0ce.n , InAoc«n , MeDfoce.n, No. 

B7 Bainbridge, A. E., 1963, Tritium in the North Pacific surface waters:

Jour. Geophys. Research, v. 68, no. 13, p. 3785-3790. C.A. 59:3646 e;

N.S.A. 17:30698. AbG.tm, AbGoee.n, In.tm, Inoc e.n, InAoce.n, MeDfoee.n.

B8 Bainbridge, A. E., 1965, Determination of natural tritium: Rev. Sci. 

Instruments, v. 36, no. 12, p. 1779-1782. C.A. 64: 4244 h. AnC, SeEl.

B9 Bainbridge, A. E., and O'Brien, B. J., 1961, Levels of tritium in a variety 

of New Zealand waters and some tentative conclusions from these results, 

in Tritium in the physical and biological sciences, v. 1, Proceedings Series: 

Vienna, Austria, Internat. Atomic Energy Agency Symposium on Detection 

and Use of Tritium in the Phys. and Biol. Sci., May 3-10, 1961, Proc.. 

v. 1, p. 33-39 [1962]. C.A. 57:9587 h; N.S.A. 16:16079. Ab. tm , Ab» w , 

Abgw , AbHy, Abooe.n, AbGatm, AnC, InAgw , InABnow , MeDf»« m , MeDfHy.

BIO Bainbridge, A. E., Sandoval, Paula, and Suess, H. E., 1961, Natural 

tritium measurements by ethane counting: Science, v. 134, no. 3478, p. 

552-553. C.A. 56:11149 f; N.S.A. 15:27578. AnC, SeAd, Sy.

Bll Bainbridge, A. E., Suess, H. E., Friedman, Irving, Bishop, K. F., Taylor, 

B. T., and Eggleton, A. E. J., 1961, Isotopic composition of atmospheric 

hydrogen and methane [contains a supplemental discussion by last three 

listed authors] : Nature, v. 192, p. 648-649. N.S.A. 16:4381. Ab.tm, AbG.tm, 

AbG.w.

B12 Bainbridge, A. E., Suess, H. E., and Wanke, H., 1962, The tritium content of three stony meteorites and one iron meteorite: Geochim. et 

Cosmochim. Acta, v. 26, p. 471-473. C.A. 57:5635 f: N.S.A. 16:20827. 

AbG.tm, AbGmet, Ad, AnC, InA.tm , InAm et. 

Bal, George. See Begault, J. C.

B13 Bal, George, 1964, Protection against the radioactivity of tritium: 

France, Comm. a 1'Energie Atomique, Note 468. 16 p. [in French]. C.A. 

62: 1294 c. Ab, An, Ha. In, Nu.

B14 Balkwell, W. R., and Kubose, D. A., 1965, Determination of the total 

tritium activity adsorbed on the surface of various metals: U.S. Atomic 

Energy Comm., Accession 47018, Rept. USN-RDL-tr-890, 22 p. C.A. 

65:6654 g. Ha, In.

Ballard, L. F. Sec Ely, R. L., Jr.

ir.5 Ballard, L. F., and Ely, R. L., Jr., 1963, A sensitive tritium monitor: 

U.S. Atomic Energy Comm.. Pub., ORO-491. 39 p. C.A. 61:9134 a: N.S.A. 

17:29124, N.S.A. 18:2085. AnC, Ha, Ina.m. 

Ballentine, R. See Bernstein, W. 

Ballou, J. E. See Thompson, R. C.

B16 Balmain, J. H., Policy, S. J., and Glascock, R. F., 1951, Stimulation by 

insulin of in vitro fat synthesis by mammary tissue studied with carbon14 

and tritium: Nature, v. 168. p. 1083-1084. C.A. 47: 4462 e. BiC, Ha, InBi.

B17 Banerji, B. K., 1948, A'iscosity of liquids and temperature: Current Sci.. 

v. 17, p. 214. C.A. 43: 2835 e. MeV.

B18 Banks, T. E., Blow, L. W., and Francis, G. E., 1956, A windowless flowtype Geiger counter for the assay of solid materials containing soft
32 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

^-emitting isotopes: Jour. Biochemistry, v. 64, p. 408-411. C.A. 51:3309 i.

AnC. 

B19 Banks, T. E., Crawhall, J. C., and Smyth, D. G., 1956, Some techniques

in the assay of tritium: Jour. Biochemistry, v. 64, p. 411-416. C.A. 51: 3309

i: N.S.A. 11:19X9. Ge of: AnC.

Banville, B. See Sannes, F. 

B20 Banville, B., 1965, Calibration of tritium-in-air monitors: Atomic Energy

Canada, Ltd., Pub., AECL-2265, 22 p. N.S.A. 19:36800. An, Ha, Inatm. 

B21 Banwell, C. J., (no date shown), Oxygen and hydrogen isotopes in New

Zealand thermal areas, in Tongiorgi, Ezio, ed., Nuclear geology on geothermal areas: Pisa, Italy, Consiglio Nazionale delle Ricerche, Laboratorio

di Geologia Nucleare, paper presented at conference, 1963, Spoleto, Italy,

p. 95-138 [pub. distribution, 1967]. AbGRw, AbGju.

Barclay, F. R. See Goldsmith, P. 

B22 (Reference deleted.)

Barnett, C. R. See Feely, H. W. 

B23 Barrett, E. W., and Huebner, Leonid, 1960, Atmospheric tritium analysis:

U.S. Atomic Energy Comm. Tech. Prog. Rept. 2, AECU-4739, 33 p. N.S.A.

14: 10685. Ab., m , An, InAat , MeDfatm , Nu. 

B24 Barrett, E. W., and Huebner, Leonid, 1961, Atmospheric tritium analysis:

U.S. Atomic Energy Comin. Tech. Prog. Rept. 3, TID-14425, 65 p. N.S.A.

16:4375, N.S.A. 16:6369. Ab., m , In., m , Mel)f.tm .

B25 Barth, C. A., and Suess, H. E., 1960, The formation of molecular hydrogen through photolysis of water vapor in the presence of oxygen: Zeitschr.

Physik. v. 158, p. 85-95 [in English]. C.A. 54:7298 h. Ab, Eql, In, KlI,

KiP.

Barth, H. See Von Buttlar, Haro. 

Baserga, Renato. See Samuels, L. D. 

B26 Baserga, Renato, Lisco, Hermann, and Kisieleski, W. E., 1962, Further

observations on induction of tumors in mice with radioactive thymidine:

Soc. Experimental Biol. Medicine Proc., v. 110, p. 687-690. N.S.A. 16:

31498. BiZ, Ha. 

B27 Bateman, A. J., and Chandley, A. C., 1962, Mutations induced in the

mouse with tritiated thymidine: Nature, v. 193, p. 705-706. N.S.A.

16: 9881. BiC, BiZ, Ha.

B28 Baugnet-Mahieu, L., Goutier, R., and Semal, M., 1964, Anomalous behavior of tritiated thymidine during the course of its phosphorylation

in ritro: Archives Internat. Physiologie et Biochimie, v. 72, no. 2, p.

312-313. C.A. 60: 16127 de. BiB, InBi, MeDf.

Bayhurst, B. P. See McClelland, Jean. 

B29 Bayly, J. G., Booth, R. J., and Stevens, W. H., 1962, An improved

infra-red method of monitoring heavy water: U.S. Atomic Energy Comm.

Pub., CRRP-1099, 17 p. N.S.A. 16:32918. AnSp, Inatm, Sp. 

Bazan, Fernando. See Feely, H. W. 

Bazan, Fernando. See Giletti, B. J. 

B30 Becker, K., 1961, Photographic determination of T in H2O: Atompraxis,

v. 7, p. 358-360 [in German]. C.A. 56:3094 h; N.S.A. 16:1707. Ha, In,

KiP, KiR.

Beckett, C. W., See Brown, L. M. 

B31 (Reference deleted.) 

B32 Begault, J. C., and Bal, George, 1964, The tritium content of laboratory
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 33

air: France, Comm. a FEnergie Atomique, Note 469, 6 p. C.A. 61: 9144 f. 

An, Ha.

Begemann, Friedrich. See White, D. E.

B33 Begemann, Friedrich, 1956, Nuclear processes in geologic settings: 

[U.S.] Natl. Acad. ScL Natl. Research Council Pub. 400, p. 166, AbG,

InA«tm.

B34 Begemann, Friedrich, 1957a, Distribution of artificially produced tritium

in nature: [U.S.] Natl. Acad. ScL Natl. Research Council Pub. 400,

p. 166-171. C.A. 51: 17475 d. AbHy, AbG, InA, MeDf. 

B35 Begemann, Friedrich, 1957b, Tritium assays of natural waters measured

in 1956-57: U.S. Atomic Energy Comm. Pub., AF OSR-tr-58-51. N.S.A.

12:8224. Ab.tm, Ab. w , Absnow, AbG.tm, In.tm, In.w, In.now, In,w , Inky,

MeDf.tm, MeDf.w. 

B36 Begemann, Friedrich, 1958a, Tritium assays of natural waters: Chicago,

111., Chicago Univ., Final Rept. AF 18-(600)-569, p. 21-24. Ab.tm, Abgw,

Absw, Abocean, Ab.now, In.tm, lUgw, In.w, iHoce.n, In.now, MeDf.tm, MeDf,w,

MeDfsw, MeDf0 ce. n, MeDf. n0 w.

B37 Begemann, Friedrich, 1958b, New measurements on the worldwide distribution of natural and artificially produced tritium: Geneva, Switzerland, 

2d Internat. Conf. on Peaceful Uses of Atomic Energy, 1958, Proc., v. 18, 

p. 545-550 [1959]. C.A. 54:7259 h; N.S.A. 13:6033. Ab.tm, Ab. no w, In.tn,, 

In8now, MeDf.tm.

B38 Begemann, Friedrich, 1959a, Nouvelle determination du taux de 

disintegration terrestre et naturel du tritium. Origine du tritium 

"naturel" [New determination of rates of disintegration of terrestrial and 

natural tritium] : Zeitschr. Naturforschung, v. 14a, p. 334-342; France, 

Comm. a 1'Energie Atomique Rap., CEA-tr-A-820, 38 p. N.S.A. 15:11870, 

N.S.A. 13: 13819. AbG.,m , AbG8n0 w, Nu.

B39 Begemann, Friedrich, 1959b, Redetermination of the decay rate of 

natural tritium and origin of "natural" tritium [New determination of 

the natural terrestrial tritium decay rate and the question of the origin 

of "natural" tritium] : Zeitschr. Naturforschung, v. 14a, p. 334-342, 

[in German]. C.A. 53:16720 fg: N.S.A. 13:13819 AbG.tm, In.now, 

MeDf.tm, NuB.

B40 Begemann, Friedrich, 1962a, The "natural" tritium distribution [economy] in the earth and the question of its temporal variation: Chimia, 

v. 16, p. 1-10 [in German]. C.A. 57:469 b; N.S.A. 16:15006, N.S.A. 

16:27435, Ge of: AbG. tm, In0 ce.n , Ingw , Ins «, In« err, InHy, Ina tm.

B41 Begemann, Friedrich, 1962b, Tritium determinations in atmospheric 

gases and meteorites. Summary report 1, November 1, 1960-October 31, 

1961: U-S. Atomic Energy Comm. Pub., AF CRL-62-295, 13 p. AbG.tm, 

AbGmet, AnC, In.tm.

B42 Begemann, Friedrich, 1963a, Tritium determinations in atmospheric 

gases and meteorites: Natl. Aeronautics Space Adm. Accession N64-21907, 

Rept. AD 601129, 42 p. C.A. 62: 7541 e. AbG.tm, AbGmet, InA, MeDf, SeAd.

B43 Begemann, Friedrich, 1963b, The tritium content of atmospheric hydrogen 

and atmospheric methane: Jour. Geophys. Research, v. 68, no. 13, p. 

3757-3758. N.S.A. 17:30694. Ab.tm, Ab.rt, In.tm, In.,t.

B44 Begemann, Friedrich, 1963c, The tritium content of atmospheric hydrogen and atmospheric methane, in Geiss, Johannes, and Goldberg, E. D., 

eds., Earth science and meteoritics: Amsterdam, Netherlands, North-
34 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Holland Publishing Co., p. 169-187. C.A. 61:482 d; N.S.A. 18:12363. 

AbG.tm, AbGHT, In»tm, MeDf» t m with many references.

B45 Begemann, Friedrich, circa 1963d, New measurements on the worldwide 

distribution of natural and artificially produced tritium: U.S. Atomic 

Energy Comm. Pub., A/CONF-15/P/1963, 14 p. N.S.A. 13:6033. Ab.t»,

Ab.now, In.tm, In.now, MeDf.tm.

B46 Begemann, Friedrich, 1966, Tritium content of two chondrites: Earth 

Planetary Sci. Letters, v. 1, no. 4, p. 148-150 [in English]. C.A. 65:12013 

ab. AbG»t m.

B47 Begemann, Friedrich, Eberhardt, P., and Hess, D. C., 1959, Helium-3- 

tritium radiation age of a stone meteorite: Zeitschr. Naturforschung, v. 

14a, p. 500-503. C.A. 53: 19739 c. AbGme t, InAmet.

B48 Begemann, Friedrich, and Friedman, Irving, 1959, Tritium and deuterium contents of atmospheric hydrogen: Zeitschr. Naturforschung, v. 14a, 

p. 1024-1031, C.A. 54:9397 b. Ab. tm, Ab8W , AbG.tm, AbG.w, MeDf.tm, 

MeDf.w, Th.

B49 Begemann, Friedrich, Geiss, Johannes, and Hess, D. C., 1957, Radiation 

age of meteorite from cosmic-ray-produced He3 and H": Phys. Rev., v. 

107, p. 540-542. AbGmet, InAmet.

B50 Begemann, Friedrich, and Libby, W. F., 1957, Continental water balance, 

ground-water inventory and storage times, surface ocean mixing rates, and 

worldwide water circulation patterns from cosmic-ray and bomb tritium: 

Geochim, et Cosmochim. Acta, v. 12, p. 277-296; U.S. Atomic Energy Comm. 

Pub., OSR-TN-56-561, 38 p. N.S.A. 11:2220. AbG.tm, AbGgw , AbGoce.n,

In.tm, Inocein, lUgw, lUhj, In.now, IllA.tm, InAocean, InAgw , InAHT, InA.now, 

MeDf,w, MeDf.cean, MeDfatm.

B51 Begemann, Friedrich, and Turkevich, Anthony, 1957, Tritium assays of 

natural waters measured in 1956-1957: U.S. Dept. Commerce, Office Tech. 

Ser. Publication Board Rept. 133,669, 32 p. AbG, In, MeDf.

B52 Belcher, E. H., 1960, The assay of tritium in biological material by wet 

oxidation with perchloric acid followed by liquid scintillation counting: 

Physics in Medicine and Biology, v. 5, p. 49-56. N.S.A. 14:23862. AnC, 

BiC, InBi, Sy.

B53 Belgium, Centre d'Etude de 1'Energie Nucleaire, 1965, Radiologie 

cellulaire et biochimique, Rapport final, 1964 [Cellular and biochemical 

radiobiology, Final report, 1964] : Mol, Belgium, Centre d'Etude de 

1'Energie NuclSaire. European Atomic Energy Community (EURATOM) 

Pub., EUR-2201. f, 25 p. N.S.A. 19: 29896. BiC, BiZ, InBi, Is.

B54 Belikov, M. P., Emil'yanov, V. A., and Nesterov, V. E., 1961, Primenenie 

radioaktivnyhh izotopov v gidrotekhnicheskom stroitel'stve (Applications 

of radioisotopes to hydrotechnology) : Moscow, U.S.S.R. Gosstroiizdat. 164 

p. N.S.A. 17:302. Ha. Ge of: Ingw , InhT (with 55 references included). 

Bell, C. G., Jr. See Huiswaard, P. J. 

Bell, R. M. See Knoche, H. W. 

Belter, W. G. See Peckham, A. E.

B55 Benioff, P. A., 1957, Calculation of the tritium production rate from 

cosmic-ray data and experimental cross sections: La Jolla, Calif., Scripps 

Inst. Oceanography Conf. on Recent Research in Climatology, 1957, 

Proc., p. 74-76. C.A. 53:12029 f. AbG, Nu.

B56 Benley, R., 1950, Mass spectrometry: London, England, Inst. Petroleum, 

p. 117-126. [Report of a conference organized by the Mass Spectrometry
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 35

Panel of the Institute of Petroleum, held at Manchester, England.] 

C.A. 46:9972 c. AnMs, InBi.

B57 Bennett, Richmond, 1965, Carbon-14 dating of ground water in an arid 

basin, in Chatters, R. M., and Olson, E. A., Radiocarbon and tritium 

dating: Pullman, Wash., Washington State Univ., 6th Internat. Conf. 

on Radiocarbon and Tritium Dating, June 7-11, 1965, Proc., p. 590-596. 

AbGgw, InAgw. 

Bennis, E. A. See Engelke, M. J.

B58 Benson, R. H., and Maute, R. L., 1962a, Liquid scintillation counting of 

tritium Improvements in sensitivity by efficient light collection, in Transactions of the American Nuclear Society 1962 Annual Meeting, Boston, 

Massachusetts, June 18-21, 1962: Am. Nuclear Soc. Trans., v. 5, no. 1, 

p. 203-204, N.S.A. 16:25429. AnC.

B59 Benson, R. H., and Maute, R. L., 1962b, Liquid scintillation counting of 

tritium Improvements in sensitivity by efficient light collection: Anal. 

Chemistry, v. 34, p. 1122-1124. C.A. 57:10738 fg; N.S.A. 16:24578. AnC.

B60 Benson, S. W., and Marchi, R. P., 1965, New lattice model for statistical 

mechanics of quantum fluids, I; Liquid hydrogen and its isotopes: Jour 

Chem. Physics, v. 42, no. 2, p. 574-578. C.A. 62: 5913 fg. Is, Ki, MeV, NuM, 

SdNu, Se, ThP, ThS. 

Bentz, L. L. See Curtis, M. L. 

Berlin, N. I. See Prentice, T. C.

B61 Bernotas, V. I., Pirogov, Yu. A., and Filippov, O. A., 1962, The measurement of the activity of thick tritium-labeled samples: Tekh. Izmerenii 

Radioaktivnye Preparatov Sbornik Statei, p. 51-55. C.A. 59:4759 a. AnC.

B62 Bernstein, W., and Ballentine, R., 1950, Gas phase counting of lowenergy ^-emitters: Rev. Sci. Instruments, v. 21, p. 158-162. C.A. 44:6732 d. 

AnC.

Berry, C. E. See Washburn, H. W. 

Bersin, R. L. See Brinkerhoff, J. M. 

Berthold, F. See Simon, Helmut

B63 Berthold, F., 1965, Recent methods for the automatic evaluation of thinlayer and paper radiochromatograms, in Radioisotope sample-measurement 

techniques in medicine and biology: Vienna, Austria, Internat. Atomic 

Energy Agency Symposium on Radioisotope Sample Measurement Techniques in Medicine and Biology, May 24-28, 1965, Proc. Preprint SM-61/31, 

14 p. U.S. Atomic Energy Comm. Pub. CONF-650507-4, 14 p. N.S.A, 

19: 32597. AdC, InBi, KiR. 

Bhat, I. S. See Kamath, P. R. 

Bianchi, W. C. See Haskell, E. E., Jr. 

Bibron, Roland. See Tamers, M. A.

B64 Bibron, Roland, 1959, Measurement of weak activities in carbon 14 and 

tritium by a scintillation method: Onde Elec. v. 39, p. 40-45. U.S. Atomic 

Energy Comm. Pub., AEC-tr-3849, 11 p. N.S.A. 13:22286. AnC.

B65. Bibron, Roland, 1965, Detection du tritium atmosphgrique par scintillation. Evolution de sa concentration en France (Detection of atmospheric 

tritium by scintillation. Variations in its concentration in France) : Centre 

d'Etudes Nucle"aires, 104 p.; France, Comm. a 1'Energie Atomique Rap., 

CEA-R-2629, 104 p. N.S.A. 19:24700. AnC. In.tm, MeDf.tm, SeEl.

B66 Bibron, Roland, Delibrias, Georgette, Labeyrie, Jacques, 1961, Increase 

of atmospheric tritium from thermonuclear explosions: Bull. Inf. Sci. et
36 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Tech., no. 54, p. 11-15 [in French]. C.A. 56:6865 f; N.S.A. 16:4414. Ab.rt, 

AbG.tm, AnC, In.tm, MeDf.tm, SeEl.

B67 Bibron, Roland, Delibrias, Georgette, Labeyrie, Jacques, 1963, The concentration of tritium in rain waters in France: Comptes Rendus [France], 

v. 256, p. 4951-4954. C.A. 59:9557 a; N.S.A. 17:29144. AbG. tm, In. tm,

MeDfatm.

B68 Bibron, Roland, Delibrias, Georgette, and Leger, Concele, 1959, Apparatus for the detection of carbon-14 and tritium: v. 2, Internat. Atomic 

Energy Agency Symposium on Nuclear Electronics, held 'at Paris, France, 

1958, Proc., p. 157-161 [in French]. N.S.A. 14: 5462. AnC.

B69 Biddulph, O., 1953, Translocation of radioactive nutrients in plants: U.S. 

Atomic Energy Comm. Pub., TID-5098 (April 1953). C.A. 48:4637 i. BiB.

B70 Biddulph, O., and Gory, R., 1957, Analysis of the translocation in the 

phloem of the bean plant by using water-H3, phosphorus-32, and carbon-14 : 

Plant Physiology, v. 32, p. 608-619. C.A. 52: 7453 i. BiB, In.

B71 Bigeleisen, Jacob, 1949, The validity of the use of tracers to follow 

chemical reactions: Science, v. 110. p. 14-16. C.A. 43: 7332 i. Ge of: InKi ; 

IsKi, Ki.

B72 Bigeleisen, Jacob, 1950, Dissociation and exchange equilibria of the 

tritium halides: Jour. Chem. Physics, v. 18, p. 481-485. C.A. 44:9267 d. 

EqG, ThF.

B73 Bigeleisen, Jacob, 1962, Correlation of tritium and deuterium isotope 

effects: Vienna, Austria, Internat. Atomic Energy Agency Symposium on 

Detection and Use of Tritium in the Phys. and Biol. Sci., May 3-10, 1961, 

Proc., v. 1, p. 161-168. C.A. 57: 11901 a. An, EC, Eq, IsEq, IsTh, SeAd, 

GeDs.

B74 Bigeleisen, Jacob, and Kerr, E. C., 1955, Vapor pressure of HT: Jour. 

Chem. Physics, v. 23, p. 2442-2443. C.A. 50: 3824 b. Ki, ThP.

B75 Biggar, J. W., and Nielsen, D. R., 1962, Miscible displacement; pt. 2, 

Behavior of tracers: Soil Sci. Soc. America Proc., v. 26, no. 2, p. 125-128; 

v. 25, p. 1-5 [1961]. C.A. 60: 10379 h. Ad, In, MeDf, SeAd.

B76 Biggs, M. W., and Kritchevsky, D., 1951, Radioactive hydrogen-3 in 

experimental atherosclerosis: Circulation, v. 4, p. 34-42. C.A. 45: 8132 g. 

BiC, KiB.

Bigler, W. A. See Wylie, K. F. 

Bishop, K. F. See Bainbridge, A. E.

B77 Bishop, K. F., Del a field, H. J., Eggleton, A. E. J., Peabody, C. O., and 

Taylor, B. T., 1961, The tritium content of atmospheric methane, in 

Tritium in the physical and biological sciences, v. 1, Proceedings Series: 

Vienna, Austria, Internat. Atomic Energy Agency Symposium on Detection 

and Use of Tritium in the Phys. and Biol. Sci. May 3-10, 1961, Proc., v. 

1, p. 55-67 [1962]. N.S.A. 16:16079. Abatm, Inatm, MeDfatm, No.

B78 Bishop, K. F., and Taylor, B. T., 1960, Growth of the tritium content of 

atmospheric molecular hydrogen: Nature, v. 192, p. 649. C.A. 54:12799 i.

Abatm, Ittatm, MeDfatm.

B79 Bishop, K. F., Taylor, B. T., and Eggleton, A. E. J., 1961a, Isotopic 

composition of atmospheric H and CH4 : Nature, v. 192, p. 648-649.

AbGatm, lUatm, MeDfatm.

B80 Bishop, K. F., Taylor, B. T., and Eggleton, A. E. J., 1961 b, Growth of 

the tritium content of atmospheric molecular hydrogen: Nature, v. 185, 

no. 4705, p. 26-27. Abatm, Inatm, MeDf.tm.

B81 Bitter, F., Alpert, N. L., Poss, H. L., Lehr, C. G., and Lin, S. T., 1947,
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 37

Nuclear magnetic resonances at low temperatures: Phys. Rev., v. 71, p.

738. C.A. 41:4706 g. NuRe, SdNu.

Bizzell, O. M. See Magin, G. B., Jr. 

B82 Black, C., Joris, G. G., and Taylor, H. S., 1948, The solubility of water

in hydrocarbons: Jour. Chem. Physics, v. 16, p. 537-543. C.A. 42:4819 h.

InSo, SoO.

Blake, C. A., Jr. See Brown, K. B.

B83 Blake, C. A., Jr., Brown, K. B., and Crouse, D. J., 1965, Chemical applications of nuclear explosions (CANE) : U.S. Atomic Energy Comm. Prog. 

Kept, ORNL-TM-1275, 19 p. N.S.A. 20:469. Ingw , InAgw , SeAdgw.

Blanchard, P. See Soudain, G. 

B84 Blanco, R. E., 1960, Monthly progress report, April 1960: U.S. Atomic

Energy Comm. Pub., Chem. Technology Div. Chem. Devel. Sec. B.,

CF-60-5-106, 64 p. N.S.A. 15:11044. IsKi, SeAd,

Blavoux, Bernard. See Fontes, J. C. 

B85 Blavoux, Bernard, Glangeaud, Louis, Leveque, Paul, Olive, Philippe,

1964, Hydrodynamics and content of tritium in the Waters of the Evian

basin, France: Comptes Rendus [France], v. 259, p. 4323-4326 [in French].

N.S.A. 19:13636. Ingw , InAgw , MeDfgw . 

B86 Blavoux, Bernard, and Olive, Philippe, 1966, First results on the tritium

content of the waters of Lake Leman: Comptes Rendus [France], ser. D,

v. 262, no. 24, p. 2445-2448 [in French]. C.A. 65:10327 c. Ab8W , InAsw,

MeDf, w .

B87 Bleeker, W., and Junge, C. E., 1963, Introduction to international symposium on trace gases and natural and artificial radioactivity in the

atmosphere: Jour. Geophys. Research, v. 68, no. 13, p. 3745. AbG.tm, InA. 

B88 Blint Stoyle, R. J., and Papageorgiou, S., 1965, The /3-decay process in

one-, two-, and three-nucleon systems: Nuclear Physics v. 64, no. 1, p. 1-7

Tin English]. C.A. 62:6070 c. Nuln, NuR, SeAd. 

B89 Blomeke, J. O., 1964, Management of fission product tritium in fuel

processing wastes: U.S. Atomic Energy Comm. Pub., ORNL-TM-851,

13 p. N.S.A. 18:24978. Ab, tm, Absw, Ha, Insw . 

Blow, L. W. See Banks, T. E. 

Boato, G. See Craig, Harmon. 

Bockrath, R. C., Jr. See Person, Stanley. 

B90 Bockris, J. O'M., Srinivasan, S., and Devanathan, M. A. V., 1963, A

method for the determination of electrolytic hydrogen-tritium separation

factors: Jour. Electroanal. Chemistry, v. 6, no. 3, p. 205-210. C.A.

60:4760 d; N.S.A. 18:530. An, SeEl. 

B91 Bcdvarsson, G., 1962, The use of isotopes of hydrogen and oxygen for

hydrological purposes in Iceland: Jokull, v. 12, p. 49-54. Abatm, Abgw , Abj u,

Absw , Ha, Inatm, Ingw , Inju , Insw , Sa, SeEl, Sy. 

B92 Bogdanov, K. M., Shal'nov, M. I., and Shtukkenberg, Yu. M., 1959a,

Investigation of tritium oxide metabolism in organisms: Biofizika, v. 4,

no. 4, p. 58-67. N.S.A. 14: 13552. Bi, BiC, InBi.

B93 Bogdanov, K. M., Shal'nov, M. I., Shtukkenberg, Yu. M., 1959b, Dynamics of tritium oxide metabolism in the organism: Biofizika, v. 4, p.

437-445. C.A. 54: 10027 i. Bi, BiZ, Ha. 

B94 Bogandov, K. M., Shal'nov, M. I., Shtukkenberg, Yu. M., cira 1959c,

Some results of the use of tritium tracer in biological research: U.S.

Atomic Energy Comm. Pub., A/CONF-15/P/2070, 27 p. N.S.A. 13:6268.

BiZ, Ha, InBi, SeDf.
38 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Bol'bek, G. P. See Alekseev, F. A. 

Bolin, Bert. See Eriksson, Erik.

B95 Bolin, Bert, 1958, On the use of tritium as a tracer for water in nature: 

Geneva, Switzerland, 2d Internat. Conf. on Peaceful Uses of Atomic 

Energy, Proc., v. 18, p. 336-343. Ab.tm, InA.tm, SeDs, Th.

B96 Bolin, Bert, 1959, Use of tritium in the study of vertical exchange in 

the atmosphere, in Landsberg, H. E., and van Mieghem, J., eds., Advances 

in geophysics: New York, Academic Press, p. 297-298. C.A. 54:3810 i. In, 

MeDf.

B97 Bolin, Bert, 1961, An investigation of tritium in atmospheric moisture, 

rainwater, and the sea in the European area: Stockholm, Sweden, Stockholm Univ. Ann. Prog. Rept, Contract At (30-1) 2458, U.S. Atomic 

Energy Comm. Pub., TID-13376, 57 p. N.S.A. 15:27863, Ab.tm, AbG.tm, 

AnC, In,tm, Sa, SeEl.

B98 Bolin, Bert, 1962a, An investigation of tritium in atmospheric moisture, 

rainwater, and the sea in the European area Annual progress report, 

July 1, 1961-June 30, 1962, and renewal proposal: U.S. Atomic Energy 

Comm. Pub., TID-16272, 13 p. N.S.A. 16:25619. Ab.tm, Aboce.n, In.tm,

iDocean.

B99 Bolin, Bert, 1962b, Seasonal and geographical variations of the tritium 

content of rain in northwest Europe and selected sea-water samples: 

Paper presented at 1st Symposium on Trace Gases and Natural and 

Artificial Radioactivity in the Atmosphere, held at Utrecht, Netherlands. 

Ab.

B100 Bolin, Bert, 1964, Gross-atmospheric circulation as deduced from 

radioactive tracers, in Research in Geophysics, v. 2: Cambridge, Mass., 

Massachusetts Inst. Technology, p. 479-508. N.S.A. 19: 16247. Aba tm, Ge of: 

In.tm; MeDf,tm.

Boling, E. A. See Vaughan, B. E.

B101 Boling, E. A., 1963, Determination of 42K, MNa, ^Br, and tritiated water 

concentration in man: New York Acad. Sci. Annals, v. 110, pt. 1, p. 246- 

254. C.A. 60: 13563 a. AbO, AnC, BiZ, Ha, InBi. 

Bond, V. P. See Cronkite, E. P. 

Bond, V. P. See Rubini, J. R.

B102 Bond, V. P., and Feinendegen, L. E., 1966, Intranuclear tritiated 

thymidine: Dosimetric radiobiological and radiation protection aspects: 

Health Physics, v. 12, p. 1007-1020. U.S. Atomic Energy Comm. Pub., 

BNL-9435. N.S.A. 20:38624. BiC, BiZ, Ha, InBi, NuB.

B103 Bond, W. D., 1962, Production of tritium by contained nuclear explosions 

in salt; I, Laboratory studies of isotopic exchange of tritium in the hydrogen-water system: U.S. Atomic Energy Comm. Pub., ORNL-3334, 20 p. 

C.A. 58:6409 f; N.S.A. 17:2664. Abgw , Ab,,t , Ingw , MeDfgw, SeAdgw, 

SeDftw .

B104 Bond, W. D., 1964, Production of tritium by contained nuclear explosions in salt; II, Laboratory studies of the reduction of alkaline earth 

sulfates by hydrogen: U.S. Atomic Energy Comm. Pub., ORNL-3334, 

29 p. C.A. 61: 14128 b. Ab,,t, AbG, Eql, KiR, NuR, Th.

BIOS Doorman, C., and Kronberger, H., 1958, Separation of hydrogen and 

tritium by thermal diffusion, in International Symposium on Isotope 

Separation, Proceedings: Amsterdam, Netherlands, North-Holland Publishing Co., p. 471-482. C.A. 52:11597 g. Ge of: SeDf (with three references). 

Booth, R. J. See Bayly, J. G.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 39

B106 Boreskov, G. K., and Vasilevich, A. O., 1959, Mechanism of isotopic 

exchange in molecular hydrogen on platinum films: Akad. Nauk SSSR, 

Doklady, v. 127, p. 1033-1036 [in Russian]. N.S.A. 13:20921. Ad, Is, 

IsTh, SeAd.

Borkowski, C. J. See Cannon, C. V.

B107 Borowitz, J. L., and Gat, J. R., 1964, Evaluation of elution gas chromatography as a method for the pre-enrichment of T for low-level counting: 

Internat. Jour. Appl. Radiation and Isotopes, v. 15, no. 7, p. 401-406. 

C.A. 61:11582 e; N.S.A. 18:34011. AdC, An, SeAd.

Bosco, R. See Dulcino, J.

BIOS Bost, W. E., 1961, Tritium handling, A literature search: U.S. Atomic 

Energy Comm. Pub., TID-3570, 23 p. C.A. 56:5598 i; N.S.A. 16:5609. 

An, Ge of: Ha (with 157 references).

Bothe, H. K. See Langer, H.

Bothe, H.-K. See Paerisch, M.

B109 Better, Fernande, Molinari, Philippe, and Dirian, Gregoire, 1964, 

Physicochemical separations of stable isotopes: U.S. Atomic Energy Comm. 

Pub., A/CONF-28/P/90, 17 p. N.S.A. 18:37576. AdC, SeAd, SeDf.

Botter, R. See Nief, G.

Bowman, R. L. See Karmen, Arthur.

Boyce, I. S. See Cameron, J*. F.

B110 Boyce, I. S., Cameron, J. F.( and Tayler, K. J., 1960, Simple plastic 

scintillation counter for tritiated hydrogen: Internat. Jour. Appl. Radiation and Isotopes, v. 9, p. 122-123. C.A. 55: 17274 b. AnC. 

Bill Boyce, I. S., and Cameron, J. F., 1961, A low-background liquidscintillation counter for the assay of low-speciflc-activity tritiated water, 

in Tritium in the physical and biological sciences, v. 1, Proceedings Series: 

Vienna, Austria, Internat. Atomic Energy Agency Symposium on Detection 

and Use of Tritium in the Phys. and Biol. Sciences, May 3-10, 1961, Proc., 

p. 231-247 [1962]. C.A. 57: 10739 a; N.S.A. 16: 16093. AnC, EISc, SpFl.

Boyle, J. Sec Cannon, C. V.

Bozhinov, S. Sec lordanov, B. Iv.

B112 Bradley, J. E. S., and Bush, D. J., 1956, A simple method for the assay 

of tritium in water samples: Internat. Jour. Appl. Radiation and Isotopes, 

v. 1, p. 233-234. C.A. 51: 9409 e. AnC, Sy.

B113 Braun, V. G., Kaplan, L., Van Dyken, A. R., and Vil'tsbakh, K. Ye., 

1956, Tritium in industrial and chemical investigations (Tritium as a tool 

in industrial and chemical research), in Symposium on the application 

of radioactive isotopes in industry, medicine, and agriculture: Moscow, 

U.S.S.R., Sbornik Acad. Sci., p. 94-112. C.A. 54:7354 g; N.S.A. 12:7204. 

AdC, AnC, In, InBi, IsEq, IsKi, Nu, SeAd, Th.

B114 Bray, G. A., 1960, A simple efficient liquid scintillator for counting aqueous solutions in a liquid scintillation counter: Anal. Biochemistry, v. 1, 

p. 279-285. C.A. 55:20062 i. AnC.

Brecher, George. See Cronkite, E. P.

Brewen, J. G. See Olivieri, G.

Brewer, L. W. -Sec Everett, R. J.

B115 Briere, Michel, 1958, Limit of measurement of weak [low] activities by 

using ionization chambers: France, Comm. a 1'Energie Atomique Rap. 942, 

25 [27] p. [in French] : U.S. Atomic Energy Comm. Pub., CEA-942, 

27 p.; HW-tr-22, 29 p. [in English]. C.A. 54:16205 i; N.S.A. 14:5325, 

N.S.A. 15:9038. AnC.
40 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Briesmeister, A. C. See Robinson, E. C. 

Brinkerhoff, J. M. See Ziegler, C. A.

B116 Brinkerhoff, J. M., and Bersin, R. L. 1958, Radiation sensitive system: 

U.S. Patent 3,084,255, Apr. 2, 1963 (to Lab. for Electronics, Inc.). N.S.A. 

17:18650. AnC, Ha, In.tm.

B117 Brinkerhoff, J. M., Ziegler, C. A., Bersin, R. L., and Chleck, D. J., 

1959, Continuous air monitor for hydrogen-3: Nucleonics, v. 17, no. 2, 

p. 76-81. C.A. 53: 6802 f. AnC, Ha, In.tm.

B118 Brinkmann, Roland, Eichler, Roland, Ehhalt, D., Munnich, K. O., 1963, 

tiber den deuterium gehalt von niederschlags und grundwasser [The 

deuterium concentration in rainwater and ground water] : Naturwissenschaften, v. 50, p. 611-612. N.S.A. 18: 2392. SeAdgw , SeAdPe . 

Broecker, W. S. See Grosse, A. V. 

Brooks, H. See Riley, C. J.

B119 Brooks, R. O. R., 1960, Biological monitoring of persons working with 

radioelements: British Jour. Clinical Practice, v. 14, p. 465-473. C.A. 

58: 11669 d. Bi, Ha.

B120 Brown, D. A., 1957, Tritium separation factor in the calcium water 

reaction: U.S. Atomic Energy Comm. Pub., DP-217, 8 p. N.S.A. 12:3785. 

AnC, SeAd.

Brown, D. J. See Haney, W. A.

B121 Brown, D. J., 1964, Chemical effluents technology waste disposal investigations, January-December 1964: U.S. Atomic Energy Comm. Pub., 

HW-84549, 23 p. N.S.A. 19: 21719. Abgw , Ha, InPe, Ingw . 

Brown, F. See Goldsmith, P.

B122 Brown, F., Goldsmith, P., Green, H. F., Holt A., and Parham, A. G.,

1961, Measurements of the water vapor tritium and carbon-14 content of

the middle stratosphere over southern England: Tellus, v. 13, p. 407-416

[in English]. N.S.A. 16: 13384. Abar,, Abatm, AnMs, Inatm, InAatm, MeDf.tm.

Brown, G. F. See Thatcher, L. L.

B123 Brown, I. C., 1962, Chemical methods as an aid in hydrogeology, in 

Third Hydrology Symposium; Ground Water, Calgary, Alberta, Canada, 

Proc.: p. 181-191; discussion, p. 205-206. Ingw . 

Brown, K. B. See Blake, C. A., Jr.

B124 Brown, K. B., and Blake, C. A., Jr., 1965, Chemical applications of 

nuclear explosions: U.S. Atomic Energy Comm. Pub., ORNL-TM-1191, 

17 p. N.S.A. 19:40706. Ingw , KiR, SeAdgw . 

Brown, L. M. See Johnson, V. R.

B125 Brown, L. M., 1956a, Reaction kinetics of deuterium and tritium compounds ; IV, Exchange and substitution reactions: U.S. Atomic Energy 

Comm. Pub., NBS-4611, 80 p. A review, 108 references. C.A. 50: 13573 f. 

Eq, Ge, Ki.

B126 Brown, L. M., 1956b, A review of the reaction kinetics of deuterium 

and tritium compounds; V, Association addition and elimination reactions: U.S. Atomic Energy Comm. Pub., NBS-4674, 25 p. Ge, Ki (with 

64 references).

B127 Brown, L. M., 1956c, A review of the reaction kinetics of deuterium and 

tritium compounds; VI, Solvolysis reactions: U.S. Atomic Energy Comm. 

Pub., NBS-4712, 18 p. N.S.A. 11:133. Ge of: Ki.

B128 Brown, L. M., 1956d, Reaction kinetics of deuterium and tritium compounds; VII, Oxidation reduction reactions: U.S. Atomic Energy Comm.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 41

Pub., NBS-4877, 25 p. C.A. 51:7813 a; N.S.A. 11:4832. Ge of: Eq, Ki 

(with 52 references). 

B129 Brown, L. M., Friedman, A. S., and Beckett, C. W., 1956, Bibliography

of research on deuterium and tritium compounds, 1945 to 1952: U.S. Natl.

Bur. Standards Circ. 562, 85 p. Ge.

Brown, R. M. See Ostlund [Oestlund], H. G. 

B130 Brown, R. M., 1961, Hydrology of tritium in the Ottawa Valley:

Geochim. et Cosmochim. Acta, v. 21, no. 3-4, p. 199-215. C.A. 55:11713 b;

N.S.A. 15:11333. AbG.tm, AbGgw , AbGsw , AnC, Ingw , In, w , InHy,

InAgw, InAHy , InA8W , MeDfatm, MeDfgw , MeDfsw, Sy. 

B131 Brown, R. M., and Grummitt, W. E., 1956, The determination of tritium

in natural waters: Canadian Jour. Chemistry, v. 34, p. 220-226. AbG.tm,

EC, InA.tm, MeDfatm.

Brown, W. G. See Wilzbach, K. E. 

B132 Brown, W. G., Kaplan, L., Van Dyken, A. R., and Wilzbach, K. E.,

1955, Tritium as a tool for industrial and chemical research: Geneva,

Switzerland, Internat. Conf. on Peaceful Uses of Atomic Energy, held at

the United Nations, New York, N.Y., Aug. 1955, Proc., v. 15, p. 16-23

[1956]. C.A. 50: 13531 a. Ge of: In (with 44 references). 

B133 Brues, A. M., Stroud, A. N.t and Rietz, L., 1952, Toxicity of tritium

oxide to mice: Soc. Experimental Biology Medicine Proc., v. 79, p. 174-176.

C.A. 46: 4659 e. BiZ.

Buettner, K. See Paerisch. M. 

Buncombe, W. G. See Glascock, R. F. 

B134 Burdon, D. J., Ericksson, Erik, Payne, B. R., Papadimitropoulos, T.,

and Papakis, N., 1963, The use of tritium in tracing karst ground water

in Greece, in Radioisotopes in hydrology, Proceedings Series: Vienna,

Austria, Internat. Atomic Energy Agency Symposium on the Application

of Radioisotopes in Hydrology, held at Tokyo, Japan, Mar. 5-9, 1963, Proc.,

p. 309-320. N.S.A. 18:1925. Ingw , InAgw .

Burgy, R. H. See Lewis, D. C. 

B135 Burns, H. G., and Glass, H. I., 1963, The assay of tritium-labelled

compounds in faeces: Internat. Jour. Appl. Radiation and Isotopes, v. 14,

p. 627-628. N.S.A. 18: 12009. AnC, AnCl, Ha, InBi. 

B136 Burns, L, Drury, T., and Roberts, J. P., 1965, Use of tritiated water

for tracer work on water in glasses: Silicates Industriels, v. 30, no. 7,

p. 403^07. C.A. 63:9633 f. AnC, In, MeDf. 

B137 Burns, R. W., Jr., 1965a, The enrichment and determination of tritium

in water: Columbus, Ohio, Ohio State Univ., unpub. thesis, 85 p. Ge of:

Ad, AnC, AnMs. 

B138 Burns, R. W. Jr., 1965b, Enrichment and determination of tritium in

water: U.S. Atomic Energy Comm. Accession 1728, Kept. AD 618552, 85 p.

Ge of: Ad, AnC, AnMS. 

B139 Burr, J. G., 1961, Isotope effects accompanying use of tritium and

deuterium in the study of organic radiation chemistry, in Tritium in the

physical and biological sciences, v. 1, Proceedings Series: Vienna, Austria,

Internat. Atomic Energy Agency Symposium on Detection and Use of

Tritium in the Phys. and Biol. Sci., May 3-10, 1961, Proc., p. 137-152

[1962]. N.S.A. 16: 16086. AbO, Eql, Ge of: Se; KiR, No.

Hurt, A. K. See Gibson, J. A. B. 

B140 Burt, A. K., and Gibson, J. A. B., 1964, Scintillation counting of tritiated

water and other beta-activity solutions: Harwell, Berks, England, United
42 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Kingdom Atomic Energy Authority, Research Group, Atomic Energy 

Research Establishment Pub., AERE-R-4638, 8 p. N.S.A. 18:29967. AnC. 

Buser, W. See Feitknecht, W. 

Bush, D. J. See Bradley, J*. E. S.

B141 Bush, E. T., 1963, General applicability of the channels ratio method 

of measuring liquid scintillation counting efficiencies: Anal. Chemistry, 

v. 35, no. 8, p. 1024-1029. C.A. 59:6007 a. AnC.

B142 Butler, E. B., 1955, Counting tritiated water at high humidities in 

the Geiger region: Nature, v. 176, p. 1262-1264. C.A. 50:6945 b. AnC.

B143 Butler, F. E., 1961, Determination of tritium in water and urine, 

liquid scintillation counting and rate-of-drift determinations: Anal. Chemistry, v. 33, p. 409-414. C.A. 55: 16651 b; N.S.A. 15:10860. AnC, In, Sy.

B144 Butler, F. E., 1964, Assessment of tritium in production workers: 

Vienna, Austria, Internat. Atomic Energy Agency Symposium on Assessment of Radioactivity in Man, held at Heidelberg, Federal Republic of 

Germany, May 1964, Proc., v. 2, p. 431-441 [in English]. U.S. Atomic 

Energy Comm. Pub., DPSPU-63-30-37, 17 p. C.A. 63:8951 d; N.S.A. 

19:15343. AbO, AnC, BiZ, Ha, InBi. 

Butler, H. L. See Van Wyck, R. W.

B145 Butler, H. L., 1962, Observed effective half life of tritium at the 

Savannah River plant: U.S. Atomic Energy Comm. Pub., DP-831, p. 

38-45. C.A. 60:946 a; N.S.A. 17:33785. AbO, BiZ, Ha, InBi.

B146 Butler, H. L., circa 1963, Tritium hazards in heavy-water-moderated 

reactors: Nuclear Safety, v. 4, no. 3, p. 77-82. N.S.A. 17:23581. Ge of: 

Ha; In.tm, InBi.

B147 Butler, H. L., and LeRoy, J. H., 1964, Biological half life of tritium: 

U.S. Atomic Energy Comm. Pub., DPSPU-64-30-9, 9 p.; CONF-642-24, 

9 p. C.A. 63: 7313 c: N.S.A. 19: 10740. AbO, AnC, BiZ, Ha, InBi.

B148 Butler, H. L., and Van Wyck, R. W., 1959, A synopsis of studies related 

to tritium monitoring and personnel protective techniques: U.S. Atomic 

Energy Comm. Pub., DP-329, 17 p. [I960]. N.S.A. 15:19663. An, InBi, 

MeDf, Th. Ge of: Ha, In.

B149 Buu-Hoi', Ng. Ph., 1957, Convenient method for labeling biologically interesting carboxylic acids with tritium: Nature, v. 180 p. 385-386. C.A. 

52: 7140 g. AnC, Bi, InBi, Sy. 

Buyske, D. A. See Kelly, R. G. 

Buyske, D. A. See Peets, E. A.

B150 Buyske, D. A., Kelly, R. G., Florini, J., Gordon, S., and Peets, E., 

1961, Determination of T and Cu in biological samples by rapid combustion techniques: Atomlight, v. 1961, no. 20, p. 1-6. C.A. 56:10493 i: 

N.S.A. 16:4143. AnC, InBi, Sy.

Cacace, Fulvio. See Aliprandi, Bianca. 

Cl Cacace, Fulvio, 1961, Labeled organics in gas chromatography: Nucleonics,

v. 19, no. 5, p. 45-50. N.S.A. 15: 16889. Ge of: AdC, AnC, In. 

C2 Cacace, Fulvio, Ciranni, Giovanna, and Guarino, Angelo, 1966, Chemical 

effects of nuclear decay; I, Mechanism of reactions subsequent to decay 

of a T atom in the methane (CT*) molecule: Accad. Naz. Lincei Atti, 

Cl. Sci. Fis., Mat. e Nat. Rend., v. 40, no. 2, p. 264-270 [in Italian]. 

C.A. 65: 12066 g. Ad, AnMs, Ki, KiR, Nu. 

Cacciari, I. See Giovannozzi-Sermanni, G.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 43

C3 Caddock, B. D., and Davies, P. L., 1960, The use of tritium to study 

the solubility of water in hydrocarbon liquids: Jour. Inst. Petroleum, v. 46, 

p. 391-396. C.A. 55:5923 c. AnC, In, IsTh. 

Calvin, M. See Moses, V. 

Camera, V. See Guibileo, M.

C4 Camera, V., and Guibileo, M., 1962, Liquid scintillator tritium determination in the urines of staff members of a nuclear center: 25th Natl. Cong. 

on Labor Medicine, held at Taormina, Sicily, Oct. 1962. U.S. Atomic 

Energy Pub., CONF-142-1, 16 p. N.S.A 17:36088. AbO, BiC, BiZ, Ha, 

InBi.

Cameron, J. F. See Boyce, I. S. 

Cameron, J. F. See Kannuna, M. M. 

Cameron, J. F. See Payne, B. R. 

Cameron, J. F. See Seligman, H.

C5 Cameron, J. F., 1955, Measurement of tritium in water samples: Nature, 

v. 176, p. 1264. C.A. 50:6945 a. AnC.

C6 Cameron, J. F., 1965, A survey of systems for low-background counting 

and concentration of tritium, in Chatters, R. M., and Olson, B. A., Radiocarbon and tritium dating: Pullman, Wash., Washington State Univ., 

6th Internat. Conf. on Radiocarbon and Tritium Dating, June 7-11, 

1965, Proc., p. 465. Ge of: AnC.

C7 Cameron, J. F., and Boyce, I. S., I960, Liquid scintillation counting of 

tritiated water: Internat. Jour. Appl. Radiation and Isotopes, v. 8, p. 

228-229. C.A. 55: 17274 d. AnC.

C8 Cameron, J. F., and Payne, B. R., 1965, Apparatus for concentration and 

measurement of low tritium activities, in Chatters, R. M., and Olson, B. A., 

Radiocarbon and tritium dating: Pullman, Wash., Washington State Univ. 

6th Internat. Conf. on Radiocarbon and Tritium Dating, June 7-11, 1965, 

Proc., p. 454-471. AnC, SeEl.

C9 Cameron, J. F., and Pucket, B. J., 1960, Geiger gas counting methods of 

assaying tritiated hydrogen and tritiated water: Harwell, Berks, England, 

United Kingdom Atomic Energy Authority, Wantage Radiation Lab. Pub., 

AERE-R-3092, 26 p. N.S.A. 14:11590. AnC. 

Campbell, E. E. See Milligan, M. F. 

Campbell, I. G. See Payne, P. R. 

Campbell, I. G. See White, D. F.

CIO Campbell, U. G., White, D. F., and Payne, P. R., 1951, The uptake of 

tritium-labelled water vapor by the mammalian lung: British Jour. 

Radiology, v. 24, p. 682. C.A. 46:4113 d. AbO, BiZ. 

Cannon, C. V. See Jenks, G. H.

Cll Cannon, C. V., Shapiro, E., Jenks, G., Boyle, J., McClinton, L. T., 

Elliot, N., Borkowski, C. J., Pomerance, H. S., and Metcalf, R. P., 1945, 

The production and purification of tritium: U.S. Atomic Energy Comm. 

Pub., MonC-35, 36 p. [Declassified 1957]. N.S.A. 11: 13687. AbG.e,,, Sy.

C12 Carlston, C. W., 1964a, Use of tritium in hydrologic research Problems 

and limitations: Internat. Assoc. Sci. Hydrology Bull, v. 9, no. 3, p. 38-42. 

AbG, Ingw, InAgw, MeDfgw .

C13 Carlston, C. W., 1964b, Tritium-hydrologic research Some results of the 

U.S. Geological Survey research program: Science, v. 143, no. 3708, 

p. 804-806. N.S.A. 18:12372. Ab,, m . AbK w, Absw , InA.»m , InAKW , InAHT, 

InA.w, MeDf.tm, MeDfgw , Nu.
44 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

C14 Carlston, C. W., and Thatcher, L. L., 1961, Tritium studies in the 

United States Geological Survey, in Tritium in the physical and biological 

sciences, v. 1, Proceedings Series: Vienna, Austria, Internat. Atomic 

Energy Agency Symposium on Detection and Use of Tritium in the Phys. 

and Biol. Sci., May 3-10, 1961, Proc., p. 75-81 [1962]. Ab.tm, Abgw , AnC, 

Ingw , Inhy, InAgw, SeEl.

015 Carlston, C, W., Thatcher, L. L., and Rhodehamel, E. C., 1960, Tritium 

as a hydrologic tool The Wharton Tract Study: Helsinki, Finland, Gen. 

Assembly, Internat. Assoc. Sci. Hydrology Pub. 52, p. 503-512. Abgw, 

Ab.tm, Ingw, InHy , InAgw, MeDf.tm, MeDfgw. 

Carman, P. C. See Miller, L.

C16 Caro, L. G., and Schnbs, M., 1965, Tritium and phosphorus-32 in highresolution autoradiography: Science, v. 149, no. 3679, p. 60. AnC. 

Carr, D. R. See Kulp, J. L.

C17 Carr, D. R., 1957, New developments in the use of radioisotopes in 

reservoir engineering [Paper presented at Symposium on Tritium in 

Tracer Applications, New York, N.Y., Nov. 22, 1957] : InHy, InAgw .

CIS Carr, D. R., 1958, Tritium tracing A rediscovery: Nucleonics, v. 16, no. 

3, p. 62-67. AdC, AnC, Ge of: AdG (with 40 references) : Ha, IngP , InAKW , 

InBi, KiR, Nu.

C19 Carr, D. R., 1961, New developments in the use of radioisotopes in 

reservoir engineering, in Rothchild, Seymour, ed., Advances in tracer 

methodology, v. 1: New York, Plenum Press, p. 263-264 [1963]. N.S.A. 

17: 18501. InHy , InAgw.

C20 Carson, A. S., Cooper, R., and Stranks, D. R., 1960, Vapour-pressure 

determinations on tritium-labelled organic compounds, in Radioisotopes in 

the physical sciences and industry, v. 3, Proceedings Series: Vienna, 

Austria, Internat. Atomic Energy Agency Conf. on Use of Radioisotopes 

in the Phys. Sci. and Industry, held at Copenhagen, Denmark, Sept. 6-17, 

1960, Proc., p. 495-502 [1962] N.S.A. 16:23589. AnC, In, ThSo. 

Carter, E. H., Jr. See Smith, H. A.

021 Carter, E. H., Jr., 1962, Separation of hydrogen isotopes by gas chromatography: Knoxville, Tenn., Tennessee Univ. thesis, 170 p. N.S.A. 17:4875. 

Ge of: AdC, An, Se.

022 Carter, E. H., Jr., and Smith, H. A., 1963a, Separation and detection of 

hydrogen, tritium hydride, and tritium at low-level tritium activities by 

gas chromatography: Jour. Phys. Chemistry, v. 67, p. 535-336. C.A. 

58: 10942 g. AdC, AnC, SeAd, SeDf.

023 Carter, E. H., Jr., and Smith, H. A., 1963b, The separation of hydrogen, 

hydrogen deuteride, tritium hydride, deuterium tritium deuteride, and 

tritium mixtures by gas chromatography: Jour. Phys. Chemistry, v. 67, 

no. 7, p. 1512-1516. C.A. 59:3493 f; N.S.A. 17:37150. AnC, In, SeAd, Sy.

024 Casaletto, G. J., Gevantman, L. H., and Nash, J. B., 1962, The selfradiation oxidation of tritium in oxygen and air: U.S. Atomic Energy 

Comm. Pub., USN RDL-Tr-565, 25 p.. N.S.A. 16:23717. IsKi, NuR, Th.

025 Cason, Maggie, 1957, Tritium: U.S. Atomic Energy Comm. Pub., UCRL5067, 8 p. N.S.A. 12: 9102. Ge of: BiC, Ha, InBi. 

Cavallo, L. M. See Seliger, H. H. 

Ceranic, Tatjama. See Maksimovic, Zoran. 

Chaikoff, I. L. See Werbin, Harold.

026 Chamberlain, J., Hughes, Alun, Rodgers, A. W., and Thomas, G. H., 

1964, An evaluation of the available techniques for the autoradiography
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 45

of tritium on chromatograms: Nature, v. 201, no. 4921, p. 774-775.

C.A. 60:11355; N.S.A. 18:15984. AdC, AnDn, Ge: of AnC. 

Chanal, J. L. See Aussel, P. 

Chandley, A. C. See Bateman, A. J. 

Chapius, A. M. See Soudain, G.

C27 Chapius, A. M., and Soudain, 6., 1960, Dosimetry of tritium in the 

atmosphere [Determination of tritium in the atmosphere] : Bull. Inf. 

Sci. et Tech., no. 43, p. 52-57 [in French]; U.S. Atomic Energy Comm. 

Pub., AEC-tr-4551, 7 p. C.A. 55:12155 b; N.S.A. 15:9252, N.S.A. 15:15563. 

AnC, In.tm.

C28 Chapman-Andresen, C., 1953, Autoradiographs of algae and ciliates exposed to tritiated water: Experimental Cell Research, v. 4, p. 239-242. 

C.A. 47:10038 e. BiB.

C29 Charalambus, St., and Goebel, K., 1962, Tritium and argon-39 in the 

Bruderheim meteorite: Geochim. et Cosmochim. Acta, v. 26, p. 659-663 

[in English]. C.A. 57:16212 ab; N.S.A. 16:27444. AbG.t», AbGm.t.

C30 Charalambus, St., and Goebel, K., 1963a, Low-level proportional counter 

for tritium: Nuclear Instruments and Methods, v. 25, no. 1, p. 109-117. 

C.A. 60:5038 fg, C.A. 59:3507 e; N.S.A. 17:18593. AnC.

CSX Charalambus, St., and Goebel, K., 1963b, Low-level proportional counter 

tor tritium: Geneva, Switzerland, European Organization Nuclear Research Pub. CERN, v. 63-4, 28 p. C.A. 59:3507 e. AnC.

C32 Charalambus, St., and Goebel, K., 1965, Enrichment of tritium by diffusion through Pd: Zeitschr. Naturforschung, v. 20a, p. 1085-1087 [in 

English]. C. A. 63:12344 a. AnC, Se. 

Chatters, R. M. See Crosby, J. W., 3d.

C33 Chatters, R. M., and Olson, E. A., 1965, Radiocarbon and tritium dating: 

Pullman, Wash., Washington State Univ., 6th Internat. Conf. on Radiocarbon and Tritium Dating. June 7-11. 1965, Proc. 784 p. N.S.A. 20:29438. 

In, InA. 

Chen, Ru-yong. See Reed, R. D.

C34 Chen, Ru-yong, Henderson, D., and Reed, R. D., 1965, Cell model for 

quantum fluids; III, Compressional waves in liquid hydrogen: Australian 

Jour. Chemistry, v. 18, p. 1308-1316. N.S.A. 20: 1089. ThSo.

C35 Chernyaev, V. I., 1939, Hydrogen isotope of mass three: Uspekhi Fiz. 

Nauk [Advances in Phys. Sci.], v. 21, p. 466-477. U.S. Atomic Energy 

Comm. Pub., NP-tr-993, 25 p. N.S.A. 17: 22570. AbG.tm, AnMs, Me, Nu, Th.

C36 Chiu Sheung Choi, Ivan, 1965, The movement of tritiated water In 

plants: Ann Arbor, Mich., Michigan Univ., Univ. microfilm 6,512,446, 

144 p. BiB, InBi.

Chleck, D. J. See Brinkerhoff, J. M. 

Chleck, D. J. See Ziegler, C. A. 

Chmutov, K. V. See Finkel, E. E,

C37 Chorney, W., Scully, N. J., and Dutton, H. J., 1965, Radiation effects of 

carbon-14 and tritium on growth of soybeans: Radiation Botany, v. 5, 

p. 257-263. N.S.A. 19:33890. BiB, InBi. 

Christianson, Charles. See Maggio, R. C.

C38 Christman, D. R., 1957, Tritium counting in glass proportional counting 

tubes: Chemist-Analyst, v. 45, p. 5-6. C.A. 51:12682 c; N.S.A. 11:12144. 

AnC.

C39 Christman, D. R., and Paul, C. M., 1960, Gas-proportional counting of 

carbon-14 and tritium and the dry combustion of organic compounds: 

Anal. Chemistry, v. 32, p. 131-132. N.S.A. 14: 5239. AnC, Sy.
4(> BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Chung, H. P. See Kirn, T. S. 

Chung, Hack Phil. Sec Rang. Man Sik. 

Churaev, N. V. Sec Volarovich, M. P. 

('40 Chwalinski, Stanislaw, Mikulski, Andrzej, and Kossakowska, Maria,

1965, Application of liquid scintillation counting for tritium measurements 

in determining total water in rats: Acta Physiologica Polonica, v. 16, no. 

1, p. 141-149 [in Polish]. C.A. 64: 7115 h. AnC, BiZ, InBi.

('41 Ciccarone, P. A., Thomas, G., and Verly, W. G., 1959, Determination of 

tritium in a proportional counter; II, Preparation of samples: Nukleonik, 

v. 1, p. 329-332 [in French]. N.S.A. 14:6269. AnC, Sy. 

Ciranni, Giovanna. Sec Cacace, Fulvio.

C42 Clark, D. O., and Distenfeld, Carl, 1962, New monitoring means for 

airborne tritium determination: Health Physics Soc. 8th Ann. Mtg., New 

York, 1963. U.S. Atomic Energy Comm. Pub.. CONF-67-27, 13 p. N.S.A. 

17: 33779. AnC, Ha, In.tm.

C43 Clark, W. E., 1963, The ORNL [Oak Ridge National Laboratory] gas 

sampling experiment in connection with the Tamalpais event: U.S. Atomic 

Energy Comm. Pub., ORNL-TM^45, 6 p. InHy, MeDfHy, SeAdny.

C44 Clayton, C. G., and Smith, D. B., 1963, A comparison of radioisotope 

methods for river flow measurement, in Radioisotopes in hydrology Proceedings Series: Vienna, Austria, Internat. Atomic Energy Agency Symposium on Application of Radioisotopes in Hydrology, held at Tokyo, 

Japan. Mar. 5-9, 1963. Proc., STI/PUB/71, p. 1-24 [1964]. N.S.A. 18:1912. 

AbG.w, Ad, AnC, InhT . Ins,, InG, MeDfsw , Sa,w.

C45 Clebsch, Alfred, Jr., 1961a, The possibility of ground-water contamination by fallout, in Klement. A. W., Jr., ed., Radioactive fallout from 

nuclear weapons tests: U.S. Atomic Energy Comm., Div. Biology and 

Medicine, Fallout Studies Branch Conf., held at Germantown, Md., Nov. 

15-17, 1961, Proc., U.S. Atomic Energy Comm. Pub., TID-7632, p. 306-311 

[1962]. N.S.A. 16: 22453. Abgw . Abs ,, Ha, Ing ,, In,w, SeAdgw , SeAdr*.

C46 Clebsch, Alfred, Jr., 1961b, Tritium-age of ground water at the Nevada 

Test Site, Nye County, Nevada, in Short papers in the geologic and 

hydrologic sciences: U.S. Geol. Survey Prof. Paper 424-C, p. C122-C125. 

Ingw , InAgw , MeDfgw .

C47 Clewell, D. H., 1958, Tritium as indicator in hydrocarbon recovery by 

underground combustion: U.S. Patent 2-843,207. C.A. 53: P1695 f. In.

C48 Cline, J. F., 1953, Absorption and metabolism of tritium oxide and 

tritium gas by bean plants: Plant Physiology, v. 28, p. 717-723. C.A. 

48: 2190 h. AbO, BiB, BiC.

Coffey, J. C. See Baggett, Billy. 

Cohen, M. See Seligman, H.

C49 Colman, Brian, and Vishniac, Wolf, 1963, Characteristics of tritium incorporated into illuminated chloroplasts: [U.S.] Natl. Acad. Sci. Natl. 

Research Council Misc. Pub. 1145, p. 213-218. C.A. 60: 14835 c. BiB, InBi, 

MeDf.

C50 Colvin, D. W., 1957a, A simple leak detector for tritium: U.S. Atomic 

Energy Comm. Pub., DP-198, 8 p. N.S.A. 17: 6390. AnC, Ha.

C51 Colvin, D. W., 1957b, A simple monitor for tritium contamination on 

surfaces: U.S. Atomic Energy Comm. Pub., DP-242, 12 p. C.A. 52:6966 d. 

N.S.A. 12:3796. AnC, Ha.

C52 Comar, C. L., 1964, The importance of radioisotopes in biological research : Ithaca, N.Y.. Cornell Univ., Symposium on Animal Nutrition and
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 47

Physiology, 1964, Proc., p. 3-35 [1965]. Ge of: An, Bi, InBi (with 34 

references).

C53 Conner, R. D., Concentration of natural and artificial airborne activities 

near ground level at Winnipeg: Canadian Jour. Physics, v. 41, no. 7, 

p. 1118-1134. C.A. 59:3509 d: N.S.A. 17:30686. Ab.tm, AnC, In.tm, InA.t», 

MeDf.tm.

C54 Conway, W. D., Grace, A. J., and Rogers, J. E., 1966, Simplification of 

oxygen-flask combustion procedure for preparation of samples for liquid 

scintillation counting: Anal. Biochemistry v. 14, p. 491-494. N.S.A. 

20:20570. AnC.

Cooper, R. See Carson, A. S. 

Cornog, R. See Libby, W. F.

C55 Corti, F., 1965, II dossaggio del tritio (rassegna), Parte 1 [Determination of tritium content in samples (review), Part 1] : Rome, Italy, 

Istituto Superiore di Sanita, Lab. di Fisica, 68 p. N.S.A. 20:3876. An, 

Ge (with 110 references), Ha, InBi, Nu, Sy, Th. 

Corval, M. See Viallard, Rodolphe. 

Gory, R. See Biddulph, O. 

Costa, N. L. See Marquez, L.

C56 Cottier, H., Cronkite, E. P., Tonna, E. A., and Nielsen, N. O., 1962, 

Leukemogenic effect of whole body Co60 y-irradiation [cobalt-60 gammairradiation] compared with tritium-thymidine and tritium-cytidine Preliminary report on the development of thymic lymphomas in CGT BL/6.T 

mice: U.S. Atomic Energy Comm. Pub.. BNL-6105, 13 p. N.S.A. 17:10354. 

BiC, BiZ, Ha, InBi.

C57 Cotton, A. F., and Wilkinson, Geoffrey, 1966, Advanced inorganic chemistry : 2d ed., New York, Interscience Publishers, 1136 p. AbG, In, Nu. 

Cotton, K., See Pickworth, J. W.

C58 Coulon, Andre, Stouls, Leon, and Simonet, Guy, 1962, Industrial production of deuterium poor in tritium. Industries Atomiques, v. 6, p. 81-93 

[in French]. N.S.A. 17: 1798. AnC. SeAd, SeDf.

C59 Cowper, G., circa 1961, Review of radiation dosimetry at Chalk River, 

Ontario: Atomic Energy Canada, Ltd., Pub., AECL-802, p. 25-32. 

N.S.A. 15:8982. An, Ha, Sa.,m , Sy. 

Craig, Harmon. See White, D. E.

C60 Craig, Harmon, 1957a, The effects of atomic radiation on oceanography 

and fisheries: [U.S.] Natl. Acad. Sci. Natl. Research Council Pub. 551,

P. 103. Ab.lm, Aboce.n, In.tm, lUocc.n.

C61 Craig, Harmon, 1957b, Distribution, production rate, and possible solar

origin of natural tritium: Phys. Rev., v. 105, p. 1125-1127. C.A. 51: 11117

i; X.S.A. 11:5701. AbG.,m . 

('62 Craig, Harmon, 1957c, Radiocarbon and tritium distribution and mixing

rates: La Jolla, Calif., Scripps Inst. Oceanography Conf. on Recent

Research in Climatology, 1957, Proc., p. 53-73. C.A. 53:12029 f. Ab, Ge,

MeDf. 

^63 Craig, Harmon, 1958, Distribution of radiocarbon and tritium Cosmological and geological implication of isotope variation: [U.S.] Natl. Acad.

Sci. Natl. Research Council Pub. 572, p. 135-147. Ab0 ce.n, Inoc «n,

MeDfooe.n.

("64 Craig, Harmon, Boato, G., and White, D. E., 1956, Nuclear processes 

in geologic settings: Second Conf., Sept. 8-10, 1955, [U.S.] Natl. Acad.
48 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Sci. Natl. Research Council Pub. 400: Nuclear Sci. Ser. Rept. 19. SeDf, 

SeDs.

C65 Craig, Harmon, and Lal, Devendra, 1961, The production rate of 

natural tritium: Tellus, v. 13, p. 85-105 [in English]. N.S.A. 15:31485. 

AbG.tm, In.tm, NuR.

C66 Cramer, W. A., Houtman, J. P. W., Koch, R. O., and Piet, G. J., 1966, 

Measurement of radioactivity in effluents of a gas chromatograph. The 

flame ionization detector used as a combustion chamber in combination 

with specially designed absorbers: Internat. Jour. Appl. Radiation and 

Isotopes, v. 17, no. 2, p. 97-101. C.A. 64: 13705 gh. AdC, AnC, KiR.

Crawhill, J. C. See Banks, T. E.

("67 Crespi, M. B. A., and Perschke, H., 1964, Application of solid-gas chromatography to the enrichment of low-level tritium: Internat. .Tour. Appl. 

Radiation and Isotopes, v. 15, p. 569-578. N.S.A. 19:7834. AdC, AnC, 

SeAd.

Cronkite, E. P. Sec Cottier, H.

Cronkite, E. P. Sec Rubini, J. R.

C68 Cronkite, E. P., Bond, V. P., Fliedner, T. M., and Rubini, J. R., 1959, 

The use of tritiated thymidine in the study of DNA synthesis and cell 

turnover in hemopoietic tissues: Lab. Inv. v. 8, p. 263-277. N.S.A. 

13: 7412. BiC, Ha, InBi, KiR.

C69 Cronkite, E. P., Fliedner, T. M., Killmann, S. A., and Rubini, J. R., 

1961, Tritium-labelled thymidine [H3TDR] Its somatic toxicity and use in 

the study of growth rates and potentials in normal and malignant tissue 

of man and animals, in Tritium in the physical and biological sciences, 

v. 2, Proceedings Series: Vienna, Austria. Internat. Atomic Energy 

Symposium on Detection and Use of Tritium in the Phys. and Biol. Sci., 

May 3-10, 1961. Proc., p. 189-209 [1962]. C.A. 57: 15692 c. BiZ, Ha, InBi. 

C70 Cronkite, E. P., Greenhouse, S. W., Brecher, George, and Bond, V. P., 

1961. Implication of chromosome structure and replication on hazard of 

tritiated thymidine and the interpretation of data on cell proliferation: 

Nature, v. 189, p. 153-154. N.S.A. 15: 8461. BiZ, Ha, InBi.

Crooks, R. N. Sec Stewart, N. G.

C71 Crosby, J. W., 3d, and Chatters, R. M., 1965. Water-dating techniques as 

applied to the Pullman-Moscow ground-water basin: Pullman. Wash.. 

Washington State Univ., College Eng. Resources Div. Bull. 296. 21 p. 

C.A. 64: 19186 c. Abgw , InAg ». MeDfRW .

Grouse, D. J. Sec Blake, C. A., Jr.

Crozaz, G. Sec Picciotto, Edgard.

Csanyi, P. F. See Kb'hegyi [Koehegi], Ferenc.

C72 Csanyi, P. F., Levay, Bela, and Kohegyi, Ferenc, 1962. Coincidence 

counting of tritium with a liquid scijntillator, Part IT: Magyar Kemiai 

Folyoirat. v. 68. p. 482-485. C.A. 58: 12139 c. AnC.

C73 Csanyi, P. F. [Fodorne, C. P.], Levay, Bela, and Salamon, Andras, 

1964. Measurements on soft /3-ray-emitting isotopes with a single-channel 

liquid scintillograph: II. Measurements on tritium-substituted water and 

hydrocarbons: Magyar Kemiai Foly6irat, v. 70, no. 4. p. 184-189 [in 

Hungarian]. C.A. 62:6105 ef: N.S.A. 18:25301, N.S.A. 18:41340. AnC. 

SpFl.

Csanyi, Piroska (Mrs. Fodor). Sec Ormos, Gyorgy.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 49

C74 Cuddeback, R. B., Koeller, R. C., and Drickamer, H. G., 1953, The effect 

of pressure on diffusion in water and in sulfate solutions: Jour. Chem. 

Physics, v. 21, p. 589-597. C.A. 47:6223 h. MeDf.

C75 Currie, L. A., 1959, Tritium production by 6 b. e. V. protons: Phys. 

Rev., v. 114, p. 878-880. Ab.

076 Currie, L. A., Libby, W. F., and Wolfgang, R. L., 1956, Tritium production by high-energy protons: Phys. Rev. v. 101, p. 1557-1563. Ab.

077 Curtis, M. L., Ness, S. L., and Bentz, L. L., 1966, Simple technique for

rapid analysis of radioactive gases by liquid scintillation counting: Anal.

Chemistry, v. 38, no. 4, p. 636-637. O.A. 64: 18905 g. AnC. 

C78 Czapski, Gideon, and Katakis, D., 1966, Light emission from aqueous

solutions of T2O: Jour. Phys. Ohemistry, v. 70, no. 3. p. 637-640 [in

English]. C.A. 64:12058 c. An, E1C1, EqL, IsSp, SpFl.

D

Daniel, H. See Simon, Helmut.

Dl Daniel, R. R., Lavakare, P. J., Menon, M. G. K., Naranan, S., Nerukar, 

N. W., Pal, Yash, and Sreekantan, B. V., eds., 1964, International conference on cosmic rays, Jaipur, December 1963, Proceedings; v. 1, Solar 

particles and sun-earth relations: Bombay, India, Internal. Union Pure 

and Appl. Physics and Dept. Atomic Energy, Indian Govt., The Commercial Printing Press, Ltd., 273 p. Available from Tata Institute of 

Fundamental Research, Bombay, India. X.S.A. 19:3005. Ge of: AbG.tm, 

AbGmo,, AbGs . t (with 19 articles) ; KiR.

D2 Dansgaard, W., 1961, The isotopic composition of natural waters, with 

special reference to The Greenland ice cap: Medd. om Gr0nland, v. 165, 

no. 2. p. 1-120 [in English]. 0. A. 56:4535 d. Ge (with 103 references).

D3 Daruschy, Paul, 1965, A fast and simple method for the detection of 

tritium in biological material: Atompraxis, v. 11, no. 5, p. 273-274 [in 

German]. O.A. 63:10308 d: N.S.A. 19:36261. AnO, InBi.

D4 Daruschy, Paul, 1966, Analysis of tritium-containing H2O vapor in air: 

Atompraxis, v. 12, no. 6, p. 301-302 [in German]. O.A. 65:12767 c; 

N.S.A. 20:37028. AnC, Ha, In.tm, SeAd, SeDs. 

Davidson, J. D. See Oliverio, V. T. 

Davies, P. L. See Caddock, B. D. 

Davis, A. K. See Vaughan, B. E.

Do Davis, G. H., Gatlinger, T., Payne, B. R., Dincer, Turgut, and Florkowski, Tadeusz, 1966, Seasonal variations in the tritium content of ground 

waters of the Vienna Basin, Austria : Vienna, Austria, Internat. Atomic 

Energy Agency Symposium on Use of Isotopes in Hydrology, Nov. 14-18, 

1966, Proc., p. 1-28. Ab.tm, AbK », AbHy, Tn. tm , Ingw , Inhy, InA.tm, InAgw , 

MeDf.tm, MeDfK », MeDfP(..

D6 Davis, S. N., and De Wiest, R. J. M., 1966, Hydrogeology: New York, 

John Wiley & Sons, Inc., 463 p. (See especially p. 137-139). AbG.tn,, AbGgw , 

AbG.w, InB », In.tm, In» w , InABW , InA.tn,, InA,», MeDfBW , MeDf.t , MeDf.w, 

Nu, NuB.

D7 Davydoff, Sylvie, 1956, Relative biological effectiveness of tritium and 

of various y [gamma] radiations: Oomptes Rendus, Oong. Internat. 

Ohimie Indus., v. 243, p. 1455-1457 [in French]. N.S.A. 11:1733. Bi. BiC, 

Ha. 

De Brueck, W. See Picciotto, Edgard.
50 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

D8 Dedek, W., 1964, The application of radioisotopes to the chemistry of 

pesticides and plant protection: Atompraxis, v. 10, no. 2, p. 65-70. 

C.A. 60: 13812 g. BiB, BiC, InBi.

DeFelice, Joseph. Sec Fireman, E. L.

DO DeFelice, Joseph, Fireman, E. L., and Tilles, David, 1963, Tritium, argon 

37, and manganese 54 radioactivities in a fragment of Sputnik 4: Jour. 

Geophys. Research, v. 68, no. 18, p. 5289-5296. C.A. 59:8312 f; N.S.A. 

17:37922. AbG.« m , AbGme,, AbG8 .,, In.,m , Inm e,, In,.,. SeDf,.«.

Degot, Bernadette. Sec Alvinerie, Jacques.

D10 deGroot, R. J., 1964, Symposium on some uses of ionizing radiation in 

pregnancy: I, The therapeutic and diagnostic use of radioisotopes during 

pregnancy: Jour. College Radiologists Australasia [Title changed to 

Australasian Radiology], v. 8, p. 123-127. N.S.A. 19:13124. Ha. 

Dll DeHaan, A., 1959, Use of short-lived isotopes in the petroleum industry: 

New York, 5th Petroleum Cong. Proc., v. 10, p. 75-84 [I960]. C.A. 

56: 10455 c. Ha, Ing w, InAgw , MeDf.

Delafield, H. J. Sec Bishop, K. F.

1)12 deLaguna, Wallace, 1956. The use of tritium for determining the age of 

ground water: U.S. Geol. Survey Water-Resources Bull., Aug. 10, 1956, 

p. 29-31. Ingw , InAgw.

Delibrias, Georgette. Sec Bibron, Roland.

Delibrias, Georgette. Sec Tamers, M. A.

D13 Delisle, M. J., and Lansdown, A. R., 1960, A low-cost high-efficiency 

experimental /3-ray counter: Symposium on Instrument Methods and 

Analysis Proc., v. 6, N7, 5 p. C.A. 60:12858 f. AnC.

D14 DeLong, C. W., Thompson, R. C., and Kornberg, H. A., 1954, Percutaneous adsorption of tritium oxide: Am. Jour. Roentgenology, Radium 

Therapy, and Nuclear Medicine, v. 71. p. 1038-1045. C.A. 48: 11608 f. 

AbO, Biz.

Denecke, B. Sec Spernol. A.

Denham, Charlene. Sec Oliverio. V. T.

Denman, R. F. See Diamond, P. S.

Devanathan, M. A. V. See Bockris, J. O'M.

Devell, L. See Westermark, Torbjorn.

De Wiest, R. J. M. Sec Davis, S. N.

D15 Diamond, P. S., and Denman, R. F., 1966, Laboratory techniques in 

chemistry and biochemistry: New York, D. Van Nostrand, Inc., 491 p. Is, 

Nu.

Dibeler, V. H. Sec Mohler, F. L.

D16 Dibeler, V. H., Mohler, F. L., Wells, E. J., Jr., and Reese, R. M., 1950, 

Mass spectra of some simple isotopic molecules: [U.S.] Natl. Bur. Standards Jour. Research, v. 45, p. 288-291. C.A. 45: 2765 i. Sr.

Diez, M. See Tamers, M. A.

Dincer, Turgut. See Davis, G. H.

Dincer, Turgut. See Payne, B. R.

D17 Dincer, Turgut, 1966, Application of radiotracer methods in streamflow 

measurements: Vienna, Austria, Internat. Atomic Energy Agency Symposium on Use of Isotopes in Hydrology, Nov. 14-18, 1966, Proc., Preprint, 

SM-83/8, 22 p. Ad, An, BiB, Ha, Ingw , InHy , In,,-, MeDf, NuB, Nuln.

Dirian, Gregoire. See Botter, Fernande.

Distenfeld, Carl. Sec Clark, D. O.

Dmitriev, M. T. Sec Pshezhetskii, S. Ya.

Dmitrieva, G. V. Sec Karol, I. L.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 51

D18 Dobbs, H. E., 1961, The detection of tritium labelled compounds in 

vapour phase chromatography: Jour. Chromatography, v. 5, p. 32-37 

[in English], AdC, An, Ge of: AnC.

D19 Dobbs, H. E., 1962, Quenching and adsorption in liquid scintillation 

counting: Wantage, Berks, England, United Kingdom Atomic Energy 

Authority, Research Group, Wantage Research Lab. Pub.. AERE-M-1075. 

17 p. N.S.A. 17:353, AnC.

1)20 Dobbs, H. E., 1963, Oxygen flask method for the assay of tritium-, 

carbon-14-, and sulfur-35-labeled compounds: Anal. Chemistry, v. 35, p. 

783-786. N.S.A. 17 : 23263. AnC.

D21 Dobbs, H. E., 1964, The use of a windowless gas-flow counter for detecting weak /3-emitters on paper chromatograms: Jour. Chromatography, v. 

15, p. 29-38. N.S.A. 18:35862. AdC, AnC.

D22 Dobbs, H. E., 1966, New oxygen flask apparatus for the assay of tritium 

and carbon-14: Internat. Jour. Appl. Radiation and Isotopes, v. 17, no. 6, 

p. 363-364. C.A. 65: 8299 cd. AnC. 

Dolphin, G. W. Sec Jackson, S.

D23 Dolphin, G. W., and Jackson, S., 1964, Interpretation of bioassay data, 

in Assessment of radioactivity in man, v. 1, Proceedings Series: Vienna, 

Austria, Internat. Atomic Energy Agency Symposium, held at Heidelberg, 

Federal Republic of Germany, May 11-16, 1964, Proc., p. 329-354. Harwell, 

Berks, England. United Kingdom Atomic Energy Authority. Atomic Energy 

Research Establishment Pub., AHSB (RP) R-41. N.S.A. 19:29879. BiC, 

Ha, InBi. 

Done, J. See Payne, P. R.

1)24 Donth, H. H., 1966, Empirical radiotoxicity hazards and general licensing 

exemptions: Health Physics, v. 12, p. 106-108. N.S.A. 20:9199. Ha. 

Dorfman, L. M. See Wilzbach, K. E.

D25 Dorfman, L. M., 1954, Adsorption of tritium /3-particles in hydrogen and 

other gases: Phys. Rev., v. 95, p. 393-396. C.A. 48: 11206 h. Nuln.

D26 Dorfman, L. M., and Mattraw, H. C., 1953, Exchange reaction of hydrogen and tritium: Jour. Phys. Chemistry, v. 57, p. 723-725. C.A. 48: 465 b. 

EqG, KiG. 

Dorrer, H. D. Sec Simon, Helmut.

D27 Dostrovsky, I., Avinur, P., and Nir, Aharon, 1957, Liquid scintillation 

counting method of natural tritium and its applications to hydrology and 

meteorology: Chicago, Northwestern Univ. Conf. on Liquid Scintillation 

Counting, Proc., p. 283-287. C.A. 53:5899 g. AnC.

D28 Dougherty, E. C., and Lawrence, J. H., 1948, Isotopes in clinical and 

experimental medicine A review: California Medicine, v. 69. p. 58-73. 

C.A. 43:3483 f. Ge (with 153 references), InBi.

D29 Douglas, D. L., 1955, Tritium-carbon monoxide reaction: .Tour. Chem. 

Physics, v. 23, p. 1558-1559. C.A. 49 : 15399 c. AnMs, Ki, Sy.

D30 Doury, A., 1965, Risks related to the diffusion in the atmosphere of 

large amounts of tritium: Minerva Xucleare, v. 9, no. 1. p. 1-6 [in French]. 

C.A. 63:o407 b; X.S.A. 19:30462. Abatni , AbG» tm . Ha. MeDf» tm . SeAd.

D31 Downes, A. M., and Till, A. R., 1961, On the assay of tritium as 

tritobutane: Internat. Jour. Appl. Radiation and Isotopes, v. 11, p. 154-157 

[in English]. N.S.A. 15:32115. AnC, SeAd.

D32 Drawert, Friedrich, 1963, Reaction gas chromatography and radio gas 

chromatography: Yortraege des Symposiums liber Gas-chromatographie. 

Leuna, Germany, May 28-31. 1963, p. 339-350. C. A. 60: 4441 h. AnC. InBi.
52 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

I>33 Drever, R. W. P., and Moljk, A., 1956, Measurement of tritium as

water vapor: Rev. Sci. Instruments, v. 27, p. 650-651. C.A. 51: 12682 c.

AnC, SeAd.

Drevinsky, P. J. Sec Martell, E. A. 

Drew, R. M. See Painter, R. B. 

1)34 Drew, R. M., and Painter, R. B., 1959, Action of tritiated thymidine on

the clonal growth of mammalian cells: Radiation Research, v. 11, p.

535-544. BiZ, Ha, InBi.

Dreyfus-Alain, B. Sec Viallard, Rodolphe. 

Drickamer, H. G. Sec Cuddeback, R. B. 

D35 Driver, G. E., 1956, Tritium survey instruments: Rev Sci. Instruments,

v. 27, p. 300-303. C.A. 51: 17488 i. An, Ge. 

D36 Drobinski, J. C., La Gatta, D. P., Goldin, A. S., and Terrill, J. G., Jr.,

1965, Analyses of environmental samples for carbon-14 and tritium:

Health Physics, v. 11, no. 5, p. 385-395 [in English]. C.A. 63:10965 f;

N.S.A. 19:22616. AbG. tm , AbO, AnC, BiZ, Ha, In.tn,, InHy, InBi.

Drury, T. See Burns, I. 

D37 Drury, T., and Roberts, J. P., 1963, Diffusion in silica glass following

reaction with tritiated water vapor: Physics and Chemistry Glasses, v. 4,

no. 3, p. 79-90. C.A. 59: 8449 a. AnC. 

D38 Dulcino, J., Bosco, R., Verly, W. G., and Maisin, J. R., 1963, Assay of

tritium and carbon-14 in animal tissues by liquid scintillation: Clinica

Chimica Acta, v. 8, p. 58-65 [in English]. N.S.A. 17:13895. AnC, BiC,

BiZ, InBi, SpFl. 

D39 Dumbest, Henry, and Lefort, Marc, 1963, Diffusion of tritium out of

iron samples in relation to tritium content in meteorites: Nature, v. 200,

no. 4906 p. 566. C.A. 60:5232 de; N.S.A. 18:1897. AbGmet, MeDfmet . 

D40 Duncombe, W. G., 1958, Scintillation counting of tritium in solid samples:

Jour. Biochemistry, v. 69, p. 6P [in 371st Proc. pages]. C.A. 53:2844 c.

AnC. 

D41 Dunken, Heinz, 1965, Isotope analysis of water by emission spectroanalysis: Jena Review, v. 4, p. 204-209 [in English]. C.A. 64:10696 b.

An, IsSp, NuB, SeMs.

D42 Dunn, F. J., Mosley, J. R., and Potter, R. M., 1955, Separations of mixtures of tritium and hydrogen with Hertz pumps: Anal. Chemistry, v. 27,

p. 63-64. C.A. 49: 3729 e. An, Sy. 

Dunn, W. See Ammar, R. G. 

Duquesne, Maurice. Kee Apelgot, Sonia. 

Dutton, H. J. ftce Chorney, W. 

D43 Dutton, H. J., 1961, Monitoring gas chromatography for H3- and Culabelled compounds by liquid scintillation counting, in Rothchild, Seymour,

ed., Advances in tracer methodology, v. 1: New York, Plenum Press, p.

147-152 [1963]. C.A. 58:10945 d; N.S.A. 17:18485. Ge of: AdC, AnC, Sy. 

D44 Dyne, P. J., Fletcher, J. W., Jenkinson, W. M., and Roy, L. P., 1961,

Radiation-induced exchange reactions in solutions of hydrogen and water:

Canadian Jour. Chemistry, v. 39. p. 933-939. C.A. 55:15170 ab. SeAd.

E

El Eaborn, C., Matsukawa, E., and Taylor, R., 1957, Measurement of tritium: 

Rev. Sci. Instruments, v. 28, p. 725-726. C.A. 52:6966 e; N.S.A. 12:3086 

AnC, Ha.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 53

E2 Easthant, J. F., Westbrook, H. L., and Gonzales, D.., 1961, Liquid scintillation detection of tritium and other radioisotopes in insoluble or quenching organic samples, in Tritium in the physical and biological sciences, 

v. 1, Proceedings Series: Vienna, Austria, Internat. Atomic Energy 

Agency Symposium on Detection and Use of Tritium in the Phys. and 

Biol. Sci. May 3-10, 1961, Proc., p. 203-209 [1962]. C.A. 57:10738 gh; 

N.S.A. 16: 16091. AnC.

Eberhardt, P. See Begemann, Friedrich.

E3 Eberhardt, P., and Geiss, Johannes, 1964, Meteorite glasses and radiation 

ages: Isotopic Cosmic Chemistry. North-Holland Publishing Co.. Amsterdam, Netherlands, 1964, p. 452-470 [in English]. C. A. 62:7540 a. AbGm-t. 

InA.

Ebert, P. S. See Prockop, D. J.

Eccleston, B. H. See Whisman, M. L.

Edelman, I. S. See Wang. J. H.

E4 Eden, G. E., and Melbourne, K. V., 1960, Radioactive tracers for measuring the periods of retension in percolating filters: Internat. Jour. Appl. 

Radiation and Isotopes, v. 8, p. 172-178. C.A. 55: 22671 hi. Adgw , InAgw, 

MeDfgw , SeAdgw.

Edwards, G. W. See Everett, R. J.

Efremov, A. A. See Zel'venskii, Ya. D.

Eggleton, A. E. J. See Bishop, K. F.

Eggleton, A. E. J. See Bainbridge, A. E.

Ehhalt, D. [Dieter]. See Brinkmann, Roland.

Ehhalt, D. See Gonsior, Bernhard.

Ehhalt, D. See Vogel, J. C.

Ehhalt, D. See Zimmermann, U.

E5 Ehhalt, D., Israel, G., Roether, W., and Stich, W., 1963, Tritium and 

deuterium content of atmospheric hydrogen: Jour. Geophys. Research, 

v. 68, no. 13, p. 3747-3751. C.A. 59:3509 c; N.S.A. 17:30692. Ab.tm, Ab.rt, 

In.«m, MeDf.tm.

E6 Ehhalt, D., Knott, K., Nagel, J. F., and Vogel, J. C., 1963, Deuterium 

and oxygen-18 in rain water: Jour. Geophys. Research, v. 68, p. 3775- 

3780. Ab.tm, In., , Th.

E7 Ehhalt, D., Munnich, K. O., and Roether, W., 1964, C-14 working paper: 

Vienna, Austria. Submitted to the Internat. Atomic Energy Agency Symposium Panel on World Wide Survey of Hydrogen and Oxygen Isotopes 

in Precipitation, Oct. 12-16, 1964. AbG.tm, In.tm.

E8 Ahhalt, D., Munnich, K. O., Roether, W., Scholch, J., and Stich, W., 

1963, Artificially produced radioactive noble gases in the atmosphere: 

Jour. Geophys. Research, v. 68, no. 13, p. 3817-3821. Ab.tm, In.tm. 

E9 Ehhalt, D. H., and Bainbridge, A. E., 1966, A peak in the tritium content 

of atmospheric hydrogen following the accident at Windscale: Nature, v. 

209, no. 5026, p. 903-904. C.A. 64: 18917 e. Ab.tm. InA.tm, MeDf.tm.

Ehrenberg, L. See Ahmstroem, G.

E10 Eichelberger J. F., Grove, G. R., and Jones, L. V., 1963a. Mound Laboratory progress report for June 1963: U.S. Atomic Energy Comm. Pub., 

MLM-1160, 30 p. N.S.A. 18:19465. AnCl, NuB.

Ell Eichelberger, J. F., Grove, G. R., and Jones, L. V., 1963b, Mound Laboratory progress report for September 1963: U.S. Atomic Energy Comm. 

Pub.. MLM-1176, 15 p. N.S.A. 18:19468. AnCl, NuB.
54 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

E12 Eichelberger, J. F., Grove, G. R., and Jones, L. V., 1963c. Mound Laboratory progress report for October 1963: U.S. Atomic Energy Comm. Pub., 

MLM-1177, 27 p. N.S.A. 18: 21707. AnC. 

Eichler, Roland. Sec Brinkmann, Roland.

E13 Eichler, Roland, 1964, Uber den isotopengehalt des wasserstoffs in 

niederschlags und grnnd-wassern [The concentration of hydrogen isotopes 

in precipitation and ground-water] : Thesis dissertation, given at Bonn, 

Federal Republic of Germany, 1964. Ingw , InAgw-. 

Eidinoff, M. L. Sec Perri, G. C. 

Eidinoff, M. L. Sec Verly, W. G.

E14 Eidinoff, M. L., 1947a, The cathodic protium-tritium separation factor: 

Am. Cliem. Soc. Jour., v. 69, p. 977. C.A. 41: 4362 e. AnC, SeAd, SeEl.

E15 Eidinoff, M. L., 1947L>, The quantitative measurement of trititim 

Hydrogen-alcoliol-argon mixttires: Am. Cheni. Soc. Jour., v. 69, p. 2504- 

2507. C.A. 42:2171 f. AnC.

E16 Eidinoff, M. L., 1947c. Upper limit to the tritium content of ordinary 

water: Jour. Chem. Physics, v. 15, p. 416. C.A. 41: 5389 h. AbG, AnC, SeEl.

E17 Eidinoff, M. L., 1948. The search for tritium: The hydrogen isotope of 

mass three A review: Jour. Chem. Education, v. 25, p. 31-34, 40. C.A. 

42: 2865 g. AbG. AnMs, Ge, NuR.

E18 Eidinoff, M. L., 1961. Tritium in biochemical studies, in Rothchild, Seymour, ed.. Advances in tracer methodology, v. 1: New York, Plenum Press, 

p. 222-226 [1963]. C.A. ."9: 849; X.S.A. 17:18497. BiZ: Ge of: In: Ha, 

SeAd.

E19 Eidinoff, M. L., Fitzgerald, P. J., Simmcl, E. B., and Knoll, J. E., 

1951, Intercellular localization of compounds labeled with tritium, H3 , by 

radioautography: Soc. Experimental Biology Medicine Proc., v. 77, p. 

225-229. C.A. 45:8071 e. AnC, BiZ, InBi.

E20 Eidinoff, M. L., Perri, G. C., Knoll, J. E., Marano, B. J., and Arnheim, 

J., 1953, The fractionation of hydrogen isotopes in biological systems: Am. 

Chem. Soc. Jour., v. 75, p. 248-249. C.A. 47: 4939 e. AbO, BiC, MeDf, SeAd.

E21 Elbert, Michael, and Howard, Alma, eds., 1963, Radiation effects in 

physics, chemistry and biology: 2d Internat. Cong. on Radiation Research, 

held at Harrogate, Great Britain, August 5-11, 1962, Proc., Amsterdam, 

Netherlands, North-Holland Publishing Co.. 521 p. N.S.A. 17:25017. Ge 

of: BiC, InBi (with 25 review papers). 

Eliseev, G. P. Sec Lyubimov. V. A.

E22 Elkins, H. B., 1961, Maximum permissible urinary concentrations Their 

relation to atmospheric maximum allowable concentrations: Pure and Appl. 

Chemistry, v. 3, p. 269-273. C.A. 56: 2682 a. AbO, Ha. InBi. 

Elliot, N. See Cannon, C. V. 

Elliott, M. J. W. Sec Goldsmith, P. 

Elliott, N. See Jenks, G. H. 

Ellis, J. G. See Sharp, R. A. 

Ellis, S. C. See Lloyd, R. A.

E23 El-Sayed, M. A., Estrup, P. J., and Wolfgang, Richard, 1958, Mechanism 

of reaction of recoil hydrogen in the gas phase: Jour. Phys. Chemistry, 

v. 62, p. 1356-1363. N.S.A. 13:2811. AnC, Eql, KiR, NuR, SeAd. 

Ely, R. L., Jr. See Ballard, L. F.

E24 Ely, R. L., Jr., and Ballard, L. F., 1961a, Geiger counting of tritium as 

water vapor: U.S. Atomic Energy Comm. Pub., ORO-484, 48 p. C.A. 

57:8144 g; N.S.A. 16:18814. AnC.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 55

E25 Ely, R. L., Jr., and Ballard, L. F., 1961b, Counting tritium as water 

vapor in a Geiger flow-counter: Am. Nuclear Soc. 1961 winter mtg., held 

at Chicago, 111., Nov. 7-9, 1961, Trans., v. 4, no. 2, p. 249. N.S.A. 16:694. 

AnC.

Emerson, R. J. See Smith, G. N. 

Emil 'yanov, V. A. See Belikov, M. P. 

Emmanuel, H. See Le Pape, M.

E26 Engelke, M. J., 1965, Model 200 AC/DC air sampler: U.S. Atomic Energy 

Comm. Pub., LA-3228, 20 p. N.S.A. 19:24843. Ha, In.tm.

E27 Engelke, M. J., and Bennis, E. A., 1962, The diffusion and mixing of 

tritium gas in air: U.S. Atomic Energy Comm. Pub., LA-2671, 36 p. 

C.A. 57:11873 d; N.S.A. 16:15023. Ha, MeDf, SeDf.

E28 Erdtmann, Gerhard, and Herrmann, Guenter (Giinter), 1963, Aqueous 

emulsions for srintillator counting of /3-emitters: Radiochimica Acta., v. 1, 

p. 98-103 [in German]. C.A. 59:197 h; N.S.A. 17:29217, AnC. Sy. 

Erickson, G. P. See Kulp, J. L. 

Ericksson, Erik. See Burdon, D. J. 

Eriksson, Erik. See Seligman, H.

E29 Eriksson, Erik, 1958, The possible use of tritium for estimating groundwater storage: Tellus, v. 10, p. 47^78. C.A. 54: 25401 g. AbGg w, AbGHj> 

Ingw, InHy, InAgw.

E30 Eriksson, Erik, 1962, Radioactivity in hydrology, in Israel, H., and Krebs, 

A. T., eds., Nuclear radiation in geophysics: New York, Academic 

Press, p. 47-60. N.S.A. 17:3189. Abg », Ab. w , Ingw , In, w , InhT, 

InAg,-, InA.w, MeDfgw, MeDf. w .

E31 Eriksson, Erik, 1963, Atmospheric tritium as a tool for the study of 

certain hydrologic aspects of river basins: Tellus, v. 15, no. 3, p. 303-308. 

N.S.A. 18:10293. AbG,,w, AbG, w , AbG.,m , AbGHy , InA,*, InABW , InA.,m , 

Sa.w, Sagw , Sa.tm.

E32 Eriksson, Erik, 1965, An account of the major pulses of tritium and 

their effects in the atmosphere: Tellus, v. 17. p. 118-130. N.S.A. 19:28552. 

Ab.tm, Aboc*.n, In.tm, Inoc*»n, MeDf.tm, MeDfocean, MeDfiiy.

E33 Eriksson, Erik, and Bolin, Bert, 1964, Oxygen-18, deuterium, and tritium 

in natural waters and their relation to the global circulation of water: 

Paper presented at 2d Conf. on Radioactive Fallout from Nuclear Weapons 

Tests, held at Germantown, Md., Nov. 1964. U.S. Atomic Energy Comm. 

Pub., CONF-765-10, 14 p. AbHy , AbG, In.,m , InHr, MeD. MeDf. tm, 

MeDf.ce.n, SeAd.tm, SeAd0 c,.n , SeDf.

E34 Esno, Sugiura, 1963, Chemical composition of upper atmosphere: Kagaku 

(Kyoto), v. 18, no. 1, p. 20-25 [in Japanese]. N.S.A. 19:14120. AbG.tm,

In.tm, MeDfatm, NuR.

Estrup, P. J., See El-Sayed, M. A. 

Etienne, A. D. See Pro, M. J. 

E35 (Reference deleted.)

K36 Eulitz, G. W., 1963, Sensitive tritium counting with a propane proportional counting system: Rev. Sci. Instruments, v. 34, no. 9, p. 1010-1014. 

C.A. 60:1304 d: N.S.A. 17:37440. AnC, SeAd. 

Eutsler, Bl C. See McClelland, Jean. 

Eutsler, B. C. See Milligan, M. F. 

Eutsler, B. C. See Robbins, M. C.
56 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

E37 Eutsler, B. C., Evans, G. L., Hiebert, R. D., Mitchell, R. N., Robbing, 

M. C., and Watts, R. J., 1956, Instruments for monitoring tritium in the 

atmosphere: Nucleonics, v. 14, no. 9, p. 114-117. AnC.

E38 Evans, E. A., 1966, Tritium and its compounds: Princeton, N.J., D. Van 

Nostrand Co., 376 p. An, BiC, Ge, Ha, Inhy, InPe , InA, InBi, KiR, No, Nu, 

Se, SeAd.

Evans, G. L. See Eutsler, B. C.

E39 Everett, R. J., Brewer, L. W., Edwards, G. W., Jack, A. J., Linn, T. A., 

Jr., and Mills, R. O., 1964, Chemical and radiochemical analytical procedures: U.S. Atomic Energy Comm. Pub., SC-4783 (RR), 79 p. C.A. 

61:13799 e; N.S.A. 18:13642. Ge of: AnC, BiB, In, InBi, Sa. 

Evers, J. See Siri, W. 

Ewing, B. B. See Kaufman, W. J.

Fl Facy, L., 1962, Radioactive precipitations and fallout, in Israel, H., and 

Krebs, A., eds., Nuclear radiation in geophysics: Berlin, Federal Republic 

of Germany, Springer Verlag. Aba t m . 

Fairman, W. See Sedlet, .7. 

Fallot, P. See Pellerin, P.

F2 Fallot, P., Aeberhardt, A., and Masson, J., 1957, Determination of tritium 

in water and its clinical applications: Internat. Jour. Appl. Radiation 

and Isotopes, v. 1, p. 237-245. C.A. 52:5523 c; N.S.A. 11:4806, N.S.A. 

11:3677. AnC, Ha. 

Farkas, J. See Aman, J. 

Farkas, L. See Aman, J. 

Farzine, K. See Von Buttlar, Haro. 

F3 Faul, Henry, ed., 1954, Nuclear geology: New York, John Wiley & Sons,

Inc., 414 p. (See especially p. 133-134.) AbG.tm, AbGterr, NuR. 

F4 Fechtig, H., and Gentner, W., 1965, Tritium diffusion measurements on 

four stone meteorites: Zeitschr. Naturforschung, v. 20a, no. 12, p. 1682- 

1691, C.A. 64:12415 d. AbGm.t, MeDf.tm.

Feely, H. W. See Friend, J. P.

F5 Feely, H. W., and Spar, Jerome, 1960, Mixing and transfer within the 

stratosphere, Progress report on HASP [High-Altitude Sampling Program] : U.S. Atomic Energy Comm. Pub., DASA-1222, 67 p. N.S.A. 

15 : 29513. Ab.tm, An.

F6 Feely, H. W., Walton, Alan, Barnett, C. R., and Bazan, Fernando, 1961, 

The potential applications of radioisotope techniques to water resources 

investigations and utilization: Office of Isotopes Development, U.S. Atomic 

Energy Comm. Final Kept., 340 p. Ge of: Abgw , Aboce.n, Ab« w , Ab.tm, 

Ingw , InAgW .

F7 Feine, U., 1963, Determination of tritium in tissue and other biological 

samples: Atompraxis, v. 9, p. 357-358 [in German]. N.S.A. 17:40738. 

An, BiZ, Ha, InBi.

Feinendegen, L. E. See Bond, V. P.

F8 Feitknecht, W., Wyttenbach, A., and Buser, W., 1961, Tritium exchange

between water and the hydroxides Ni(OH) 2 and «-FeOOH, in Reactivity

of solids: Amsterdam, Netherlands, Elsevier Publishing Co., p. 234-239.

N.S.A. 16:31367. MeDf, SeAd, SeDf, StD, ThSo.

F9 Feldman, M. S., 1962, Techniques for the determination of tritium: A
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 57

literature search: U.S. Atomic Energy Comm. Pub., DP-511, 56 p. C.A. 

." 8: 5016 a: X.S.A. 17:003."). (Je of: AnC (with l!)tt references). 

Fenimore, D. C. See Shoemake, G. R. 

Fergusson, G. J. See Wilson, A. T.

F10 Fergusson, G. J., 1965, Radiocarbon and tritium in the upper troposphere, 

in Chatters, R. M., and Olson, E. A., Radiocarbon and tritium dating: 

Pullman, Wash., Washington State Univ., 6th Internal. Conf. on Radiocarbon and Tritium Dating, June 7-11, 1965, Proc., p. 525-540. AbG.tm, 

In.tm. 

Fernandez, C. Sec Jacobson, H. I.

Fll Ferrier, M. D., ed., 1962, Transactions of the American Nuclear Society, 

1962 winter meeting, Washington, D.C., November 26-28. 1962: Am. 

Nuclear Soc. Trans., v. 5, no. 2. Ingw , InAgw . 

Fieldman, Ch. F. See Hodnett, E. M. 

Filippov, O. A. See Bernotas, V. I.

F12 Filippov, O. A., 1964, Activity of tritiated water vapor: Gosudarst. Inst. 

Priklad. Khimii Trudy (State Institute of Applied Chemistry Trans.), 

no. 52, p. 81-85 tin Russian]. C. A. 63:14072 f. AclL.. AnC. KiR. 

Filonov, V. A. Sec Alekseev, F. A. 

Filonov, V. A. Scr Finkel'shteln, Ya. I*.

F13 Finkel, E. E., 1957a, Measurement of permeability to water vapor in 

films of synthetic materials by use of water tagged with tritium: Zhur. 

Fix. Khimii, v. 31, p. 1650-1653. C.A. 52: 5931 g. An, MeDf.

F14 Finkel, E. E., 1957b, Studying the diffusion of aqueous vapors in synthetic materials by means of tritium: Paris, France, Internat. Conf. on 

Radioisotopes Sci. Research Proc., v. 2, p. 463-477 [1958]. C.A. 54:27 g. In.

F15 Finkel, E. E., and Chmutov, K. V., 1959, The use of a gas flow counter 

for measuring the moisture penetrability of synthetic films by using 

water-tagged tritium : Zhur. Fiz. Khimii, v. 33, p. 943-947. C.A. 54: 8166 a. 

AnC, MeDf.

Finkel'shtein, Ya. B. See Alekseev, F. A.

F16 Finkel'shtein, Ya. B., Filonov, V. A., Soifer, V. N., and Obukhova, M. P., 

1957a, Study of the dynamics of underground waters by means of radioactive isotopes: [Translated from Trudy Vsesoyuz. Nauch.-Tekh. Konf. 

Primenen. Radioaktiv. i Stabil. Izotopoz i Izluchenii v Narod. Khoz. i 

Nauk, Moscow, 1957.] Raxved. i Razrabotka Poleznykh Iskopaemkh., p. 

191-194 [1958]. U.S. Atomic Energy Comm. Pub., AEC-tr-4475, p. 220-224. 

Ingw , InAgw.,

F17 Finkel'shtein, Ya. B., Filonov, V. A., Soifer, V. N., and Obukhova, M. P., 

1957b, Investigation of the ground water migration by means of tritium 

as indicator: Raxved. i Okhrana Nedr. 24. no. 1, p. 2S-35. C.A. 52: 10463 

K. N.S.A. 12:13130. AnC, In. Sy.

F18 Finkel'shtein, Ya. B., and others, 1957, An attempt to use tritium as an 

indicator in studying the dynamics of underground waters: Akad. Nauk 

SSSR Doklady, v. 116, no. 4, p. 671-672. AbGgw , Ingw .

F19 Finkelstein, A., and Lesimple, M., 1955, The determination of hydrogen-3 

in tritiated water [Le dosage du tritium dans 1'eau tritiee] : Jour. Nuclear 

Energy, v. 2, p. 101-109 [in French]. C.A. 50:4714 e. AnC. 

Fireman, E. L. See DeFelice, Joseph.

F20 Fireman, E. L., 1953, Measurement of the (N, H3 ) cross section in 

nitrogen and its relationship to tritium production in the atmosphere: 

Phys. Rev., v. 91, p. 922-926. C.A. 47: 12017 i. AbG.tm.

F21 Fireman, E. L., 1955, Tritium production by 2.2 bev. [Bev.] protons on
58 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

iron and its relation to cosmic radiation: Phys. Rev. v. 97, p. 1303-1304. 

AbG.

F22 Fireman, E. L., 1958, Distribution of helhun-3 in the Carbo meteorite: 

Nature, v. 181, p. 1725. N.S.A. 12: 11478. AbGmet.

F23 Fireman, E. L., 1960a, Argon-37, argon-39, and tritium in recent meteorite falls: [U.S.] Natl. Acad. Sci. Natl. Research Council Pub. 845, p. 

28-30. C.A. 55:14208 ab, AbGmet.

F24 Fireman, E. L., 1960b, Problems related to interplanetary matter: Comm. 

on Nuclear Sci., Conf., Highland Park, 111., [U.S.] Natl. Acad. Sci. 

Natl. Research Council Pub. 845, Nuclear Sci. ser. rept. 33. AbG.

F25 Fireman, E. L., 1961, Tritium in meteorites and in recovered satellite 

material, in Tritium in the physical and biological sciences, v. 1, Proceedings Series: Vienna, Austria, Internat. Atomic Energy Agency Symposium 

on Detection and Use of Tritium in Phys. and Biol. Sci., May 3-10, 1961, 

Proc.. p. 69-74 [1962]. N.S.A. 16:16080. AbG.,m, AbGmet, AbG..t, 

IiiAmft , InAs.t.

F26 Fireman, E. L., 1962, The Ehole meteorite, its acquisition and its radioactivity: Jour. Geophys. Research, v. 67, p. 2592-2594. N.S.A. 16:20842.

AbG.tm, AbGmet.

F27 Fireman, E. L., 1963, Solar surface nuclear reactions, in Hess, W. N., 

ed., The physics of solar flares: Washington, D. C., Am. Astron. Soc. 

Natl. Aeronautics and Space Adm. Symposium, held at Goddard Space 

Flight Center, Greenbelt, Md., Oct. 28-30, 1963, Proc., Natl. Aeronautics 

and Space Adm. Pub., NASA-SP-50. p. 279-284 [1964]. N.S.A. 18:44400; 

C.A. 64: 1530 f. AbG.,m , AbGmet, AbG,.,.

F28 Fireman, E. L., and DeFelice, Joseph, 1960a, Argon-39 and tritium in 

meteorites: Geochim. et Cosmochim. Acta, v. 18. nos. 3-4, p. 183-192. 

N.S.A. 14:19670. AbG.,m, InA., m .

F29 Fireman, E. L., and DeFelice, Joseph, 19601), Argon-37, argon-39, and 

tritium in meteorites and the spatial constancy of cosmic rays: Jour. 

Geophys. Research, v. 65, no. 10, p. 3035-3041. C.A. 57: 1816 cd; N.S.A. 

15:2031. AbG.tm, AbGme,, InA, Nu.

F30 Fireman, E. L., and DeFelice, Joseph, 1961, Tritium, argon-37. and 

argon-39 in the Bruderheim meteorite: Jour. Geophys. Research, v. 66, 

no. 10, p. 3547-3551. C.A. 59:7262 fg: N.S.A. 16:916. AbG., m , AbGmet, 

In.tm.

F31 Fireman, E. L., and DeFelice, Joseph, 1964, Multiple fall of Pribram 

meteorites photographed: VII, The tritium and argon-39 in the Pribram 

meteorite: Astron. Inst. Czech. Bull. 15, no. 3, p. 113 [in English]. C.A. 

64:7921 b. AbGmet, In.,m.

F32 Fireman, E. L., DeFelice, Joseph, and Tilles, David, 1961, Solar-flare 

tritium in a recovered satellite: Phys. Rev., v. 123, p. 1935-1936. C.A. 

56:2124 b; N.S.A. 15:31481. AbGmet, AbG,.,.

F33 Fireman, E. L., DeFelice, Joseph, and Tilles, David, 1962a, Radioactivity 

in meteorites and in satellites: Vienna, Austria, Internat. Atomic Energy 

Agency Symposium on Radioactive Dating, held at Athens, Greece, Nov. 

19-23, 1962. Proc., preprint, Symposium SM-33/11, 15 p. [in English]. 

N.S.A. 17:4708. AbG., m , AbGmet, AbG8 .,, SeDfmet, SeDf..,.

F34 Fireman, E. L., DeFelice, Joseph, and Tilles, David, 1962b, Tritium and 

radioactive argon and xenon in meteorites and satellites, in Radioactive 

dating: Vienna. Austria, Internat. Atomic Energy Agency Symposium on 

Radioactive Dating, held at Athens. Greece, Nov. 19-23, 1962, Proc., p. 

323-334 [in English, 19631. AbG., m , AbGme,, AbG..,, SeDfmet, SeDf,.,.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 59

F35 Fireman, E. L., and Rowland, F. S., 1955, Tritium and neutron production by 2.2-Bev. protons on nitrogen and oxygen: Phys. Rev., v. 97, p. 

780-782. AbG., m , NuR, Sy.

F36 Fireman, E. L., and Rowland, F. S., 1961, An additional measurement 

of the tritium content of atmospheric hydrogen of 1949: Jour. Geophys. 

Research, v. 66, p. 4321. N.S.A. 16:5562. Ab.tm.

T37 Fireman, E. L., and Schwarzer, D., 1954, Measurement of the tritium 

concentration in natural waters by a diffusion cloud chamber: Phys. Rev., 

v. 94, p. 385-388. Abgw , Ab.,m, Ab.now, Ab,w, AnC, In. tm, Ing »,

Inanow, In« w .

F38 Fireman, E. L., and Schwarzer, D., 1957, Measurement of lithium-6, 

helium-3, and hydrogen-3 in meteorites and its relationship to cosmic 

radiation: Geochim. et Cosmochim. Acta, v. 11, no. 4, p. 252-262. C.A. 

51:13676 f; N.S.A. 11:8000. AbG.,m , AbGme,, AbG.err.

F39 Fireman, E. L., and Zaehringer, J., 1957, Depth variation of tritium and 

argon-37 produced by high energy protons in iron : Phys. Rev., v. 107, p. 

1695-1698. AbG.

F40 Firestone, R. F., 1957. Radiation chemistry of water vapor: Am. Them. 

Soc. Jour., v. 79, p. 5593-5598. C.A. 52:3440 a. Nuln, NuR. 

Fisher, E. H. R. See Stewart, N. G. 

Fisher, E. L. See Walton, Alan. 

Fitzgerald, P. J. Sec Eidinoff, M. L.

F41 Flamm, E., Lingenfelter, R. E., MacDonald, G. J. F., and Libby, W. F., 

1962, Tritium and helium-3 in solar flares and loss of helium from the 

earth's atmosphere: Science, v. 138. p. 48-50. C.A. 58:2293 e: N.S.A. 

16:33300. AbG.tm, AbGmet, AbG..,.

F42 Flerov, G. N., 1960, Use of nuclear physical methods in prospecting and 

working oil and gas deposits, in Radioisotopes in the physical sciences and 

industry, v. 1. Proceedings Series: Vienna, Austria, Internat. Atomic 

Energy Agency Symposium on Use of Radioisotopes in the Phys. Sci. and 

Industry, held at Copenhagen. Denmark, Sept. 6-17, 1960, Proc.. p. Hi122 [in Russian. 1962]. N.S.A. 16:16043. Ge of: In,,,rr.

F43 Flerov, G. N., and Alekseev, F. A., 1955, The use of radioactivity in 

prospecting for oil and oil-field development: Zasedaniya Otdel. Tekh. 

Nauk, p. 302-317, with English summary, p. 318-319. Acad. Sci. U.S.S.R., 

Conf. on Peaceful Uses of Atomic Energy, Sess. Div. Tech. Sci.. p. 183- 

193 [in English, 1956]. C.A. 50:559 f. C.A. 50:11649 e. Ge. In»w. 

Fletcher, J. W. See Dyne, P. J. 

Flew, E. M., See James, B. T. 

Fliedner, T. M. See Cronkite, E. P. 

Fliedner, T. M. See Rubini. J. R. 

Florini, J. Sec Buyske, D. A. 

Florini, J. R. See Peets, E. A. 

Florkowski, Tadeusz, Sec Davis, G. H.

F44 Florkowski, Tadeusz, 1964, The possibility of tritium detection in application to hydrogeology: Kwart. Geol.. v. 5. p. 887-896 [in Polish!. N.S.A. 

19: 18183. AbG. AnC. Ha. Is. Me, Xu. Se. SeDs. SeEl. Ge of: Iii H,.

Flynn, J. J., Jr. See Hodnett, E. M.

F45 Fodor, P. C., 1958. Tritium: Atomtech. v. 11. p. 286-293 [in Hungarian]. 

X.S.A. 13:9741. AbG. Ge of: Xu: In, Sy.

Fodorne, C. P. See Kohegyi [Koehegi]. Ferenc.
60 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

F46 Fodorne, C. P., Levay, Bela, and Kohegyi, Ferenc, 1962, Measurement 

of tritium by means of a liquid scintillator in coincidence circuit, Part 

II: Magyar Kemiai Foly6irat, v. 68, p. 482-485 [in Hungarian]. N.S.A. 

18:19891. AnC, SpFl.

Folley, S. J. See Balmain, J. H.

F47 Fontes, J. C., Letolle, R., Olive, Philippe, and Blavoux, Bernard, 1966, 

Oxygene-18 et tritium dans le bassin d'Evian [Oxygen-18 and tritium in 

the Evian basin] : Vienna, Austria, Internat. Atomic Energy Agency Symposium on Use of Isotopes in Hydrology, Nov. 14-18, 1966, Proc., Preprint, SM-83/28, 15 p. [in French]. Abatm, Abgw, Ab,w, AnC, Ina tm, Ingw , 

In» w , Inhy, InAgT , InAHy, MeDf, SeEl. 

Foreman, W. W. See McClelland, Jean. 

Forsberg, H. G. See Knutsson, Gert.

F48 Forsberg, H. G., 1962, Liquid scintillation measurements: Svensk. Kern. 

Tidskr., v. 74, p. 144-163 [in Swedish]. N.S.A. 16:24337. AnC, BiS, Int «r, 

Ina tm, In» w , Ingw , Inhy , In.rt.

F49 Forte, M., and Anzani, A., 1959a, A method for scintillation counting 

of very low energy particles: Symposium on Health Physics in Nuclear 

Installations, Ris0, Denmark, May 25-28, 1959, Proc., p. 193-200 [in 

English]. N.S.A. 14:16876. AnC, EC, Ha.

F50 Forte, M., and Anzani, A., 1959b, Method for scintillation counting of 

very low energy particles: Vienna, Austria, Symposium on Meteorol. 

Radionuclides, Proc., p. 269-277 [I960]. C.A. 57:9425 gh. AnC, EC, KiP, 

KiR.

Fol Foskett, A. C., 1961, Tritium detection and measurement Bibliography: 

Harwell, Berks, England, United Kingdom Atomic Energy Authority, 

Atomic Energy Research Establishment Pub., AERE-Bib-132, 33 p. C.A. 

55:14083 a; N.S.A. 15:16897. Ge of: An, Sy (with 164 references). 

Foster, K. W. See Grove, G. R.

F52 Foster, R. R., Purcell, D. H., and Wheat, J. A., 1961, Electrolytic separation factors for hydrogen isotopes: U.S. Atomic Energy Comm. Pub.. 

DP-558, 16 p. N.S.A. 15:22610. Nu, NuR, SeAd, SeEl.

F53 Fox, S., and Frank, R. B., 1958, A dynamic condenser electrometer system for yft-particle detection: Inst. Radio Engineers Trans. Nuclear Sci. 

[N.S.], v. 5, no. 2, p. 27-30. C.A. 52:19542 f. AnC, Sy.

F54 Foy, J. M., 1964, The biological half-life of tritiated water in the mouse, 

rat, guinea pig, and rabbit under tropical conditions, and the effect of 

climate and saline drinking on the biological half-life of tritiated water 

in the rat: Jour. Cellular and Comp. Physiology, v. 64, p. 279-282. N.S.A. 

18: 2017. AbO, BiC, BiZ, Ha, InBi.

F55 Foy, J. M., and Schnieden, H., 1960, Estimation of total body water 

(virtual tritium space) in the rat, cat, rabbit, guinea pig, and man, and 

of the biological half-life of tritium in man: Jour. Physiology, v. 154, 

p. 169-176. C.A. 55: 8525 b. AbO, BiZ, Ha, InA, InBi. 

Franc, Z. See Vavrejn, B.

F56 Franc, Z., Svobodova, J., Francova, V., Lipovska, M., and Horesovsky, 

C., 1965, Measurement of soft ^-radiation in biological material with the 

aid of liquid scintillators: II, Determination of "C and 3H by oxidation 

in oxygen atmosphere: Colln. Czech. Chem. Commun., v. 30, no. 8, p. 

2875-2878 [in English]. C.A. 63:15214 g; N.S.A. 20:253. AnC.

F57 France, Centre d'Etudes Nucleaires, 1964, Isotopes, rayonnements, agriruUnre [Isotopes, radiation, agriculture] : Cadarache, France, Centre
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 61

d'Etudes Xucleaires Bull. Bibliog. Mensuel, v. 2, 47 p. N.S.A. 18:20423. 

Ge of: BiB, Ha, Inpe, InBi, SeAdbi (with 110 references), SeAdp*.

Francis, G. E. See Banks, T. B.

F58 Francis, G. E., Mulligan, W., and Wormall, A., 1959, Isotopic tracers 

A theoretical and practical manual for biological students and research 

workers: 2d ed., London, England, London Univ., 544 p. N.S.A. 15:27308. 

Ge of: An, BiC, InBi, Nu, Sy. 

Francova, V. See Franc, Z. 

Francova, V. See Vavrejn, B. 

Frank, R. B. See Fox, S.

F59 Franzinetti, C., 1950, The mass of charged particles of the cosmic radiation: Philos. Mag. v. 41, p. 86-106. C.A. 44:6301 c. Abatm, NuM. 

Freeman, N. L. See Kabara, J. J. 

Freese, Ernst. See Gottschling, Hubert.

F60 Frenkel, E. P., Whalley, B. E., Knorpp, C. T., and Korst, D. R., 1962, 

On the counting of tritiated thymidine in tissues:

Jour. Lab. and Clinical Medicine, v. 59, p. 174-178. N.S.A. 16:7352. AnC, 

Bi, BiC, InBi, Sy.

F61 Frey, A. J., 1965, Air conditioned living in plastic: Internat. Conf. aud 

Exhibition of the Canadian Nuclear Assoc., held at Quebec, Canada, May 

9-12, 1965, preprint 65-CNA-207, 17 p.: U.S. Atomic Energy Comrn. Pub., 

CONF-650515-9, 17 p. Ha.

F62 Friedlander, Gerhart, and Kennedy, J. W., 1955, Nuclear and radiochemistry : 2d ed., New York, John Wiley & Sons, Inc., 468 p. C.A. 

49:12152 f; N.S.A. 18:33455. Ab, AbG, An, Nu.

F63 Friedlander, M. W., 1957, Lifetime of hydrogen-3 hyperfragments: Nuovo 

Cimento [10], v. 5, p. 283-284 [in English]. C.A. 52:16072 b. InA, Nu. 

Friedman, A. S. See Brown, L. M. 

Friedman, A. S. See Johnson, V. R. 

Friedman, A. S. See Oppenheim, Irwin. 

Friedman, I. See Gonsior, Bernhard.

F64 Friedman, I., Machta, Lester, and Seller, R., 1962, Water-vapour exchange between a water droplet and its environment: Jour. Geophys. 

Research, v. 67, p. 2761-2766. Abatm, Inatm , ThP. 

Friedman, Irving. See Bainbridge, A. E. 

Friedman, Irving. See Begemann, Friedrich.

F65 Friend, J. P., and others, 1960, Study of the general feasibility of radioisotope methods in the natural gas industry: U.S. Atomic Energy Comm. 

Pub., NYO-2753, p. 59-80. Abgw , Ingw .

F66 Friend, J. P., ed., Feely, H. W., Krey P. W., Spar, Jerome, and Walton, 

Alan, 1961, The high altitude sampling program; HASP [High-Altitude 

Sampling Program] Studies, v. 5 supp.: U.S. Atomic Energy Comm. Pub., 

DASA-1300, 325 p. N.S.A. 16:6644. Ge of: Abatm. Ina t m , Inpe: Ha, KiR. 

MeDfatm> Saatm.

F67 Fries, B. A., 1964, Steam-flow measurement by the total-sample method: 

Am. Chem. Soc., Div. Petroleum Chem. preprints, v. 9, no. 2, p. A30-A42. 

AnC, Ha, InBW .

F68 Frissel, M. J., and Kisieleski, W. E., 1961, The simultaneous determination of Cu and H3 in biological material, using the Schoniger combustion 

technique: U.S. Atomic Energy Comm. Pub., ANL-6535, p. 62-65. N.S.A. 

16:31392. AnC, Eql, InBi, KiR. 

Frush, H. L. See Isbell, H. S.
62 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

F69 Fry, R. M., 1958, A note on the maximum permissible levels of tritium: 

Harwell, Berks, England, United Kingdom Atomic Energy Research Authority, Atomic Energy Research Establishment Pub., AERE-HP/M-137, 

11 p. N.S.A. 13: 16118. BiC, Ha, Nu.

F70 Fry, R. MM 1959a, Calibration of flow-ionization chambers for tritium 

monitoring in air: Harwell, Berks, England, United Kingdom Atomic 

Energy Authority, Atomic Energy Research Establishment Pub,, M-429, 

8 p. C.A. 54:5272 h. AdL, AnC, EC.

F71 Fry, R. M., 1959b, Tritium in urine monitoring by the acetylene-flow 

ion chamber method: Harwell, Berks, England, United Kingdom Atomic 

Energy Authority, Atomic Energy Research Establishment Pub., AEREHP/R-2858, 13 p. N.S.A. 14: 163. AnC, BiC, Ha, InBi.

F72 Fry, R. M., 1959c, The calibration of flow ionization chambers for tritium 

monitoring in air: Harwell, Berks, England, United Kingdom Atomic 

Energy Authority, Atomic Energy Research Establishment Pub., AEREM-429, 15 p. AnC.

F73 Fry, R. M., 1959d, Determination of tritium as water vapor in a GeigerMiiller counter: Harwell, Berks, England, Great Britain Atomic Energy 

Research Establishment Pub., R-2867, 13 p. C.A. 54:5273 h: N.S.A. 

14:165. AnC, SeAd. 

Fry, R. M. J. See Lamerton, L. F. 

Fujimoto, Hiroshi. See Ojima, Tsutomu.

F74 Fujita, Minoru, and Iwamoto, Junko, 1961, Estimation of body burden 

of excretion analysis: Radioisotopes, v. 10, p. 310-321 [in Japanese]. 

N.S.A. 16:8516. AbO, BiC, BiZ, Ha. 

Furchner, J. E. See Richmond, C. R.

F75 Furry, W. H., and Jones, R. C., 1946, Isotope separation by thermal 

diffusion The cylindrical case: Phys. Rev., v. 69, p. 459-471. C.A. 40: 

4946 b. An, Ge, KiR, MeDf.rt, SeDf.

F76 Furth, Jacob, and Tullis, J. L., 1956, Carcinogenesis by radioactive substances : Cancer Research, v. 16, p. 5-21. C.A. 50: 14090 f. Ab, AbO, BiZ, Ge, 

Ha, MeDf (with 90 references).

G

Gl Gage, R. S., and Aronoff, S., 1960, Translocation; III, Experiments with

carbon-14, chlorine-36, and hydrogen-3: Plant Physiology, v. 35, p. 53-54.

C.A. 54: 15559 c. InBi, MeDf.

Galbraith, T. W. See Smith, G. N. 

G2 Galli, M., and Singer, S. F., 1956, Cosmic-ray production of helium-3

and tritium in meteorites: Am. Phys. Soc. Bull. [2], v. 1, p. 231. C.A.

52 : 12579 b. AbGmet. 

G3 Gant, P. L., and Yang, Kang, 1959a, Tritium-ethane reaction: Jour.

Chem. Physics, v. 30, p. 1108-1109. N.S.A. 13:13289. AdC, AnC, Ki. 

G4 Gant, P. L., and Yang, Kang, 1959b, Separation of hydrogen isotopes by

gas solid chromatography: Science, v. 129, p. 1548-1549. C.A. 53: 18727.

AdC, AdG, An, Ki. 

05 Gant, P. L., and Yang, Kang, 1964, Chromatographic separation of isotopic methanes: Am. Chem. Soc. Jour., v. 86, p. 5063-5064. N.S.A. 19: 5863.

AnC, SeAd. 

G6 Gant, P. L., and Yang, Kang, 1965, Low-temperature adsorption process

for purifying low-molecular-weight gases: U.S. Patent 3,208,200 (Cl. 55-

68) : Appl. May 18, 1961, 5 p. C.A. 64: P4644 a. AnC. 

G7 Gurder, K. H., 1963, Studies on the incorporation of tritiated thymidine
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 63

in deoxyribonucleic acid in mouse tissues and on. its radiation effects: 

Internat. Jour. Radiation Biology, v. 6, p. 157-172 [in English]. N.S.A. 

17:19847. AnC, BiC, BiZ, InBi, KiR 

Gargarinskii, Yu. V. See Popov, M. M. 

Garner, J. D. See McFadden, B. B.

G8 Garnett, J. L., Hannan, W. K., and Law, S. W., 1961, A modified tritium 

gas counting procedure: Anal. Chim. Acta, v. 25, p. 170-175 [in English]. 

N.S.A. 15:27558. AnC, Sa, Sy, ThP. 

Gamier, A. See Vacca, G. 

Gat, J. R. See Borowitz, J. L. 

Gat, J. R. See Harpaz, Y.

G9 Gat (Gutmann), J. R., 1961, Tritium concentration in natural water 

sources in the eastern Mediterranean area: Rehovoth, Israel, Weizmann 

Inst. Sci., Ann. Prog. Rept. 3, Jan. 1960-Jan. 1961, 17' p.; U.S. Atomic 

Energy Comm. Pub., TID-11879, 17 p. N.SA. 15:13165. Ab.tm, Abgw , Ab.w, 

Abocean, AnC, SeEl.

G10 Gat, J. R., 1965, The determination of characteristics of water bodies 

with- the aid of bomb-produced tritium pulses, in Chatters, R. M., and 

Olson, E. A., Radiocarbon and Tritium Dating: Pullman, Wash., Washington State Univ., 6th Internat. Conf. on Radiocarbon and Tritium 

Dating, June 7-11, 1965, Proc., p. 630-642. Ab.tm, Ab.w, Abgw , Ingw In.w, 

InAgw, InAsw , InAHy, InA, tm, Is, MeDf.« m , MeDfgw , MeDfsw , Sa, SeAd. tm . 

SeAdgw, SeAd S w, SeDs, ThSo.

Gil Gat, J. R., Karfunkel, Uriel, and Nir, Aharon, 1961a, Tritium content 

of rainwater from the eastern Mediterranean area: U.S. Atomic Energy 

Comm. Pub., TID-12612, 28 p. N.S.A. 15:17129. Ab.» m , In. tm , InA. tm, 

MeDf.tm.

G12 Gat, J. R., Karfunkel, Uriel, and Nir, Aharon, 1961b, Tritium content 

of rainwater from the eastern Mediterranean area, in Tritium in the 

physical and biological sciences, v. 1, Proceedings Series: Vienna, Austria, 

Internat. Atomic Energy Agency Symposium on Detection and Use of 

Tritium in the Phys. and Biol. Sci., May 3-10, 1961, Proc., v. 1, p. 41-54. 

C.A. 57:9588 i: N.S.A. 15:17129. Ab.» m , In.»», InA.» m , MeDf.tm.

G13 Gat, J. R., and Nir, Aharon, 1964, Tritium concentrations in natural 

water sources in the eastern Mediterranean area Final contract report, 

June 15, 1958-June 14, 1962: U.S. Atomic Energy Comm. Pub.. TID-21350, 

22 p. N.S.A. 19:7703. AnC, Ge of: An: Sa. SeEl. 

Gatlinger, T. See Davis, G. H.

G14 Gavosto, F., Pileri, A., and Maraini, G., 1959, Usefulness of the tritiumtagged compounds in the autoradiographic investigation of cells: Prog. 

Medicine, v. 15, p. 14-16. O. A. 53:11482 h. AnC, BiC, InBi.

G15 Gavrilov, V. M., and Tishkin, P. A., 1960, Apparatus for measuring the 

hydrogen isotope Ha with a liquid scintillator: Gosudarst. Inst. Priklad. 

Khimii Trudy (State Institute of Applied Chemistry, Trans.), v. 1960, 

no. 45, p. 85-96. C.A. 56:11150 b. AnC, Sy.

G16 Gazzola, Adriano, 1964, Further examples of the use of long-lived nuclear 

products in the study of large-scale atmospheric movements: Riv. Meteorologica Aeronautica, v. 24, no. 2, p. 35-49 [in Italian]. N.S.A. 18:34255.

In.tm, MeDf.tm.

Geiss, Johannes. See Bageman, Friedrich. 

Geiss, Johannes, See Eberhardt, P.
6-1 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

G17 Geiss, Johannes, 1957, Age of meteorites by isotopic measurement: 

Chimia, v. 11, p. 349-363. N.S.A. 11:11477. AbG.tm, AbGmet, InAmet, Nil.

G18 Geiss, Johannes, and Goldberg, E. D., eds., 1963, Earth science and 

meteoritics: Amsterdam, Netherlands, North-Holland Publishing Co., 311 p. 

Ge of: AbGa.m, AbGm *t, In: MeDf (with 15 articles).

G19 Geiss, Johannes, Hirt, B., and Oeschger, Hans, 1960, Tritium- und 

helium-gehalti in meteoriten [Tritium and helium contents [concentrations] in meteorites] : Helvetica Physica Acta, v. 33, p. 590-593. [in German]. C.A. 55:11215 g; N.S.A. 15:11337. AbGmet, AnC, In.tm, Inm et, Sy.

G20 Geiss, Johannes, Oeschger, Hans, and Singer, Peter, 1958, Helium-3 

hydrogen-3 measurements on a stone meteorite: Helvetica Physica Acta, 

v. 31, p. 322-333. C.A. 53:4045 h. AbGme t, InAnct.

G21 Geiss, Johannes, Oeschger, Hans, and Singer, Peter, 1960, Radiation 

ages of chondrites: Zeitsehr. Naturforselmng, v. l."»a, p. 1016-1017. C.A. 

56:6956 d. AbGme t, InAm ,t. 

Centner, W. See Fechtig, H. 

Genunche, Ana. See Mantescu, Constanta.

G22 Gersh, M. E., 1965, Improved separation of isotopic hydrogens by gas 

chromatography: Anal. Chemistry, v. 37, p. 1786. N.S.A. 20:5824. AdC, 

AnC.

Gevantman, L. H. See Casaletto, G. J. 

Gevantman, L. H. See Smith, C. H. 

Gevantman, L. H. Sec Yang, J. Y. 

Gewehr, H. See Scharpenseel, H. W.

G23 Gey, A., 1963, Tritium and tritiated water Time limits of accidental 

exposure in stable or regenerated atmospheres: Saclay, France, Internat. 

Conf. on Radioactive Pollution of Gaseous Media, Nov. 1963, U.S. Atomic 

Energy Comm. Pub., CONF-337-46, 57 p. N.S.A. 18:43876. Ha, In»tm.

G24 Geyh, M. A., and Wendt, Immo, 1965, Results of water sample dating 

by means of the model of Miinnich and Vogel, in Chatters, R. M., and 

Olson, E. A., Radiocarbon and tritium dating: Pullman, Wash., Washington State Univ., 6th Internat. Conf. on Radiocarbon and Tritium Dating, 

.Tune 7-11. 1965. Proc., p. 597-603. InAgw . 

Ghanem, N. A. See Westermark, Torbjorn. 

Ghormley, J. A. See Jenks, G. H. 

Gibson, J. A. B. See Burt, A. K.

G25 Gibson, J. A. B., 1961a, Detection of tritium with a film dosemeter 

Tdosimeter] : Harwell, Berks, England, United Kingdom Atomic Energy 

Authority, Atomic Energy Research Establishment Pub.. AERE-M-770. 

N.S.A. 16:20687. Ha, KiP.

G26 Gibson, J. A. B., 1961b. Detection of tritium with a film dosemeter 

[dosimeter] : Physics in Medicine and Biology, v. 6, p. 283-286. N.S.A. 

16: 20687. Ha. KiP.

G27 Gibson, J. A. B., 1961c. Liquid scintillation counting of tritium in urine: 

Physics in Medicine and Biology, v. 6, p. 55-64. C.A. 56:3752 d; N.S.A. 

15:24834. AnC, Ha, InBi. NuR, Sy, ThP.

O2$ Gibson, J. A. B., and Burt, A. K., 1966, Method for continuous measurement of tritiated water in air: Jour. Nuclear Energy, pts. A-B. v. 20, 

no. 3. p. 185-190. C.A. 64: 17005 g. AnC. Ha. 

Giletti, B. J. See Kulp, J. L.

G29 Giletti, B. J., 1957, The geochemistry of tritium: New York, N.Y.. Columbia Univ., unpub. Ph. D. thesis, 124 p. AbG, AnC.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 65

G30 Giletti, B. J., and Bazan, Fernando, 1956, Rates of movement and mixing of water masses in the Atlantic Ocean tabs.] : Geol. Soc. America

Bull., V. 67, P. 1698. AbGatm, AbGocean, Inhy, InAoee.n, MeDfocean.

G31 Giletti, B. J., Bazan, Fernando, and Kulp, J. L., 1958, The geochemistry 

of tritium: Am. Geophys. Union Trans., v. 39, no. 5, p. 807-818. N.S.A. 

13:2023. AbG.<m , AbGoce.n, AbGg w, AbGHy, InA.tm, InAoc P .n, InAgw , MeDf, 

Nu.

G32 Giletti, B. J., and Kulp, J. L., 1956, Application of tritium measurements to oceanography and meteorology [abs.] : Am. Geophys. Union 

Trans., v. 37, p. 345. AbG. tD) , AbGoce.n, InA.tra , InAoce.n, MeDf. tm , MeDfOC e.n. 

G33 Gill, D. M,, 1964, Use of glass fibre paper in liquid scintillation counting:

Nature, v. 202, p. 626. N.S.A. 18: 25839. AnC, Sy.

G34 Giovannozzi-Sermanni, G., Masironi, R., and Cacciari, I., 1962, Physiological effects of tritiated water on Rhodotorula gracilis as influenced 

by cystamini: Internat. Jour. Radiation Biology, v. 5, p. 485-491. C.A. 

58 : 2633 c ; N.S.A. 17 : 5719. BiB, InBi, MeDf, SeAd. 

Glangeaud, Louis, See Blavoux, Bernard. 

Glascock, R. F. Sec Balmain, J". H.

G35 Glascock, R. F., 1951a, Estimation of radioactive hydrogen as tritiobutane in the Geiger counter: Nature, v. 168, p. 121-122. C.A. 46: 10917 i. 

AnC.

G36 Glascock, R. F., 1951b, Estimation of tritium and some preliminary experiments on its use as a label for water: Nucleonics, v. 9, no. 5, p. 28-34. 

C.A. 46:2424b. AnC, BiC.

G37 Glascock, R. F., 1952, Combustion technique for the assay of tritium, 

carbon 13, and carbon" in a single 10-mg. sample of biological material: 

Jour. Biochemistry, v. 52, p. 699-704. C.A. 47:2243d. AnC. 

G38 Glascock, R. F., 1954, Isotopic gas analysis for biochemists: New York,

Academic Press, Inc., 253 p. C.A. 49:2556 d. Ge of: AnC, InBi. 

G39 Glascock, R. F., and Buncombe, W. G., 1954, Differential fractionation 

of hydrogen isotopes in liver and mammary gland: Jour. Biochemistry, 

v. 58, p. 440-447. C.A. 46: 10290 a. AbO, BiC, InBi, MeDf. 

G40 Glascock, R. F., and Smith, R. W., 1961, Assay of T as tritiobutane: 

Internat. Jour. Appl. Radiation Isotopes, v. 11, nos. 2, 3, p. 158. C.A. 

60 : 13880 a. AnC.

Glass, H. I. See Burns, H. G.

G41 Glasstone, Samuel, 1946, The elements of physical chemistry: Princeton,

N.J., D. Van Nostrand Co., 695 p. (See especially p. 46-48, 50.) Ge, No.

G42 Glazov, N. V., 1962, Primenenie radioaktivnykh izsotopov v inzhenernykh

izyskaniyakh [Use of radioactive isotopes in engineering studies] : Moscow,

U.S.S.R., Gosatomizdat, 68 p. N.S.A. 17:27583. InHy , InP ,.

Goebel, K. See Charalambus, St.

G43 Goebel, K., and Schmidlin, P., 1960a, Tritium, in pt. 4, Radiochemical 

investigations, sec. B, The Breitscheid meteorite: Geochim. et Cosmochim. 

Acta, v. 17, p. 342-349. C.A. 54:6433 g. AbGmet.

G44 Goebel, K., and Schmidlin, P., 1960b, Tritium measurements on rock 

meteorites: Zeitschr. Xaturforschung. v. 15a. p. 79-82. O.A. 54: 12922 fg.

AbGmet.

G45 Goebel, K., and Schmidlin, P., 1960c, Tritium measurements on iron 

meteorites: Zeitschr. Naturforschung, v. 15a, p. 79-82. N.S.A. 14:11810. 

AbGm.,, NuB.
66 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

G46 Grebel, K., and Schntidlin, P., 1960d, The radiation age of meteorites, in 

Radioisotopes in the physical sciences and industry, v. 1, Proceedings 

Series: Vienna, Austria, Internat. Atomic Energy Agency Symposium on 

Use of Radioisotopes in the Phys. Sci. and Industry, held at Copenhagen, 

Denmark, Sept. 6-17, 1960, Proc., p. 13-17 [1962]. N.S.A. 16:16039. AbGm.t, 

In.tm , SeDf.

G47 Gold, V., Lambert, R. W., and Satchell, D. P. N., 1959, Aromatic tritium 

exchange in water and deuterium oxide: Chemistry and Industry, no. 42, 

p. 1312-1313. N.S.A. 14:7328. SeAd. 

Goldberg, E. D. gee Geiss, Johannes. 

Goldin, A. S. Sec Drobinski, J. C. 

Goldsmith, P. Sec Barclay, F. R. 

Goldsmith, P. See Brown, F.

G48 Goldsmith, P., and Brown, F., 1961, Worldwide circulation of air within 

the stratosphere: Nature, v. 191. no. 4793. p. 1033-1037. C.A. 60: 7655 c. 

AbG.tm, In.* , MeDf.tm.

G49 Goldsmith, P., Jelley, J. V., Barclay, F. R., Elliott, M. J., and Osborne, 

A. R., 1960, Some preliminary measurements of the tritium and carbon-14 

content of the stratosphere over England: Harwell, Berks, England, 

United Kingdom Atomic Energy Authority, Atomic Energy Research 

Establishment Pub.. AERE-R-3271. 11 p. C.A. 54:22044 g: N.S.A. 

14: 19523. AbG.tm, InA.tm, Sa. 

Gole, H. See Ostlund [Oestlund].

G50 Gonsior, Bernhard, 1959, Tritium-anstieg im atmospharischen wasserstoff [Tritium increase in atmospheric hydrogen] : Naturwissenschaften, 

v. 46, p. 201-202. C.A. 53: 16619 h; N.S.A. 13: 13138. Ab.tm, AnC, MeDf.tm.

G51 Gonsior, Bernhard, 1960, Die konzentration des tritium in der atmosph&re: Heidelberg, Federal Republic of Germany, Heidelberg Univ. 

unpub. thesis. AbGatm.

G52 Gonsior, Bernhard, 1961, Thermal-diffusion apparatus [installation] for 

separation of tritium from low-concentration solutions: Zeitschr. Angew. 

Physik, v. 13, p. 545-548 [in German]. C.A. 56:11134 h: N.S.A. 16:12009. 

AnC, SeAd, SeDf.rt, SeEl, ThD.

G53 Gonsior, Bernhard, and Friedman, I., 1962, Tritium and deuterium in 

atmospheric hydrogen: Zeitschr. Naturforschung, v. 17a, p. 1088-1091. 

C.A. 58:6610 c; N.S.A. 17:14517. Ab.tm, In.tm, MeDf.tm.

G54 Gonsior, Bernhard, Friedman, L, and Ehhalt, D., 1963, Measurements 

of the tritium and deuterium concentrations in atmospheric hydrogen: 

Jour. Geophys. Research, v. 68, no. 13, p. 3753-3756. C.A. 58: 6610 c, C.A. 

64: 18917 e: N.S.A. 17: 30693. Ab.tm, Ab.rt, In.tm, In.rt, MeDf.tm, MeDf.rt.

G55 Gonsior, Bernhard, Friedman, I., and Lindenmayr, G., 1965, New tritium 

and deuterium measurements in atmospheric hydrogen, in Chatters, R. M., 

and Olson, E. A., Radiocarbon and tritium dating: Pullman, Wash., Washington State Univ., 6th Internat. Conf. Radiocarbon and Tritium Dating, 

June 7-11, 1965, Proc., p. 549-559. Ab.tm, In.tm. 

Gonzales, D. See Eastham, J. F.

G56 Gonzalez-Vidal, Jose, 1958, Survey of tritium-producing nuclear reactions: Berkeley, Calif., California Univ. thesis. U.S. Atomic Energy Comm. 

Pub., UCRL-8330, 64 p. N.S.A. 12: 15909. Ge: of Nu.

G57 Goodheart, Clyde, 1961, Radiation dose calculation in cells containing 

intracellular tritium: Radiation Research, v. 15, p. 707-773. N.S.A. 16:5123. 

Ha.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 67

G58 Goodier, I. W., Hughes, F. H., and Williams, A., 1965, Precise measurement of the activity of low-energy jS-emitter with calibrated ionization 

chambers: Vienna, Austria, Symposium on Radioisotope Sample Measurement and Techniques in Medicine and Biology, May 24-28, 1965, Proc., 

p. 613-622. C.A. 65:6679 f. AnC, Ha, In.

Gordon, B. E. See Hodgson, T. S.

Gordon, K. F. See Mitsis, G. J.

Gordon, S. See Buyske, D. A.

Gordon, S. See Kelly, R. G.

G59 Gorlovoi, G. D., and Stepanenko, V. A., 1965, Tritievye Izluchateli 

[Tritium emitters] : Moscow, U.S.S.R., Atomizdat, 115 p. C.A. 65: 8303 g. 

Ge.

G60 Gottschling, Hubert, and Freese, Ernst, 1962, A tritium isotope effect 

on ion exchange chromatography: Nature, v. 196, p. 829-831. N.S.A. 

17: 7948. AnC, EcC, IsKi, SeAd.

Goutier, R. See Baugnet-Mahieu, L.

Grace, A. J. See Conway, W. D:

Grace, 'J. T. See Johnson, B. S., Jr.

O61 Gracheva, E. G., and Khusainova, Sh. G., 1957, Determination of tritium 

content in liquids: Soviet Jour. Atomic Energy, v. 2, p. 74 [English translation] : Atomnaya Energiya, v. 2, p. 70. C.A. 52:10804 i. AnC.

G62 Grandclement, G., 1963, The use of radioactive tracers in hydrology 

and hydraulics: Eau Potable Assainissement, v. 50, p. 293-300 [in French]. 

N.S.A. 18:12370, N.S.A. 18:27822. AnC, Ingw, In,w, InhT, InHT, InAg w, 

InA.w, MeDfg w, MeDf.w, SeAdgw, SeAd.

O63 Grant, P. J., 1965, The ground waters of the Heretaunga Plains; I, The 

Ngaruroro River as a major recharge source: Marton, New Zealand, Jour. 

Hydrology, v. 4, p. 65. Ab.w, Abgw, In.w, Ingw.

G64 Grant-Taylor, T. L., and Taylor, C. B., 1966, Tritium hydrology in 

New Zealand: Vienna, Austria, Internat. Atomic Energy Agency Symposium on Use of Isotopes in Hydrology, Nov. 14-18, 1966, Proc., Preprint, SM-83/27. 37 p. [in English]. Abgw , Ab., m , Absnow , Ab.w, Aboc«.n , 

AbG, AnC, Ing w, In.tm, Ins^, InhT , In ju, InAg w, InA.^, MeDf.tm, MeDfoCe .«, 

Xo, NuB, SeEl.

G65 Grant-Taylor, T. L., and Taylor, C. B., 1970, Tritium hydrology in 

New Zealand: New Zealand Jour. Geology and Geophysics. (In press) 

Ab, tm , Abg w, InA.tm, InAgw.

Grapengiesser, Bjbrn. See Westermark, Torbjorn.

C66 Graul, E. H., and Hundeshagen, Heinz, 1959a, Measuring techniques 

and autoradiographic detection of tritium-labeled organic substances, 

using as example arginine: Strahlentherapie, v. 108, p. 524-530 [in German]. N.S.A. 13:12400. An, BiC, KiP, KiR, Nu, Sy.

G67 Graul, E. H., and Hundeshagen, Heinz, 1959b, The technique of preparation and analysis of tritium-labeled compounds: Atompraxis, v. 5, p. 

154-160. C.A. 53:21594 g. AnC, Ge, In, Sy (with 82 references).

G68 Graupner, K., and Winter, E. R. S., 1952, Self-diffusion coefficients of 

liquids: Jour. Chem. Soc.. 1952. p. 1145-1150. C.A. 46: 7380 g. MeDf. ThD. 

Gray, J., Jr. See Hagemann, F. T. 

Green, H. F. See Brown, F. 

Greene, R. C. See Patterson, M. S. 

Greenhouse, S. W. See Cronkite, E. P.
68 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

G69 Greenkorn, R. A., 1962, Experimental study of water-flood tracers: 

Jour. Petroleum Technology, v. 14, p. 87-89. C.A. 56:10450 f. Ad, Ingw, 

MeDf.

G70 Gregory, D. P., and Landsman, D. A., 1958, Average decay energy of 

tritium: Phys. Rev., v. 109, p. 2091. C.A. 52: 14364 i. Ki, NuB, Th.

Grenon, Michel. See Viallard, Rodolphe.

G71 Grenon, Michel, 1953, A study of the functioning of counters with an 

external cathode The influence of heat treatment and the role of water 

bound to the glass: Paris, Comptes Rendus, Cong. Internat. Chimie Indus., 

26th, 1953, v. 236, p. 1772-1773. CA. 47: 10991 g. AnC, In.rt. 

G72 Grenon, Michel, and Viallard, Rodolphe, 1952, Determination of tritium 

 A review: Jour. Chimie Phys. et Physicochimie Biol., v. 19, p. 623-628. 

C.A. 47: 3754 e. Ge : of AnC.

G73 Greulich, R. C., 1961, Deleterious influence of orally administered tritiated thymidine on reproductive capacity of mice: Radiation Research, v. 

14, p. 83-95. N.S.A. 15:10664. BiZ, Ha.

G74 Grillo, R. S., and O'Brien, K. M., 1965, The use of the diffusion chamber 

to study cell proliferation in the newt: Am. Zoologist, v. 5, p. 247. An, 

BiZ, SeDf.

G75 Grillo, R. S., Urso, Paul, and O'Brian, D. M., 1965, The effect of dose 

on the incorporation of 3H-thymidine in the nuclei of the liver capsule 

cells in the newt, TriturH* viridrncenft: Experimental Cell Research, v. 37, 

p. 683-685. BiZ, InBi,

G76 Grillo, R. S., Urso, Paul, and O'Brian, D. M., 1966, An in vivo culture 

technique to study cell proliferation in the newt, Triturus viridescens: 

New Jersey Acad. Sci. Bull.. Fall 1966, p, 10-14. An, BiZ, InBi, KiB, 

SeDf.

G77 Grilly, E. R., 1951, The vapor pressures of hydrogen, deuterium, and 

tritium up to three atmospheres: Am. Chem. Soc. Jour., v. 73, p. 843-846. 

C.A. 45: 4505 g. Sd, ThP.

G78 Groot-Wesseldijk, A. Th., 1964, Experience with the use of radioactive 

hydrogen in industry: Tijdschr. Soc. Geneeskunde, v. 42, p. 854-857. N.S.A. 

19:33781, N.S.A. 19:38355. BiC, Ha.

Gross, J. See Zajicek, G.

G79 Grosse, A. V., Kirshenbaum, A. D., Kulp, J. L., and Broecker, W. S., 

1954, The natural tritium content of atmospheric hydrogen: Phys. Rev., 

v. 93, p. 250-251. C.A. 48: 6174 g. AbGatm.

G80 Grossweiner, L. I., and Matheson, M. S., 1952, Luminescence of ice and 

tritiated ice: Jour. Chem. Physics, v. 20, p. 1645-1655. C.A. 46: 10909 c. 

NuB, SpEl.

Grove, G. R. See Eichelherger, J. F. 

Grove, G. R. See Wylie. K. F.

G81 Grove, G. R., Foster, K. W., and Valee, R. E., 1957, Separation of 

hydrogen and tritium by thermal diffusion, in Kistemaker, J., Bigeleisen, 

Jacob, and Nier, A. O. C.. eds., International Symposium on Isotope 

Separation. Proceedings: Amsterdam, Netherlands, p. 462-482 [1958]. 

C.A. 52 : 11597 g. AnC, KiR, SeEl, ThF.

G.S2 Gruber, G. H., circa 1961, Detection of D2O leakage in heat exchangers: 

U.S. Atomic Energy Comm. Pub.. AECL-S01, p. 73-76, N.S.A. 15:2764. 

AnC, Nuln.

Gruenberger, D. See Tykva. R. 

Grummitt, W. E. See Brown, R. M.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 69

Guarino, Angelo. See Aliprandi, Bianca. 

Guarino, Angelo. See Cacace, Fulvio. 

Gugler, H. D. See Kaplan, W. D. 

Guibileo, M. See Camera, V.

G83 Guibileo, M., and Camera, V., 1965, Determinations of urinary tritium by 

means of a liquid scintillator carried out on the personnel of a nuclear 

center: Medicina del Lavoro, v. 56, no. 3, p. 216-221 [in Italian]. C.A. 

63: 7314 c. AbO, AnC, Ha, InBi.

G84 Guillaume, M., and Warin, R., 1963, A radioactivity measurement device 

of high sensitivity for chromatographic gaseous eluates: Soc. Beige 

Chim. Bull., v. 72, no. 11-12, p. 686-698. C.A. 60:6447 c; N.S.A. 19:320. 

AnC, ThD.

G85 Guinn, V. P., 1961, Special features of tritium as a tracer in industrial 

research, in Rothchild, Seymour, ed., Advances in tracer methodology, 

v. 1: New York, Plenum Press, p. 227-233 [1963]. C.A. 58:9843 h; X.S.A. 

17: 18498. Ge of: AnC; Ha, In, Is, Nu, Sy.

G86 Guinn, V. P., and Wagner, C. D., 1961, Comparison of ionizationchamber and liquid-scintillation methods for measurement of beta emitters. 

in Rothchild, Seymour, ed., Advances in tracer methodology, v. 1: New 

York, Plenum Press, p. 160-166 [1963]. C.A. 59:4755 ab: N.S.A. 17: 18487. 

Ge of: AnC.

G87 Guizerix, J., Margrita, R., Launay, M., and Ruby, P., 1966, Tritium et 

hydrogeologie. Etudes et mesures effectuees au Centre d'Etudes Nucleaires 

de Grenoble: Vienna. Austria, Internat. Atomic Energy Agency Symposium on Use of Isotopes in Hydrology, Nov. 14-18, 1966, Proc., Symposium preprint. SM-83/31, 29 p. [in French]. Ab, tm , Abgw , Ab,w, AbG. 

AnC, In. tm, InPe , Ing w, In,*, MeDf.tm, MeDfKW , Sa, SeAd, SeEl. 

Gupta, G. N. See Jacobson, H. I.

G88 Gupta, G. N., 1966, A simple in-vial combustion method for assay of 

tritium, carbon-14, and sulfur-35 in biological, biochemical, and organic 

materials: Anal. Chemistry, v. 38. p. 1356-1359. N.S.A. 20:36721. AnC.

H

HI Haberer, K., 1963, Correction for self-absorption in the measurement of

/3-activity in water samples: Atomwirtschaft, v. 8, no. 10. p. 541-544.

C.A. 61: 6605 g. An.

Hagee, G. R. See Setter, L. R. 

H2 Hagemann, F. T., Gray, J., Jr., Machta, Lester, and Turkevich, Anthony,

1959, Stratospheric carbon-14, carbon dioxide, and tritium: Science, v. 130,

p. 542-552. C.A. 54:1949 e: N.S.A. 13:20417. AbG.« m , InA.tm, MeDf.tm. 

H3 Haigh, C. P., 1957, Scintillation counter for measuring hydrogen-3 and

carbon-14: Paris, France, Internat. Conf. on Radioisotopes Sci. Research

Proc., v. 1, p. 663-674 [1958]. C.A. 53:16732 c. AnC, 

H4 (Reference deleted.)

Halevy, E. See Mercado, A. 

H5 Halevy, E., and Nir, Aharon, 1960a. Use of radioisotopes in studies of

groundwater flow: U.S. Atomic Energy Comm. Pub., NP-8745, 41 p.

N.S.A. 14:18029. An, Ha, Ing w, MeDfgw , Sa, SeAdg w. 

H6 Halevy, E., and Nir, Aharon, 1960b, Use of radioisotopes in studies of

ground-water flow: Tel Aviv. Israel. Tahal Water Planning for Israel,

Ltd.
70 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

H7 Halevy, E., and Nir, Aharon, 1962, The determination of aquifer parameters with the aid of radioactive tracers: Jour. Geophys. Research, v. 67, 

no. 6, p. 2403-2409. Ha, Ing w. MeDf^. 

H8 (Reference deleted.)

Hall, L. G. See Washburn, H. W. 

Hallowes, K. H. Sec Lloyd, R. A.

H9 Halvorsen, K., 1961, Direct measurement of tritium in biological materials 

with the liquid scintillator counter, in Tritium in the physical and biological sciences, v. 1, Proceedings Series: Vienna, Austria, Internat. Atomic 

Energy Agency Symposium on Detection and Use of Tritium in the Phys. 

and Biol. Sci., May 3-10, 1961. Proc.. p. 313-323 [1962]. N.S.A. 16:16098. 

AnC, BiC, BiZ, InBi, SpFl. 

Mamada, Tatsuji. See Kang, Yung-ho. 

Hamada, Tatsuji. See Takahashi. Tan. 

Hamada, Tatsuji. See Yamazaki. [Yamasaki] Fumio. 

H10 Hammel, E. F., 1950, Some calculated properties of tritium: Jour.

Chem. Physics, v. 18, p. 228-229. C.A. 44: 6215 b. MeD, SdTr, ThP. 

Hll Hammond, P. R., 1962, Glass electrode in solutions containing H isotopes : Chemistry and Industry, v. 1962. p. 311-312. C.A. 56: 15288 ab. AnC.

Han, H. H. See Kirn, T. S.

H12 Handler, J. A., 1963, A liquid-scintillation method for determining 

tritium in the tissues of animals dosed with tritium-labeled vitamin A: 

Analyst, v. 88, p. 47-55. C.A. 59: 10462 cd. AnC, InBi, Sy.

H13 Handloser, J. H., Jr., 1957, Tritium health physics: New York, N.Y.. 

Symposium on Tritium Tracer Application, p. 21-22 [1958]. C.A. 53:71 d. 

Ge (with 18 references), Ha, In.

H14 Handloser, J. H., Jr., 1961, Tritium health physics considerations, in 

Rothchild, Seymour, ed., Advances in tracer methodology, v. 1: New York. 

Plenum Press, p. 201-202 [1963]. N.S.A. 17: 18492. Ha, In, KiR, Nu. 

HIS Haney, W. A., 1964, Fission-product tritium in fuel-processing waste: 

Nuclear Safety, v. 5, p. 399-403. N.S.A. 18:43858. AnC, Ha, In.tm, InP«, 

Ingw , MeDf, NuB.

H16 Haney, W. A., Brown, D. J., and Riesenauer, A. E., 1962, Fission-product 

tritium in separations wastes and in the ground water: U.S. Atomic 

Energy Comm. Pub., HW-74536, 14 p. C.A. 59:13683 h; N.S.A. 16:30156. 

Abgw, Ab, w, Ab.tm, Ha, Ingw , In»w, In?*, In.tm. InAS w, MeDfgw . 

Hannan, W. K. See Garnett, J. L. 

Hanshaw, B. B. See Back, William. 

Hardaway, J. E. See Ault, W. U. 

Harfenist, M. See Pace, N. 

H17 Harkins, W. D., 1950, The intermediate compound nucleus in nuclear

reactions: Colloid Chemistry, v. 7, p. 3-32. C.A. 44: 10528 a. Ab, Ge, Nu. 

HIS Harley, J. H., 1962, Indirect methods of estimating radionuclide body 

burden or exposure: Munich, Federal Republic of Germany, Internat. 

Symposium on Radioactive Contamination of Workers, Proc., p. 201-217 

[in English, 1964]. C.A. 63:12630 b: N.S.A. 19:24473. Ge of: Ha (with 

123 references).

Harman, D. See Stewart, T. D.

H19 Harpaz, Y., Mandel, S., Gat, J. R., and Nir, Aharon, 1963, The place 

of isotope methods in groundwater research, in Radioisotopes in hydrology, 

Proceedings Series: Vienna, Austria, Internat. Atomic Energy Agency 

Symposium on the Application of Radioisotopes in Hydrology held at
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 71

Tokyo, Japan, Mar. 5-9, 1963, Proc., p. 175-191. N.S.A. 18:1920. Ab;

Ge of: InKW : Iiiny , InAgw , MeDfgw , No. Sa, SeAd. 

H20 Harris, G. M., 1950, Limitations of the tracer method in scientific

research; I, Physical aspects: Melbourne, Australia, Melbourne Univ.,

Conf. on Applications Isotopes Sci. Research Proc., p. 65-76. C.A. 45:9377 i.

In, IsEq, IsKi.

Harteck, Paul. Xcc von Faltings, Volkert. 

H21 Harteck, Paul, 1954, The relative abundance of HT and HTO in the

atmosphere: Jour. Chem. Physics, v. 22, p. 1746-1751. C.A. 49:2133 c.

Ab.tm, Eql, KiP, KiR. 

H22 Harteck, Paul, and von Faultings, Volkert, 1950, The helluin-3 problem

of the atmosphere: Nature, v. 166, p. 1109. C.A. 45: 5533 b. AbG.tm, AnC. 

H23 Hasan, JM 1961, A zinc fusion method for the determination of tritium

in biological material by gas counting, In Tritium in the physical and

biological sciences, v. 1, Proceedings Series: Vienna, Austria, Internat.

Atomic Energy Agency Symposium on Detection and Use of Tritium in

the Phys. and Biol. Sci. May 3-10, 1961, Proc., p. 361-369 [1962]. C.A.

57:10140 i; N.S.A. 16:16102. AnC, InBi, Sy. 

H24 Hash, J. H., 1962, Determination of tritium in whole cells and cellular

fractions of BaciUus meffatcrium, using liquid scintillation techniques:

Anal. Biochemistry, v. 4, p. 257-267. C.A. 58:6004 h: N.S.A. 16:31553.

AnC, BiB, InBi, SeAd, Sy. 

H25 Haskell, E. E., Jr., Leventhal, J. S., and Bianchi, W. C., 1966, The use

of tritium to measure the movement of ground water toward irrigation

wells in western Fresno County, California: Jour. Geophys. Research,

v. 71, no. 16, p. 3849-3859. Ab., m , Abgw , AbG»,m, Inat m, Ingw , InHy , InhT,

MeDfg w, MeDfatm.

Hastings, J. M. Sec Schaeffer, O. A. 

Hathaway, L. Sec Rowland, F. S. 

Hattori, Toshie. Sec Takahashi, Hajime. 

H26 Hattori, Toshie, Takahashi, Hajime, and Maruo, Bunji, 1963, Liquid

scintillation counting of tritium in aqueous solution: Tokyo, Japan, 5th

Japan Conf. on Radioisotopes, Proc. no. 3, p. 87-89 [in Japanese]. N.S.A.

17:30087. AnC. 

H27 Hawkings, R. C., and Merritt, W. F., 1954, Some preliminary results on

the absolute beta counting of tritium: Chalk River, Ontario, Canada,

Atomic Energy Canada, Ltd., Pub., CRP-560, AECL-94. AnC. 

H28 Hawkins, D. B., and Schmalz, B. L., 1965, Environmental tritium studies

at the National Reactor Testing Station: U.S. Atomic Energy Comm.

Pub., IDO-12043, 39 p. C.A. 64:2983 h; X.S.A. 19:46642. AbKW , Ab.tm, Ab.w,

AbG»tm, AbGgw, AbG8 w, Ha, Ing w, In»tm, In,*-, Inhy. 

H29 Hawkins, R. H., 1962, Improved burial of solid radioactive wastes:

U.S. Atomic Energy Comm. Pub., TID-7628, p. 462-465. C.A. 58:1235 It.

Ha, MeDf.

Hayes, F. N. Sec Anderson, E. C. 

H30 Hazelton-Nuclear Science Corporation, 1965, Post-shot hydrologic safety ;

Project Shoal, Final Report: Palo Alto, Calif., Contract AT (29-2)-1229,

VUF-1014, 54 p. X.S.A. 20:16742. Insw , MePfBW , XuB.

Head, B. M. Sec McClelland, Jean. 

H31 Healy, J. W., 1949, Urine analysis for tritium oxide: U.S. Atomic

Energy Comm. Pub., HW-13949. 6 p. [declassified, I960]. C.A. 57:15447

b; N.S.A. 14: 11427. AnC.
72 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

H32 Healy, J. W., and Schwendiman, L. W., 1956, Hydrogen counter for 

analysis of dilute tritium oxide: Radiation Research, v. 4, p. 278-285. 

C.A. 50 : 12676 c. AnC.

H33 Hecht, C. E., 1959, The possible superfluid behavior of hydrogen atom 

gases and liquids: Physica, v. 25, p. 1159-1161 [in English]. N.S.A. 

14: 5741. Th.

H34 Heemstra, R. J., Watkins, J. W., and Armstrong, F. E., 1961, Laboratory evaluations of nine water tracers: Nucleonics, v. 19, no. 1, p. 92-96. 

Ad, AnMs, Ingw , InAgw , MeDfKW , Nu, SeAd, SeDf, Sy. 

Heller, A. See Anbar, M.

H35 Hempel, K., 1964, Simultaneous measurement of tritium and 14C in 

biological material with a liquid scintillation counter: Atompraxis, v. 10, 

p. 148-152 [in German]. X.S.A. 18:17743. AnC. 

Henderson, D. Sec Chen, Ru-yong. 

Henderson, Douglas. Sec Reed, R. D.

H36 Hendler, R. W., 1964, Procedure for simultaneous assay of two /3-emitting 

isotopes with the liquid scintillation counting technique: Anal. Biochemistry, v. 7, p. 110-120. N.S.A. 18:9979. AnC, KiR. 

Hennix, Sharon. Sec Jacobson, H. I.

H37 Henriques, F. C., Jr., and Margnetti, C. 1946, Analytical procedure for 

measurement of radioactive hydrogen (tritium) : Indus, and Eng. Chemistry, no. 18, p. 420-422. C.A. 40: 53323. An.

H38 Herberg, R. J., 1960. Determination of carbon-14 and tritium in blood 

and other whole tissue Liquid scintillation counting of tissues: Anal. 

Chemistry, v. 32, p. 42-46. N.S.A. 14:5013. AnC, BiZ, InBi.

H30 Herberg, R. J., 1064. Statistical aspects of double-isotope liquid scintillation counting by internal standard technique: Anal. Chemistry, v. 36, no. 

6, p. 1070-1082. C.A. 61:1478 e: N.S.A. 18:19872. AnC, KiR, NuR. 

Herbert, M. ftcc Pichat, L.

H40 Herczynska, Elwira, 19."H)a, Estimation of tritium in the gas phase: 

Nukleonika, v. 4, p. 381-389 [in Polish]. N.S.A. 14:4455, N.S.A. 15:22829. 

Ge of: AnC.

H41 Herczynska, Elwira, 1950b, Mesure de I'activite' du tritium gaseux 

[Measure of activity of gaseous tritium] : Translated into French from 

Nukleonika. v. 4. p. 381-389. France, Comm. a 1'Energie Atomique Rap., 

CEA-tr-X-36.-), 24 p. X.S.A. !.">: 22829, N.S.A. 14:4455. Ge of: AnC. 

Hermann, J. Sec Viallard, Rodolphe. 

Herrmann. .SVr Erdtmann, Gerhard. 

Hess, D. C. Ncr Begemann, Friedrich.

H42 Hess, W. N., ed., 1964. The physics of solar flares: Washington, D. C., 

Am. Astronomical Soc. Natl. Aeronautics and Space Adm. Symposium, 

held at Goddard Space Flight Center, Greenbelt, Md., Oct. 28-30, 1963, 

Proc., Natl. Aeronautics and Space Adm. Pub., NASA-SP-50, 473 p. 

N.S.A. 18:44371. AliG.tm, AbGmot, AbG, a t.

H43 Heusinger, H., and Rau, H., 1961, Excitation of luminescence with 

tritium /3-radiation: Kerntechnik, v. 3, p. 67-70 [in German]. C. A. 

62: 5983. NuTn.

H44 Hevesy, Georg, 1952, Use of radioactive tracers A lecture: Chimia v. 6, 

p. 201-211. C.A. 47:2045 i. ElGd, SpEl.

H45 Hevesy, Georg, 1961, Some uses of isotopic indicators in physiology: 

Archiv Gesanite Physiolopie. v. 272. p. 195-214. C.A. 55: 8536 e. BiZ, Ha, 

InBi.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 73

Hiebert, R. D., See Eutsler, B. C. 

Hiebert, R. D. See McClelland, Jean. 

H4b Higashimura, Takenobu, Iwakura, Tetsuo, and Sidei, Tunahiko, 1960,

Determination of Hs and C14 with a liquid scintillation counter: Oyo

Butsuri, v. 29, p. 20-27. C.A. 54:19201 e. AnC. 

H47 Hilde, Levi, 1964, The interpretation of autoradiograms, especially when

using tritium as a tracer: Scandinavian Jour. Haemotology, v. 1, p. 138-

149. N.S.A. 19:35928. Ge of: AnC. 

H48 Hill, D. K., 1962, Resolving power with tritium autoradiographs:

Nature, v. 194, p. 831-832. N.S.A. 16:20508. An, KiR, Sy. 

H49 Hill, R. D., 1941, Production of helium-3: Phys. Rev., v. 59, p. 309.

AbGtcrr, NuR.

Hirsh, F. G. See Kingsley, W. H.

Hirt, B. See Geiss, Johannes.

Hitchcock, C. See James, A. T.

H50 Hodgson, T. S., Gordon, B. E., and Ackerman, M. E., 1958, Singlechannel counter for carbon-14 and tritium: Nucleonics, v. 16, no. 7, p. 

89-94. C.A. 52: 19543 b. AnC.

TT51 Hodnett, E. M., Fieldman, Ch. P., and Flynn, J. J. Jr., 1957, Preparation of radioactive water: Experientia, v. 13, p. 96 [in English]. C.A. 

51: 12682 d. An, Sy.

H52 Hoff, W. J., Jr., and Rowland, F. S., 1958, The reactions of tritium 

trapped in inorganic crystals: Jour. Inorganic and Nuclear Chemistry, v. 

5, p. 164-169. NuR.

Hoff man, C. C. See Thatcher, L. L.

Hoffman, C. M. See Stewart, G. L.

H53 Hoffman, C. M., and Stewart, G. L., 1966, Quantitative determination 

of tritium in natural waters: U.S. Geol. Survey Water-Supply Paper 

1696-D, 18 p. AbG.tm, AnC, AnMs, InHy, KiR. No. SeDf, SeEl, Sy.

Hoffman, I. See Parups, E.

Hoffman, Joseph. See Post, Joseph.

Hoffmann, W. See Linowitzki, V.

Hofstra, A. See Kuper, E.

Hogrebe, K. See Moghissi, A.

H54 Holland, J. Z., 1959, Stratospheric radioactivity data obtained by balloon 

sampling: U.S. Atomic Energy Comm. Pub.. TID-5555, 129 p. C.A. 54:4174 

a. Ab, An, Ge, In.

Holland, M. See Ammar, R. G.

H55 Holmes, C. R., 1963, Tritium studies, Socorro Spring: New Mexico 

Geol. Soc. Ann. Field Conf. Guidebook 14, p. 152-154. C.A. 61:4103 e. 

Ab, Ing w, In,w.

H56 Holmquist, C. E., 1965, Hazards of tritium oxides induced in large 

heavy water-reactor stations: U.S. Atomic Energy Comm. Pub., Accession 

927, CONF-650540-6, 14 p. C.A. 65: 8302 a. Ab.tm, AbHT, Ha, In.

Holt, A. See Brown, F.

Honda, Masatake. See Merrill, J. R.

Hondlik, J. See Vavrejn, B.

Horesovsky, C. See Franc, Z.

H57 Horrocks, D. L., and Studier, M. H., 1961, Determination of absolute 

disintegration rates of low-energy /3-emitters in a liquid scintillation 

spectrometer: Anal. Chemistry, v. 33, p. 615-620. C.A. 55:14095 ef: N.S.A. 

15: 15051 AnC, NuB, NuSt.
74 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

H58 Horton, J. H., and Ross, D. I., 1960, Use of tritium from spent uranium 

fuel elements as a ground-water tracer: Soil Sci., v. 90, p. 267-271. 

C.A. 55:6737 a; N.S.A. 15:3734. Ab, Ingw , Inr*. 

Hours, R. M. Sec Kaufman, W. J.

H59 Hours, R. M., and Kaufman, W. J., 1960, Low-level tritium measurements in the liquid scintillation spectrometer: New York, N.Y., 6th Conf. 

on Nuclear Eng. Sci., Preprint 1960, no. 51, 17 p.; California Univ. 

(Berkeley), Sanitary Eng. Research Prog. Rept. 1 [1959] ; U.S. Atomic 

Energy Comm. Pub., TID-13910, 54 p. N.S.A. 16:12959. AnC, AnMs, Ha, 

In, InBi, KiP, No, SpFl, Th.

H60 Houtermans, F. G., and Oeschger, Hans, 1955, Proportional counter 

for measurement of weak activities from soft ^-radiation: Helvetica 

Physica Acta, v. 28, p. 464-466. AnC.

H61 Houtermans, Jan, 1965, Tritium in the surface water of the North 

Pacific Ocean, in Chatters, R. M., and Olson, E. A., Radiocarbon and 

tritium dating: Pullman, Wash., Washington State Univ., 6th Internat. 

Conf. on Radiocarbon and Tritium Dating, June 7-11, 1965, Proc., p. 

565-576. AbGoce.n, In0 ce,n , MeDf0 c«n .

H62 Houiman, A. C., 1964, Determination of tritium and carbon-14 in blood, 

in Sirchis, J., ed., Preparation and biomedical application of labeled molecules: Vienna, Austria, European Atomic Energy Community Symposium 

Aug. 23-29, 1964, Proc., Pub. EUR-2200.e. 514 p.: U.S. Atomic Energy 

Comm. Pub., CONF-774, 514 p. An, Ha.

H63 Houtman, A. C., 1965, Liquid scintillation counting of blood: Internat. 

Jour. Appl. Radiation and Isotopes, v. 16. p. 65-70. X.S.A. 19:13240. 

AnC, Ha.

Houiman, J. P. W. See Cramer, W. A. 

Howard, Alma. See Elbert, Michael.

H64 Hoy, J. E., 1961, Operational experience with Kanne ionization chambers: Health Physics, v. 6, p. 203-210. C.A. 56:8264 c: N.S.A. 16:10218. 

AnC, Ha, In, Th.

Huebner, Leonid. See Barrett, E. W. 

Hughes, Alun. See Chamberlain, J. 

Hughes, B. See Renaud, Andre. 

Hughes, F. H. See Goodier, I. W. 

Hughes, W. L. See Painter, R. B.

H65 Hughes, W. L., 1958, Autoradiography with tritium: U.S. Atomic Energy Comm. Pub., BNL-3757, 7 p. N.S.A. 12: 15312. An, BiC, InBi, KiR.

H66 Hughes, W. L., 1961, Autoradiography with tritium, in Rothchild, Seymour, ed., Advances in tracer methodology, v. 1: New York, Plenum 

Press, p. 291-294 [1963]. C.A. 58:9848 g; N.S.A. 17:18504. Ge of: An, 

BiB, KiR; SeAd.

H67 Huiswaard, P. J., and Bell, C. B., Jr., 1957, Model study of the fate of 

pollution in a tidal estuary: U.S. Atomic Energy Comm. Pub., AECU3966, 78 p. C.A. 55:860 e. AnC, In,w, In<,ce.n . 

Humbelle, G. See Verly, W. G.

H68 Hummon, M. R., 1962, Effects of tritiated thymidine incorporation on 

secondary root production by Pisum sativum: Am. Jour. Botany, v. 49, 

p. 1038-1046. C.A. 58: 7137 c: N.S.A. 17:15653. BiB, InBi. 

Hundeshagen, Heinz. See Graul, E. H.

H69 Hursh, J. B., ed., 1958, Chemical methods for routine bioassay: U.S.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 75

Atomic Energy Comm. Pub., AECU-4024, 104 p. N.S.A. 13:11530. Ge of: 

An; InBi.

H70 Husain, L., and Kuroda, P. K., 1966, Magnesium-28 in rain Produced 

by cosmic rays: Science, v. 154, no. 3754, p. 1180-1181. AbGatm.

H71 Hutchin, M. E., and Vaughan, B. E., 1964, Skin contact transfer of 

tritium from brass: San Francisco, Calif., [U.S.] Naval Radiological Defense Lab. Rept, AD-603309 [available from office of Technical Services, 

Dept. Commerce, in English]. C.A. 62:3032 h. BiZ, Ha, InBi.

H72 Hutchinson, W. P., 1960a, Liquid scintillation counting of tritium at 

22°C: Harwell, Berks, England, United Kingdom Atomic Energy Authority, Atomic Energy Research Establishment Pub., AERE-R-3238, 1 p. 

C.A. 54:13881 f; N.S.A. 14:11593. AnC.

H73 Hutchinson, W. P., 1960b, The determination of tritiated water in urine 

by liquid scintillation counting: Harwell, Berks, England, United Kingdom Atomic Energy Authority, Atomic Energy Research Establishment 

Pub., AERE-R-3425, 6 p. C.A. 55: 4633 c; N.S.A. 15: 3977. AnC, Ha, InBi.

H74 Hutchinson, W. P., 1960c, Identification of /3-emitting isotopes by liquid 

scintillation counting: Harwell, Berks, England, Great Britain Atomic 

Energy Research Establishment Pub., AERE-R-3605. 9 p. C.A. 55:16200 f; 

N.S.A. 15:15544. AnC, InBi.

Hyde, G! M. See Prentice, T. C.

I

II Ide, R. H., 1964, The production of tritium and helium-3 by proton bombardment of metals Solar origin of terrestrial tritium: Los Angeles, 

Calif., California Univ. (Los Angeles) thesis, 109 p. N.S.A. 19:21438. 

Ab.tm, Abterr, AbG.tm, AbG,.t, AnC, InSp. NuH, NuR.

Imada, M. R. See Werbin, Harold.

Inoue, Yoriteru. See Iwai, S.

Inoue, Yoriteru. See Kaufman, W. J.

T2 Inoue Yoriteru, and Kaufman, W. J., 1962, Studies of injection disposal: 

U.S. Atomic Energy Comm. Pub., TID-7628, p. 303-321. C.A. 58:1236 c. 

AbG, In, MeDf.

13 International Atomic Energy Agency, 1960a, Radioisotopes in the physical 

sciences and industry, v. 1, Proceedings Series: Vienna, Austria, Internat. 

Atomic Energy Agency Symposium on Use of Radioisotopes in the Phys. 

Sci. and Industry, held at Copenhagen, Denmark, Sept. 6-17, 1960, Proc.. 

549 p. [1962]. N.S.A. 16:16037. AnC. Ge (with 47 papers). IngT .

14 International Atomic Energy Agency, 1960b, Radioisotopes in the physical 

sciences and industry, v. 3, Proceedings Series: Vienna. Austria, Internat. 

Atomic Energy Agency Conf. on Use of Radioisotopes in the Phys. Sci. 

and Industry, held at Copenhagen, Denmark. Sept. 6-17, 1960, Proc., 

648 p. [1962]. N.S.A. 16:23547. Ge of: An, In (with 51 papers).

T5 International Atomic Energy Agency, 196la, Tritium in the physical and 

biological sciences, v. 1, Proceedings Series: Vienna, Austria, Internat. 

Atomic Energy Agency Symposium on Detection and Use of Tritium in 

the Phys. and Biol. Sci.. May 3-10, 1961, Proc. 377 p. [in English, 1962]. 

N.S.A. 16:16076. Ge of: Ab.tm, Ab, T , AbgT , Abore.n, Abny. AbG. tm, AbGmet, 

AdC, An, AnC, BiC, In.tm, In.w. In^, Inor-n, InhT. Inm *t, InAg w, InBi, 

IsEq, MeDf.

16 International Atomic Energy Agency, 1961b, Tritium in the physical 

and biological sciences, v. 2, Proceedings Series: Vienna, Austria, Internat.
76 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Atomic Energy Agency Symposium on Detection and Use of Tritium in 

the Phys. and Biol. Sci., May 3-10, 1961, Proc., 451 p. [1962]. N.S.A. 

16:17375. Ge of: AbO, AnC, BiC, Ha, InBi, Sy (with 38 papers) ; Is.

17 International Atomic Energy Agency, 1962a, Isotope techniques for hydrology : Vienna, Austria, Internat. Atomic Energy Agency Panel Kept, 

on Use of Isotopes in Hydrology, Dec. 17-21, 1962, Tech. Rept. Ser. 23, 

38 p. [1964]. N.S.A. 18:18052. Ge of: Absw , Abgw , Ha, Ingw, In.w , InAgw .

IS International Atomic Energy Agency, 1962b, International directory of 

radioisotopes; pt. 2, Compounds of carbon-14, hydrogen-3, iodine-131, 

phosphorus-32, and sulfur-35: Vienna, Austria, Internat. Atomic Energy 

Agency, 2d ed., 697 p. Ge, No, Sy.

19 International Atomic Energy Agency, 1962c, Safe handling of radioisotopes : Vienna, Austria, Internat. Atomic Energy Agency Symposium 

Proc., Symposium paper STI/PUB/1/Rev./l (E), 85 p. Ha.

T10 International Atomic Energy Agency, 1962d, Application of isotope techniques in hydrology: Vienna, Austria, Internat. Atomic Energy Agency 

Panel, Nov. 6-9, 1961, Proc., Tech. Rept. Ser. 11, 34 p. N.S.A. 17:8512. 

Ge of: AbGatm, Ingw , Inny , Inhy , InAgw .

Ill International Atomic Energy Agency, 1962e, Tritium concentration in 

rain, rivers, oceans, and other water: Vienna, Austria, Internat. Atomic 

Energy Agency List 1, Jan. 1962. AbGHy , In.

T12 International Atomic Energy Agency, 1962f, Tritium concentration in 

rain, rivers, oceans, and other water: Vienna, Austria, Internat. Atomic 

Energy Agency List 2, Oct. 1962. AbGHy, In.

113 International Atomic Energy Agency, 1963a, Radioisotopes in hydrology, 

Proceedings Series: Vienna, Austria, Internat. Atomic Energy Agency 

Symposium on the Application of Radioisotopes in Hydrology, held at 

Tokyo, Japan, Mar. 5-9, 1963, Proc., 459 p. N.S.A. 18:1911. Ab, Ge of: 

Inny (with 27 articles) ; InA.

114 International Atomic Energy Agency, 1963b, Tritium concentration in 

rain, rivers, oceans, and other water: Vienna, Austria, Internat. Atomic 

Energy Agency List 3, Nov. 1963. AbGHT, In.

115 International Atomic Energy Agency, 1963c, Dating the past with radioactivity : Vienna, Austria, Internat. Atomic Energy Agency Bull. 5, p. 

18-21. N.S.A. 17:10832. Ge of: AbGme t, InA.tm, InAgw , InA. w .

116 International Atomic Energy Agency, 1964a, Assessment of radioactivity 

in man, v. 1, Proceedings Series: Vienna, Austria, Internat. Atomic Energy Agency Symposium on Assessment of Radioactive Body Burdens 

in Man, held at Heidelberg, Federal Republic of Germany, May 11-16, 

1964, Proc., 401 p. N.S.A. 19:29842. Ge of: AbO, BiC, BiZ, Ha, InBi 

(with 22 articles).

117 International Atomic Energy Agency, 1964b, Tritium concentration in 

rain, rivers, oceans, and other water: Vienna, Austria, Internat. Atomic 

Energy Agency List 4, Aug. 1964. AbGHy , In.

118 International Atomic Energy Agency, 1964c, Tritium and other environmental isotopes in the hydrological cycle: Vienna, Austria, Internat. 

Atomic Energy Agency Panel Conf., Oct. 12-16, 1964, Tech. Rept. Ser. 73, 

approx. 80 p. [circa 1967]. Ge of: Abat m, Abocean, Abny , AbG.tm, AbGocean, 

AbGH7 , An, In.tm, Ing w, In,w, InHy, Inhy, MeDfa tm , MeDfgw, MeDfsw , Sa.

T19 International Atomic Energy Agency, 1965a, Tritium concentration in 

rain, rivers, oceans, and other water: Vienna, Austria, Internat. Atomic 

Energy Agency List 5, 1965. AbGnr, In.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 77

120 International Atomic Energy Agency, 1965b, IAEA [International 

Atomic Energy Agency] laboratory activities, 2d report: Vienna, Austria, 

Internat. Atomic Energy Agency, Tech. Kept. Ser. 41, 113, p.; Pub. 

STI/DOC/10/41, 113 p. An, SeEl.

121 International Atomic Energy Agency, 1966, Isotopes in hydrology, Proceedings Series: Vienna, Austria, Internat. Atomic Energy Agency-Internat. Union of Geodesy and Geophysics Symposium on Use of Isotopes 

in Hydrology, Nov. 14-18, 1966, Proc., 700 p. [circa 1967]. Ge of: AbG,

iDatm, Illsw. Intorr. Itthy, InH y. Illp,., InE w. Illsno*. IllA, MeDfatm.

MeDfpr, MeDfHy .

122 lordanov, B. Iv., and Bozhinov, S., 1962, Effect of ionizing radiation on 

the blood-brain barrier: Neurologiia Psikhiatriia, v. 1, no. 4, p. 26-37. 

N.S.A. 17:28746. BiC, BiZ, InBi.

123 Isbell, H. S., Frush, H. L., and Peterson, R. A., 1959, Tritium-labeled 

compounds; I, Radioassay of tritium-labeled compounds in infinite thickness films with a windowless proportional counter. [U.S.] Natl. Bur. 

Standards Jour. Research Pub. 63A, p. 171-175. C.A. 54: 9525 h. AnC.

124 Isbell, H. S., Frush, H. L., and Sniegoski, L. T., 1961, Utilization of 

tritium and carbon-14 in studies of isotope effects, in Tritium in the 

physical and biological sciences, v. 2. Proceedings Series: Vienna, Austria, 

Internat. Atomic Energy Agency Symposium on Detection and Use of 

Tritium in the Phys. and Biol. Sci., May 3-10, 1961, Proc., p. 93-101 

[1962]. N.S.A. 16:17383. AnC, BiC, InBi. Is, SeAd. 

Ishihama, H. See Yamazaki, Mikio.

T25 Isotopes, Inc., 1960a, The study of the potential applications of radioisotope technology to water resources investigations and utilization: 

Westwood, N.J., Isotopes, Inc., Quart. Rept. 2, Sept. 15, 1960, 59 p.; U.S. 

Atomic Energy Comm. Pub., NYO-9038, 59 p. N.S.A. 15:1674. Ge of: 

Ingw, InBW , Inp,., Inhy.

126 Isotopes, Inc., 1960b, Studies of nuclear debris in precipitation: Westwood, N.J., Isotopes, Inc., Quart. Prog. Rept. 3, U.S. Atomic Energy Comm. 

Pub., TID-5710, 64 p. N.S.A. 14:12801 Ab., m, An, MeDf.,m , Sa. 

Israel, G. See Ehhalt, I).

127 Israel, G. W., 1962, Measurements of the annual course of tritium in 

the 1960-61 rain by isotope concentration in the separation column: 

Zeitschr. Naturforschung, v. 17a, p. 925-929. C.A. 58:3234 e; N.S.A. 

17:10840. Ab.,m , AnC, Ina tm, MeDf.tm, SeAd, SeEl.

T28 Israel, G. W., Roether, W., and Schumann, G., 1962, Seasonal variation 

of bomb tritium in rain: Paper presented at Symposium on Trace Gases 

and Natural and Artificial Radioactivity, Utrecht, Netherlands, Aug. 1962. 

U.S. Atomic Energy Comm. Pub., CONF-55-1. 7 p. N.S.A. 17:32281. Ab,tm. 

In.tm .

129 Israel, G. W., Roether, W. and Schumann, G., 1963, Seasonal variations 

of bomb-produced tritium in rain: Jour. Geophys. Research, v. 68, no. 3, 

p. 3771-3773. N.S.A. 17:32281. Ab,, m , BiB, In, tm, InBi. MeDf,, m. SeDs. 

Istomina, A. G. See Zav'yalov, A. P.

130 ltd, Ryoiche, Nozaki, Tadashi, Nakamura, Asao, Morikawa, Naotake, 

and Simamura, Osamu, 1961, Radioassay of labeled organic compounds, 

using gaseous samples: III, Conversion of tritiated water into butane1-3H and its gas counting: Tokyo, Japan. Radioisotopes, v. 10, p. 302-309. 

C.A. 56:9667 i. AnC.
78 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

131 Iwai, S., and Inoue, Yoriteru, 1963, A method for the estimation of 

ground-water stratification, in Radioisotopes in hydrology, Proceedings 

Series: Vienna, Austria, Internat. Atomic Energy Agency Symposium on 

the Application of Radioisotopes in Hydrology, held at Tokyo, Japan, 

Mar. 5-9, 1963, Proc.. p. 297-307. N.S.A. 18:1924. IngT , InhT, InAgw, 

MeDfgw, Sa.

Iwakura, Tetsuo. Sec Higashimnra. Takenobu

Iwakura, Tetsuo. Sec Kashida. Yoshihiko [Kasida. Yosihiko (or Yoshiko)].

Iwakura, Tetsuo. See Kasida, Yoshiko [Yosihiko (or Kashida. Yoshihiko)].

Iwakura, Tetsuo. See Kasida. Yosihiko [Yoshiko (or Kashida. Yoshihiko)].

l.y'2 Iwakura, Tetsuo, 1964, Simultaneous radiocarbon and tritium measurement by pulse height discrimination in liquid scintillation counting: 

Kagaku No Ryoiki (Jour. Japanese Chemistry), v. 18. no. 5. p. 407-417 

[in Japanese]. C.A. 63:12626 f. AnC.

133 Iwakura, Tetsuo, and Kashida, Yoshihiko [Kasida, Yosihiko (or Yoshiko)], 1965, UC and 3H measurement by means of a liquid scintillation 

spectrometer-color quenching: Vienna. Austria. Internat. Atomic Energy 

Agency Symposium on Radioisotope Sample Measurement Techniques in 

Medicine and Biology, May 24-28, 1965. Proc.. p. 447-455. C.A. 65: 1721 d. 

Ad, AnC. AnCl, AnMs, InBi, Sy.

T34 Iwakura, Tetsuo, Kasida, Yoshiko [Yosihiko (or Kashida, Yoshihiko)], 

and Morisaki, Naoko, 1965, Carbon-14 and tritium measurement by the 

use of a liquid scintillation spectrometer: IV, Determination of the counting efficiency by the discriminator ratio method: Tokyo. Radioisotopes, 

v. 14, no. 2, p. 132-136 [in Japanese]. X.S.A. 19:24464. AnC, AnMs. Sy. 

Iwamoto, Junko, Sec Fujita, Minoru. 

lyengar, A. R. See Kamath, P. R. 

lyengar, T. S. See Soman, S. D.

T35 lyengar, T. S., Sadarangani, S. H., Somasundaram, S., and Vaze, P. K., 

1965, A cold strip apparatus for sampling tritium in air: Health Physics, 

v. 11, no. 4, p. 313-314 [in English]. N.S.A. 19:22125. AnC, In.,m . 

136 lyengar, T. S., Sadarangani, S. H., Soman, S. D., Somasundaram, S., 

and Vaze, P. K., 1966, A portable monitor for the estimation of tritium 

in aqueous samples: Am. Indus. Hygiene Assoc. Jour., v. 27, no. 3, p. 288- 

292 [in English]. C.A. 65:10077 h. AnC, EC, Ha.

T37 Izrael, Yu. A., Kolesnikova, V. N., Romanov, V. V., and Soifer, V. N., 

1964, Tritium content in glaciers: Akad. Nauk SSSR Doklady, v. 156, 

no. 1. p. 72-73 [in Russian]. C.A. 61:5403 a; N.S.A. 18:37375. Ab»n0 w, 

Ab, rf , AbG.now, AbG, tm , In,n0 w. In, fm . InA, B .w. MeDf. n .w , MeDf, fm .

Jack, A. J. See Everett, R. J.

Jackson, H. R. See Parups, E.

Jackson, R. D. See Nakayama, F. S.

Jackson, S. See Dolphin, G. W.

Jl Jackson, S., and Dolphin, G. W., circa 1965, The interpretation of analytical results for radionuclides in urine: Harwell, Berks, England, Conf. 

on Authority, Health and Safety Branch, United Kingdom Atomic Energy 

Authority, CONF-727, p. 85-101. N.S.A. 20:8542. An. BiC. Ha.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 79

J2 Jackson, S., and Taylor, N. A., 1964, A survey of the methods used in 

the United Kingdom Atomic Energy Authority for the determination of 

radionuclides in urine, v. 2: Vienna, Austria, Internal. Atomic Energy 

Agency Symposium on Assessment of Radioactive Body Burdens in Man, 

held at Heidelberg, Federal Republic of Germany, May 11-16, 1964, Preprint, SM-52/16; U.S. Atomic Energy Agency Pub., CONF-448-13, 24 p. 

X.S.A. 18:33518. BiC, BiZ, Ge of: An: InBi, KiB.

J3 Jacobs, D. G., and Shaikh, M. U., 1964, Liquid injection into deep permeable formations : U.S. Atomic Energy Comm. Pub., ORNL-3697, p. 3-10. 

N.S.A. 19:8673. Ingw , Inhy, IsEq, MeDfgw, SeAdterr.

J4 Jacobson, H. I., Gupta, G. N., Fernandez, C., Hennix, Sharon, and Jensen, E. V., 1960, Determination of tritium in biological material: Archives 

Biochemistry and Biophysics, v. 86, p. 89-93. C.A. 54: 14349 h. AnC, 

InBi, Sy.

.T5 Jacobson, L. O., ed., 1957, Semiannual report to the [U.S.] Atomic Energy 

Commission: U.S. Atomic Energy Comm. Pub., ACRH-7. 88 p. N.S.A. 

11: 13229. AnC, BiC, InBi, Sy.

.T6 (Reference deleted.)

J7 James, A: T., and Hitchcock, C , 1965, Improved gas-liquid radiochemical 

chromatogram for 14C and tritium: Kerntechnik, v. 7, no. 1, p. 5-8. C.A. 

62: 12711 h. C.A. 55): 1060 a. AnC.

J8 James, A. T., and Piper, E. A., 1963, A compact radiochemical gas 

chromatograpli: Anal. Chemistry, v. 35. p. 515-520. C.A. 59: 1060 al>. AnC.

,T9 James, B. T., and Flew, E. M., 1964, Health physics control of A. E. R. E. 

research reactors; Part III, The control of tritium in heavy water in 

Dido class reactors: Harwell, Berks, England, United Kingdom Atomic 

Energy Authority, Research Group, Atomic Energy Research Establishment Pub., AERE-R-4528, p. 35-47. N.S.A. 18:23812. Ge of: Ha, InBi.

.110 James, J. A., and Robertson, J. S., 1957, Estimation of exchangeable 

water and potassium by radioisotope dilution in children: Am. Jour. 

Diseases of Children, v. 93, p. 217-222. C.A. 51: 8866 f. BiZ, InBi. 

Jammet, H. See Vacca, G.

.Ill Japan Atomic Industrial Forum, Inc., 1961, Proceedings of the 4th Conference on radioisotopes, October 1961, Tokyo, Japan: 1161 p. N.S.A. 

17:29885. Ge of: AnC, In, InBi (with 233 papers).

J12 Jeffay, Henry, 1961, Measuring turnover rates in the nonsteady state, in 

Rothchild, Seymour, ed., Advances in tracer methodology, v. 1: New 

York, Plenum Press, p. 217-221 [1963]. N.S.A. 17: 18496. Ge of: BiC. InBi. 

Jelley, J. V. See Barclay, F. R. 

Jelley, J. V. See Goldsmith, P.

.T13 Jenkins, W. A., 1953, Estimating the tritium content of tritiated water: 

Anal. Chemistry, v. 25, p. 1477-1480. C.A. 48: 914 d. AbG, AnC.

J14 Jenkins, W. A., and Yost, D. M., 1952, Kinetics of the exchange of 

tritium between hypophosphorous acid and water: Jour. Chem. Physics, 

v. 20, p. 538-539. C.A. 46: 8941 b. EqL, KiL. 

Jenkinson, W. M. See Dyne, P. J. 

Jenks, G. See Cannon, C. V.

,T15 Jenks, G. H., Ghormley, J. A., and Sweeton, F. H., 1949, Measurement 

of the half-life and average energy of tritium decay: Phys. Rev., v. 75, 

p. 701-702. C.A. 43: 4112 e. NuB.
80 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

J16 Jenks, G. H., Shapiro, E. M., Elliott, N., and Cannon, C. V., 1963, Production of tritium; U.S. Patent 3,079,317 (issued to U.S. Atomic Energy

Comm.). Ab.rt, NuR.

Jensen, E. V. See Jacobson, H. I. 

J17 Joftes, D. L., 1959, Liquid emulsion autoradiography with tritium: Lab.

Inv., v. 8, p. 131-138. N.S.A. 13: 7411. An, KiP. 

J18 Johnson, B. S., Jr., Grace, J. T., Karraker, D. G., Meyer, L. H., and

Nicholson, C. K., 1958, Isotopic purification of tritium by electrolysis:

U.S. Atomic Energy Comm. Pub., DP-261, 81 p. N.S.A. 17:16489. An,

SeAd, SeEl. 

J19 Johnson, V. R., 1957, A review of the properties of deuterium and tritium

compounds Annual bibliography, 1955: U.S. Atomic Energy Comm. Pub.,

NBS-5446, 89 p. N.S.A. 12:8329. Ge (with 455 references). 

.720 Johnson, V. R., Brown, L. M., and Friedman, A. S., 1957, Bibliography

of research on deuterium and tritium compounds, 1953 and 1954: [U.S.]

Natl. Bur. Standards Circ. 562, Supp. 1, 31 p.: U.S. Atomic Energy Comm.

Pub., NBS-C-562 (Supp. 1), 34 p. C.A. 53:12768 i; N.S.A. 11:11998.

Ge of: Ab, Ad, An, Bi, In, Ki, Nu (with 720 references). 

.121 Johnson, V. R., and Oppenheim, Irwin, 1958, A review of the properties

of deuterium and tritium compounds Annual bibliography, 1956: U.S.

Atomic Energy Comm. Pub., NBS-5892, 81 p. C.A. 53:13803 f: N.S.A.

13:552. Ge (with 434 references). 

Johnston, W. H. See Wing, James. 

Johnston, W. M. See Von Grosse, A. V. 

Joiner, E. E. See Prentice, T. C. 

.122 Jones, J. R., 1965, Tritium labeling of compounds An assessment: Lab.

Practice, v. 14. no. 4, p. 433-436. C.A. 62:15703 a. Ge of: Sy (with 46

references). 

.123 Jones, J. R., and Monk, C. B., 1962, Some aspects of liquid scintillation

counting of tritiated compounds: Lab. Practice, v. 11, p. 675-677. C.A.

58: 206 c. AnC, Ge.

.T24 Jones, J. R., Rowlands, D. L. G., and Monk, C. B., 1965, Diffusion coefficient of water in water and in some alkaline earth chloride solutions

at 25° : Faraday Soc. Trans.. v. 61, no. 511, p. 1384-1388. C.A. 63: 14067 g.

In, Is, MeV, Th.

Jones, L. V., See Eichelberger, J. F. 

.725 Jones, P. H., 1964, The velocity of ground-water flow in basalt aquifers

of the Snake River Plain, Idaho: Berkeley, Calif., Internat. Assoc. Sci.

Hydrology, Gen. Assembly, Pub. 64, p. 225-234. Ingw , Inhy , MeDfgw, Nu.

Jones, R. C. See Furry, W. H. 

.726 Jones, W. M., 1948, Thermodynamic functions for tritium and tritium

hydride; The equilibrium of tritium and hydrogen with tritium hydride;

The dissociation of tritium and tritium hydride: Jour. Chem. Physics, v.

16. p. 1077-1081. C.A. 43: 476 b. EqG, XuS, ThF. 

J27 Jones, W. M., 1951a, Half life of tritium by absolute counting: Phys.

Rev., v. 83, p. 537-539. C.A. 45: 8906 c. AnC, NuB. 

.728 Jones, W. M., 1951b, The relative rates of reaction of hydrogen and

tritium hydride with chlorine: Jour. Chem. Physics., v. 19, p. 78-85. C.A.

45: 6468 e. IsKi, KiP, KiR. 

.729 Jones, W. M., 1952a, The triple-point temperature of tritium oxide: Am.

Chem. Soc. Jour., v. 74, p. 6065-6066. C.A. 47:3675 e. ThP.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 81

.130 Jones, W. M., 1952, Luminescence behavior in tritium oxide: Jour. Ohem.

Physics, v. 20, p. 1974. C.A. 47:3675 e. NuB, SdSp, SpFl. 

J31 Jones, W. M., 1955, Half life of tritium: Phys. Rev., v. 100, p. 124-125.

NuB.

.132 Jones, W. M., 1963, Vapor pressures of tritium oxide and deuterium oxide Interpretation of the isotope effect: U.S. Atomic Energy Comm. Pub.,

LADC-5905, 30 p. N.S.A. 18:31425. IsTh, ThP. 

.133 Jordan, Pierre, 1965, Simultaneous gas-proportional counting of 3H and

UC: Nucleonics, v. 23, no. 11, p. 46-49 [in English]. C.A. 64:258 d. AnC.

Sy. 

J34 Jordan, Pierre, and Kaczmar, U., 1966, Automatic compensation of

fluorescence extinguishing and other disturbing factors, which appear in

the scintillation counting of radioactive substances in solution: Experientia, v. 22, p. 482 [in German]. N.S.A. 20:36743. AnC, AnMs, SpFl. 

J35 Jordan, Pierre, and Lykourezos, A. P., 1965a, Precision method for the

routine measurement of UC and 3H in proportional counters: Internal.

Jour. Appl. Radiation and Isotopes, v. 16, p. 631-644 [in German]. N.S.A.

20:5517. AnC. 

.136 Jordan, Pierre, and Lykourezos, A. P. 1965b, Total transformation of

organic compounds into gaseous products for simultaneous determination

of 3H and HC in tube counters: Helvetica Chimica Acta, v. 48, no. 3, p.

581-590 [in German]. AnC, InBi.

J37 Jordan, Pierre, and Lykourezos, A. P., 1966, Simultaneous determination of tritium and carbon-14 in proportional counters: Radiochimica

Acta, v. 5, p. 137-140 [in German]. N.S.A. 20:38823. AnC.

Joris, G. G. See Black, C. 

J38 Jortner, Joshua, and Stein, Gabriel, 1960, Hydrogen-isotope effects in

the photo and radiation chemistry of aqueous solutions: Internat. Jour.

Appl. Radiation and Isotopes, v. 7, p. 198-206. C.A. 54: 13825 h. Ge of:

IsKi, KiP, KiR.

Junge, C. E. See Bleeker, W. 

.139 Junge, C. E., 1962, Note on the exchange rate between the northern and

southern atmosphere: Tellus, v. 14, no. 2, p. 242-246. Ab.tm, InA.tm,

MeDf.tm.

.T40 (Reference deleted.) 

.T41 Junge, C. E., 1963, Air chemistry and radioactivity, v. 4, in Van Mieghem, ed., International Geophysical Series: New York, Academic Press,

382 p. C.A. 59:3498 f. Ge of: AbG.,m , MeDf.,m . 

J42 Junge, C. E., 1963c, Global exchange processes in the atmosphere by

natural and artificial tracers: Jour. Geophys. Research, v. 68, no. 13, p.

3849-3856. C.A. 59:3677 c. AbG., m , MeDf.,m .

K

Kabara, J. J. See Okita, G. T.

Kl Kabara, J. J., Spafford, N. R., McKendry, M. A., and Freeman, N. L., 

1963, Recent developments in simultaneous C14 and T counting, in Rothchild, Seymour, ed., Advances in tracer methodology, v. 1: New York, 

Plenum Press, p. 76-85 [1963]. C.A. 58:9845 h: N.S.A. 17:18478. AnMs; 

Ge of: AnC, Sy.

Kaczmar, U. See Jordan, Pierre.

K2 Kainz, Gerald, and Wachberger, Eugen, 1966a, Determination of carbon14, tritium, and sulfur-35 after combustion of an organic sample at a
82 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

system of nozzles: Microchem. Jour., v. 10, nos. 1-4, p. 114-130. C.A. 

64:13706 e; N.S.A. 20:36771. AnC, InBi.

K3 Kainz, Gerald and Wachberger, Eugen, 1966b, Instrument compensation 

of the quenching effects in determination of carbon-14 and sulfur-35: 

Zhur. Anal. Khimii, v. 220, p. 15-20 [in German]. N.S.A. 20:36771. AnC.

K4 Kalberer, F., and Rutschmann, J., 1961, A rapid method to determine 

the presence of tritium and radioactive carbon and [radio] sulfur in any 

biological sample by means of a liquid scintillation counter: Helvetica 

Chimica Acta, v. 44, p. 1956-1966 [in German]. C.A. 56:9044 c; N.S.A. 

16:10055. Ad, AnC, Ha, InBi, Sy.

K5 Kamath, P. R., Bhat, I. S., Rudran, Kamala, lyengar, A. R., Koshy, 

Elizabeth, Waingankar, U. S., and Khanolkar, V. S., 1964, Recent radiochemical procedures for bio-assay studies at Trombay [India], in Assessment of radioactivity in man, v. 1, Proceedings Series: Vienna, Austria, 

Interuat. Atomic Energy Agency Symposium on Assessment of Radioactive Body Burdens in Man, held in Heidelberg, Federal Republic of 

Germany, May 11-16, 1964, Proc., p. 195-215. N.S.A. 19:30140. An, BiC, 

BiZ, InBi.

Kambara, T. Sec Rowland, F. S.

K6 Kambara, T., White, R. M., and Rowland, F. S., 1961, The reaction of 

recoil tritium atoms in aqueous solution: U.S. Atomic Energy Comm. 

Pub., AD-251657, 20 p. N.S.A. 15:22316. AbGterr, NuR.

K7 Kamen, M. D., 1947, Tracer studies from a general biological viewpoint 

A review: Conf. on Metabolic Aspects of Convalescence, Trans., v. 15, 

p. 23-30. C.A. 44: 4345 f. Ge of: InBi.

K8 Kamen, M. D., 1961, Design and analysis of tracer experimentation-biochemical aspects, in Rothchild, Seymour, ed., Advances in tracer methodology, v. 1; New York, Plenum Press, p. 205-209 [1963]. N.S.A. 17:18494. 

Ge of: BiC, InBi.

K9 Kandel, R. J., 1963, Methane-tritium system; I, Mass spectra of tritiumsubstituted methanes: Jour. Chem. Physics, v. 39, no. 10, p. 2581-2587. 

C.A. 59:13438 b. IsMs, SeAd.

K10 Rang, Man Sik, and Chung, Hack Pil, 1964, Determination of tritium 

in human urine: Kisul Yon'guso Pogo, v. 3, p. 66-68 [in Korean]. C.A. 

65:10928 e. AnC, BiZ, Ha, InBi, Sy.

Kll Kang, Yung-ho, Takahashi, Tan, and Hamada, Tatsuji, 1962, Externally quenched hydrogen counter for tritium measurement and its application to absolute assay of tritiated water: Tokyo, Japan, Inst. Phys. 

Chem. Research Sci. Papers, v. 56, p. 51-58 [in English]. N.S.A. 16:25592. 

AnC.

K12 Kannuna, M. M., and Cameron, J. F., 1957, The use of tritium bremsstrahlung for the determination of sulfur in hydrocarbons: Internat. Jour. 

Appl. Radiation and Isotopes, v. 2, p. 76-79. C.A. 51: 11170 b. AnC. 

Kaplan, L. See Braun, V. G. 

Kaplan, L. See Brown, W. G. 

Kaplan, Louis. See Wilzbach, K. E.

K13 Kaplan, W. D., Gugler, H. D., Kidd, K. K., and Tinderholt, V. E., 

1964, Nouraudom distribution of lethals induced by tritiated thymidine 

in Drosophila melanogaster: Genetics, v. 49, p. 701-714. N.S.A. 18:17521. 

AnC, BiZ, InBi. 

Karfunkel, Uriel. See Gat, J. R.

K14 Karfunkel, Uriel, 1961, Measurement of tritium: Rehovoth, Israel, Weiz-
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 83

mann Inst. Sci. thesis; U.S. Atomic Energy Comm. Pub., TID-19994, 120 p. 

[in Hebrew]. N.S.A. 18:8284. AbG.tm, AnC, In.tm, In.w , Ingw , In0 c..n, 

InHy, In.now, MeDf.tm, SeAd, SeBl. 

Karlson, Peter. See Maurer, Rainer. 

Karmen, Arthur. See Winkelman, J. W.

K15 Karmen, Arthur, McCaffery, Irmgarde, Winkelman, J. W., and Bowman, R. L., Measurement of tritium in the effluent of a gas chromatography column: Anal. Chemistry, v. 35, p. 536-542. C.A. 59 :1092 be; N.S.A. 

17:11027, N.S.A. 17:17982. AdC, AnC.

K16 Karol, I. L., and Malakhov, S. G., eds., 1962a, Problems of nuclear 

meteorology: Moscow, U.S.S.R., Gosatomizdat Voprosy Yadernoi Meteorologii, 340 p; U.S. Atomic Energy Comm. Pub., AEC-tr-6128 [1962]. 

N.S.A. 18:10603. Ge of: AbG, In.tm, MeDf.tm, Nu.

K17 Karol, I. L., and Malakhov, S. G., 1962b, Use of natural radioactive 

isotopes in the atmosphere for meteorological investigations: Moscow, 

U.S.S.R., Gosatomizdat Voprosy Yadernoi Meteorologii, v. 1962, p. 5-42; 

U.S. Atomic Energy Comm. Pub., AEC-tr-6128, p. 1-51 [1962]. N.S.A. 

18 : 10604. Ge of: AbG, In, KiG ; MeDf, Nu.

K18 Karol, I. L., Malakhov, S. G., Vilenskii, V. D., Dmitrieva, G. V., Krasnopievtzev, Y. V., Kirichenko, L. V., and Ssissiguina, T. I., 1964, Quantitative investigations of atmospheric motions by means of radioactive 

tracers: Compilation of many Russian scientific investigations. U.S. 

Atomic Energy Comm. Pub., A/CONF.28/P/383, 18 p. N.S.A. 18:37789. 

Ge of: In.tm, In0 ce.n ; MeDf.tm, MeDfoce.n. 

Karraker, D. G. See Johnson, B. S., Jr.

K19 Karraker, D. G., 1953, A monitor for surface adsorbed tritium: U.S. 

Atomic Energy Comm. Pub., DP-34 [declassified, 1956], 15 p. N.S.A. 

11:2598. AnC, Ha. 

Karush, Fred. See Lobunez, Walter.

Kashida, Yoshihiko [Kasida, Yosihiko (or Yoshiko)]. See Yamazaki, 

Mikio.

K20 Kashida, Yoshihiko [Kasida, Yosihiko (or Yoshiko)], Yamazaki, 

Mikio, and Iwakura, Tetsuo, 1961, C1* and Hs measurement with use of 

liquid scintillation counters: Tokyo, Japan, Radioisotopes, v. 10, p. 27-36 

[in Japanese]. C.A. 55:20685 be; N.S.A. 15:27824. AnC, Sy, ThSo.

K21 Kashida, Yoshihiko [Kasida, Yosihiko (or Yoshiko)], and Yamazaki, 

Mikio, 1965, Determination of "C and 3H by liquid scintillation spectrometer; IV. Application of oxygen flask combustion technique to determination of "C in plant tissue: Tokyo, Japan, Radioisotopes, v. 14, 

p. 331-334 [in Japanese]. N.S.A. 20:36764. AnC, InBi. 

Kashida, Yoshihiko [Kasida, Yoshiko (or Yosihiko)]. See Iwakura, 

Tetsuo.

K22 Kasida, Yoshiko [Yosihiko (or Kashida, Yoshihiko)], and Iwakura 

Tetsuo, 1962a, 14C and 8H measurement by the use of a liquid scintillation spectrometer; II, Simultaneous counting methods of MC and 3H in the 

same sample: Tokyo, Japan, Radioisotopes, v. 11, p. 247-256 [in Japanese]. 

N.S.A. 17:16457. AnMs.

K23 Kasida, Yoshiko [Yosihiko (or Kashida, Yoshihiko)], and Iwakura, 

Tetsuo, 1962b, 14C and 3H measurement by the use of a liquid scintillation 

spectrometer; III, Counting vials: Tokyo, Japan, Radioisotopes, v. 11, 

p. 257-264. N.S.A. 17: 16458. AnMs.
84 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

K24 Kasida, Yosihiko [Yoshiko (or Kashida, Yoshihiko)], Iwakura, Tetsuo, 

and Morisaki, Naoko, 1963, "C and 3H measurement by the use of a 

liquid scintillation spectrometer; IV, Determination of counting efficiency 

by the discriminator ratio method: Tokyo, Japan, 5th Japan Conf. on 

Radioisotopes Proc., no. 3, p. 84-86 [in Japanese]. AnMs, AnC. 

Katakis, D. See Czapski, Gideon.

K25 Kaufman, Sheldon, and Libby, W. F., 1954, The natural distribution of 

tritium: Phys. Rev., v. 93, no. 6. p. 1337-1344. AbG.tm, AbGoco.n, AbG, w . 

AbGgw, AbGny, AnC, BiB, Ha, Ingw , InBi, MeDfatm, MeDfgw, SeEl. 

Kaufman, W. J. See Hours, R. M. 

Kaufman, W. J. See Inoue, Yoriteru.

K26 Kaufman, W. J. 1959, Tritium as a ground-water tracer: Santa Monica, 

Calif., 8th Ann. Mtg. California Assoc. Sanitarians, Proc. Ingw , MeDfgw.

KV« Kaufman, W. J., 1960a, The use of radioactive tracers in hydrologic 

studies: California Univ., Conf. on Water Research, Proc., Water Resources Center Rept. 2, p. 6-14. lngw, InAgw , MeDfgw.

K28 Kaufman, W. J., 1960b, Tritium as a ground-water tracer: Am. Soc. 

Civil Engineers [Sanitary Eng. Div.] Proc., v. 86, no. SA-6, p. 47-57. 

O.A. 55: 12709 g. Ha, InAgw , MeDfgw.

K29 Kaufman, W. J., 1961, Tritium as a ground-water tracer: Am. Soc. 

 "ivil Engineers Trans., v. 3. no. 3203, p. 436-446. AbG, BiB, Ha, Ingw , 

MeDfgw .

K30 Kaufman, W. J., Ewing, B. B., Kerrigan, J. V., and Inoue, Yoriteru, 

1961, Disposal of radioactive wastes into deep geologic formations: Jour. 

Water Pollution Control Federation, v. 33, p. 73-84. Ge of: In, InA, 

MeDfgw.

K31 Kaufman, W. J., and Hours, R. M., 1959, Progress report 1, contract 

AT (ll-l)-34: Saclay, France, U.S. Atomic Energy Comm. and Comm. 

li 1'Energie Atomique. Ingw .

K32 Kaufman, W. J., Nir, Aharon, Parks, G., and Hours, R. M., 1960, 

Studies of low-level liquid scintillation counting of tritium: U.S. Atomic 

Energy Comm. Pub., TID-7612, p. 239-250. C.A. 57:5539 i; N.S.A. 

IK: 29126. AnC, Sy.

K33 Kaufman, W. J., Nir, Aharon, Parks, G., and Hours, R. M., 1961, Recent advances in low-level scintillation counting of tritium, in Tritium 

m the physical and biological sciences, v. 1, Proceedings Series: Vienna, 

Austria, Internal Atomic Energy Agency Symposium on Detection and 

Use of Tritium in the Phys. and Biol. Sci., May 3-10, 1961, Proc., p. 

249-261 [1962]. N.S.A. 16:16094. AnC, Se.

K34 Kaufman, W. J., and Orlob, G. T., 1956a, An evaluation of ground-water 

tracers: Am. Geophys. Union Trans., v. 37, no. 3, p. 297-306. C.A. 

51: 5331 b. Ge of: Ingw ; MeDfgw, SeAdgw.

K35 Kaufman, W. J., and Orlob, G. T., 1956b, Measuring ground-water 

movement with radioactive and chemical tracers: Am. Water Works 

Assoc. Jour., v. 48, no. 5, p. 559-572. Ge of: Inhy, InAgw, MeDfgw, SeAdgw.

K36 Kaufman, W. J., and Todd, D. K., 1961, Application of tritium to canal 

seepage measurements, in Tritium in the physical and biological sciences, 

v. 1, Proceedings Series: Vienna, Austria, Internal Atomic Energy Agency 

Symposium on Detection and Use of Tritium in the Phys. and Biol. Sci., 

May 3-10, 1961, Proc., p. 83-94 [1962]. N.S.A. 16:16082. Abgw, Ingw, InHy, 

Inhy, MeDfgw, Sa. 

Kawai, Hiroshi, See Nishiwaki, Yasushi.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 85

Keller, S. See Rubini, J. R. 

Kelly, R. G. See Buyske, D. A.

K37 Kelly, R. G., Peets, E. A., Gordon, S., and Buyske, D. A., 1961, Determination of Cu and H3 in biological samples by Schoniger combustion 

and liquid scintillation techniques: Anal. Biochemistry, v. 2, p. 267-278. 

N.S.A. 15:20668. AnC, InBi.

K38 Kempel, K., 1964, Simultaneous measurement of tritium and "C in 

biological material with a liquid scintillation counter: Atompraxis, v. 10, 

no. 3, p. 148-152. C.A. 61:2176 fg. AnC.

Kennedy, J. W. See Friedlander, Gerhart.

K30 Kennedy, M. R., 1957, Health physics manual of radiochemical and 

chemical analyses and procedures: U.S. Atomic Energy Comm. Pub., 

KAPL-A-HP-3, 70 p. N.S.A. 12:89. AnC, Ha.

K40 Kernreaktor Bau-und Betriebs G. m. b. H., 1961, The continuous detection of low-tritium traces in air and in other reactor gases: Kerntechnik, 

v. 3, p. 552, German Patent DAS 1,074,880. An, IsTh, SeAd, SeDf. 

Kerr, E. C. See Bigeleisen, Jacob. 

Kerrigan, J. V. See Kaufman, W. J. 

Keys, W. S. See Schmalz, B. L. 

Khaidarov, A. A. See Abdullaev, A. A. 

Khaitov, B. K. See Abdullaev, A. A.

K41 Khan, A. A., and Wilson, J. E., 1965, Turnover [of tritium] in mammalian subcellular particles; brain nuclei, mitochondria, and microsomes 

[from albino female rats] : Jour. Neuroohemistry, v. 12, no. 2, p. 81-86. 

C.A. 62: 10697 b. AbO, BiZ, Ha. 

Khanolkar, V. S. See Kamath, P. R. 

Khusainova, Sh. G. See Gracheva, E. G. 

Kidd, K. K. See Kaplan, W. D.

K42 Kigoshi, Kunihiko, 1961, Natural concentration of krypton-85, carbon-14, 

and tritium in recent years: U.S. Atomic Energy Comm. Pub. 

A/AC.82/G/L.693, 4 p. N.S.A. 16:4389. Ab.tm, BiB, In.tm, InBi. 

K43 Kigoshi, Kunihiko, and Tomikura, Yoshi, 1961, Tritium and carbon-14 

in tree rings: Chem. Soc. Japan Bull. 34, p. 1738-1739. C.A. 57:2590 f; 

N.S.A. 16: 12849. Ab.tm, AbO, In.tm, InA, InBi, MeDf.tm. 

Killmann, S. A. See Cronkite, E. P. 

Kim, S. M. See Noakes, J. E.

K44 Kim, T. S., Ran, H. H., and Chung, H. P., 1962, Survey of radioactive 

fallout: Summary report (1961-62) : [U.S.] Army Research Testing Lab. 

Rept. 1, p. 79-84 [in Korean]. N.S.A. 18:1904. Ab, In.tm.

K45 Kimmel, Hermann [to Gesellschaft fiir Kernforschung mbH], 1961, Flow 

counter for the measurement of tritium: German Patent No. 1,180,856 

[Nov. 5, 1964]. N.S.A. 19:11044. AnC, ThP.

Kimura, Miwako. See Yura, Osuma.

K46 Kinard, F. E., 1956, Liquid scintillator for the analysis of tritium in 

water: U.S. Atomic Energy Comm. Pub.. DP-190, 12 p. C.A. 51:10133 i; 

N.S.A. 11:6841. AnC, In.

K47 Kinard, F. E., 1957, Liquid scintillator for the analysis of tritium in 

water: Rev. Sci. Instruments, v. 28, p. 293-294. C.A. 51:10133 i; N.S.A. 

11: 6841. AnC, In.

K48 King, James, Jr., 1963, Chroniatographic separation of the hydrogen 

isotopes, including tritium: Jour. Phys. Chemistry, v. 67, no. 6, p. 1937. 

AdC, An, EC, Is.
86 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

King, Peter. Xcr Lockhart, L. B., Jr.

K49 Kingsley, W. H., and Hirsh, F. G., 1956, Some health considerations 

in the handling of tritium: U.S. Atomic Energy Comm. Pub., AECU-3394, 

5 p. N.S.A. 11: 3668. Ha.

Kirby, L. J. See Thomas, C. W.

Kirichenko, L. V. Sec Karol, I. L.

Kirkham, Don. See Kunze, R. J.

Kirschenbaum, A. D. See Von Grosse, A. V.

Kirshenbaum, A. D. See Grosse, A. V.

Kisieleski, W. E. See Baserga, Renato.

Kisieleski, W. E. See Frissel, M. J.

Kisieleski, W. E. See Samuels, L. D. 

K50 Kisieleski, W. E., and Smetana, F., 1958, Tritium in biological studies:

Atompraxis, v. 4, 261-265. N.S.A. 12:16169. AdC, AnC, BiC, Ha, InBi. 

K51 Kitahara, Kazuta, and Tanaka, Yoshimasa, 1963, Studies on micro 

amount of water in oil using tritiated water: Yakugaku Zasshi, v. 83, 

p. 559-560. N.S.A. 18:22383. AnC, In, SeAd.

Klebe, J. F. See Simon, Helmut.

Klement, A. W., Jr. See Schultz, Vincent.

K52 Klement, A. W., Jr., ed., 1961, Radioactive fallout from nuclear weapons 

tests: U.S. Atomic Energy Comm., Div. Biology and Medicine, Fallout 

Studies Branch Conf., held at Germantown, Md., Nov. 15-17, 1961, Proc., 

Pub., TID-7632, 546 p. [1962]. N.S.A. 16:22433. Abg w, Ab. w , Ha, Ingw , 

In, w , SeAdpe, SeAdterr.

Klemm, A. See Reichenbacher, W.

Kline, L. See Pace, N.

Knauss, H. J. See Porter, J". W.

K53 Knoche, H. W., and Bell, R. M., Tritium assay by combustion with novel 

oxygen train and liquid scintillation techniques: Anal. Biochemistry, v. 12, 

no. 1, p. 49-59. C.A. 63:4651 e: N.S.A. 19:36247. AnC, Bi, Sy.

Knoll, J. See Perri, G. C.

Knoll, J. E. See Eidinoff, M. L.

Knoll, J. E. See Verly, W. G.

Knorpp, C. T. See Frenkel, E. P.

Knott, K. See Ehhalt, D.

K54 Knutsson, Gert, and Forsberg, H. G., 1966, Laboratory evaluation 

of Cr81 EDTA as a tracer for ground-water flow: Vienna, Austria, Internat. 

Atomic Energy Agency Symposium on Use of Isotopes in Hydrology, Nov. 

14-18, 1966, Proc., Symposium preprint 42, 24 p. Ad, AnC, Ha, Ingw , Inr., 

IsTh, MeDf, Nuln, SeAd, Sy.

K55 Knutsson, Gert, Ljunggren, Knut, and Forsberg, H. G., 1963, Field and 

laboratory tests of chromium-51-EDTA and tritium water as a double 

tracer for groundwater flow, in Radioisotopes in hydrology, Proceedings 

Series: Vienna, Austria, Internat. Atomic Energy Agency Symposium on 

the Application of Radioisotopes in Hydrology, held at Tokyo, Japan, 

Mar. 5-9, 1963, Proc., p. 347-363. N.S.A. 18:1927. AnC, Ingw , InHT, InAgw , 

Is, MeDfg w, SeAdgw.

K56 Knutsson, Gert, and Ljunggren, Knut, 1959, Studies of ground-water 

flow by using radioactive isotopes Preliminary report: Geol. Foren. 

Stockholm Forh., v. 81, p. 405-409 [in English]. C.A. 53:22626 b. In,w , 

Inny, InA (with 14 references).
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 87

K57 Koch, A. L., 1964, A distributional basis for the variation in killing 

efficiencies of different tritiated compounds incorporated into E. coli: 

Paper presented at the 12th Ann. Mtg. of the Radiation Research Soc., 

held at Miami, Fla., May 1964. U.S. Atomic Energy Comm. Pub., CONF556-11, 17 p. N.S.A. 19:10781. AbO, BiB, InBi. 

Koch, H. See Modes, D. 

Kocharov, G. E. Sec Viktorov, S. V. 

Koeller, R. C. Sec Cuddeback, R. B. 

Kohegyi, Ferenc. Sec Csanyi, P. F. 

Kohegyi, Ferenc. Sec Fodorn£, C. P.

K5S Kohegyi [Koehegi], Ferenc, Csanyi, P. F., and Levay, Bela, 1961, Liquid 

scintillation counting of tritium with a coincidence circuit: Magyar 

Kemiai Folyoirat (Hungarian Jour. Chemistry), v. 67, p. 413^14 [in 

Hungarian]. C.A. 56:9666 h: N.S.A. 19:22138. AnC,

K59 Kohegyi [Koehegi], Ferenc, Csanyi, P. F., and Levay, Bela, 1962, 

Measurement of tritium radiation with a liquid scintillator: Magyar 

Kemiai Folyoirat (Hungarian Jour. Chemistry), v. 68, p. 429-432 [in 

Hungarian]. C.A. 58:8601 f. AnC. .

K60 Kohegyi [Koehegi], Ferenc, Fodorne, C. P., and Levay, Bela, 

1962, Measurement of tritium by means of a liquid scintillator: Magyar 

K6miai Folyoirat (Hungarian Jour. Chemistry), v. 68, p. 429-432 [in 

Hungarian]. N.S.A. 18:19890. AnC. 

Kolesnikova, V. N. See Izrael, Yu. A. 

Kondo, O. See Arizumi, A.

K61 Koranda, J. J., 1965, The persistence of tritium and "C in the Pacific 

proving ground: Health Physics, v. 11, no. 12, p. 1445-1457. C.A. 64:13708 

g. AbG, AbO, BiB, BiC, BiZ, InAPe , InBi.

Korff, S. A. See Shen, S. P.

K62 Korff, S. A., 1954, Effects of cosmic radiation on terrestrial isotope 

distribution: Bol. Soc. Quim. Peru, v. 20, p. 77-82 [in English], C.A. 

49: 2879 a. AbG.

K63 Korff, S. A., 1956, Effects of cosmic rays on the terrestrial isotope distribution: New York Acad. Sci. Annals, v. 67, no. 3, p. 35-54. C.A. 

54:14975 f-i. AbG.

K64 Korff, S. A., 1957, The origin and implications of the cosmic radiation: 

Am. Scientist, v. 45, no. 4, p. 281-300. AbG, InA, NuM. 

Kornberg, H. A. See DeLong, C. W. 

Kornberg, H. A. See Thompson, R. C. 

Korst, D. R. See Frenkel, E. P. 

Koshy, Elizabeth. See Kamath, P. R. 

Kosmachevskii, V. S. See Lyubimov, V. A. 

Kossakowska, Maria. See Chwalinski, Stanislaw.

K65 Kowalski, Emil, 1962, Measurement of the radioactivity in air: Atomwirtschaft, v. 7, no. 10, p. 481-486. C.A. 60:12861 a; N.S.A. 17:4814. 

Ha, In.

K66 Kowalski, Emil, (to Landis and Gyr AG), 1961, Method and arrangement for the continuous detection of small tritium concentrations in the 

air: German Patent 1,153,550 [Aug. 29, 1963]. N.S.A. 18:8318. AnC, In.tm. 

Koyama, Masaki. See Nishiwaki, Yasushi. 

Krasnopievtzev, Y. V. See Karol, I. L.
88 BIBLIOGRAPHY, TRITItJM STUDIES RELATED TO HYDROLOGY

K67 Krebs, G. N., Jr., 1963, Radiation hazard resulting from tritium diffusion 

in glove box operations: U.S. Atomic Energy Comm. Pub., LAMS-2962, 

13 p. C.A. 60:10164 a. Ha, In. 

Kreiter, V. P. See Swain, G. C. 

Kresge, A. J. See Swain, G. C. 

Krey, P. W. See Friend, J. P. 

Krey, P. W. See Walton, Alan. 

Kritchevsky, D. See Biggs, M. W. 

Kritchevsky, D. See Shapiro, I. L.

K68 Kroh, J., and Pkmka, A. M., 1966, Radiation-induced H-T exchange in 

aromatic hydrocarbons saturated with tritiated water: Acad. Polonaise 

Sci. Bull., Se"r. Sci. Chim., v. 14, no. 5. p. 331-334 [in English]. C.A. 

65:8229 e. AnC, SeAd, Sy.

Kronfoerger, H. See Boonnan, C

K69 Krupa, R., 1962, Determination of tritium activity in tritium-labeled 

water by the use of an internal gas counter: Biul. Wojskowej Akad. 

Tech. imeni Jaroslawa Dabrowskiego, v. 11, no. 6 (118), p. 23-33 [in 

Polish]. C.A. 60:2522 be. AnC. 

Kubose, D. A. See Balkwell, W. R. 

Kulp, J. L. See Giletti, B. J. 

Kulp, J. L. See Grosse, A. V. 

Kulp, J. L. See Von Grosse, A. V. 

K70 Kulp, J. L., 1961, Radionuclides in man from nuclear tests: Jour.

Agr. and Food Chemistry, v. 9, p. 122-126. C.A. 55: 20241 f. Ge of: Ha. 

K71 Kulp, J. L., and Carr, D. R., 1957, New developments in the use of radioisotopes as fluid tracers in reservoir engineering: Soc. Petroleum Engineers, Am. Inst. Mining Engineers 2d Ann. Mtg., Caracas, Venezuela, 

Nov. 6-9, 1957. InAgw , MeDfgw .

K72 Kulp, J. L., Giletti, B. J., and Erickson, G. P., 1957, Isotopic studies 

on the Greenland Continental Glacier: Suffield, Alberta, Canada, Canada 

Experimental Sta., Final Rept, Contract AF-19 (604)-1891. AbG.now. 

K73 Kunze, R. J., and Kirkham, Don, 1965, Models and equations for determining DOH exchange and enrichment in plants: Agronomy Jour., v. 57, 

no. 3, p. 279-282. C.A. 63:3319 e. Ab, AbO, BiB, InBi, SeAd. 

K74 Kuper, E., Hofstra, A., and Nauta, H., 1960, Application of tritiated 

water as a tracer for quantitative determination of waterflow distribution 

in an oil field, in Radioisotopes in the physical sciences and industry, 

v. 1, Proceedings Series: Vienna, Austria, Internat. Atomic Energy Agency 

Symposium on Use of Radioisotopes in the Phys. Sci. and Industry, held 

at Copenhagen, Denmark, Sept. 6-17, 1960, Proc., p. 511-517 [1962]. 

N.S.A. 16:16074. AnC, Ingw . Inhy , KiH, MeDfgw , SeAdgw, SeEl.

Kuroda, P. K. See Husain, L.

K75 Kusama, Keiichi, 1965, An improved method for liquid scintillation 

counting of biological compounds in aqueous solutions: Tokyo, Japan, 

Radioisotopes, v. 14, no. 2, p. 142-145 [in Japanese]. N.S.A. 19:24466. 

AnC, InBi.

Kusch, P. See Taub, H.

K76 Kutyrin, V. M., 1956, The rate of deuterium penetration into plant 

tissue: Biokhimiya, v. 21, p. 50-52. C.A. 50: 10200 i. AbO, BiB, Eq.

L

Labeyrie, Jacques. See Bibron, Roland. 

LI Labeyrie, Jacques, 1960a, Technique for measuring air contamination, in
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 89

Symposium on Health Physics in Nuclear Installations Proceedings: Denmark, Atomenergikom., Fors0gsinst, Ris0, Denmark, May 25-28, 1959, 

p. 53-66 [in French]. N.S.A. 14:16912. Ab.tm , AnC, Ha, In.tm, MeDf.tm. 

L2 Labeyrie, Jacques, 1960b, Techniques for measurement of [radioactive] 

air contamination: Saclay, France, Comm. a 1'Energie Atomique Rap. 

1499, 14 p. C.A. 56: 8266 g. Ab.tm, AnC, Ha, In.tm, MeDf,tm.

La Gatta, D. P. See Drobinski, J. C.

Laine-Boszormenyi. See Pellerin, P.

Lajtha, L. G. See Oliver, R.

Lal, Devendra. See Anand, J. S.

Lal, Devendra. See Athavale, R. N.

Lal* Devendra. See Craig, Harmon.

L3 Lal, Devendra, 1962, Cosmic-ray-produced radionuclides in the sea: 

Oceanog. Soc. Japan Jour., v. 20, p. 600-614. N.S.A. 17:41009. AbG.tm,

AbGocean, In.tm, lUocean.

L4 Lal, Devendra, 1963, On the investigations of geophysical processes using 

cosmic-ray-produced radioactivity, in Geiss, Johannes, and Goldberg, E. D., 

eds., Earth science and meteoritics: Amsterdam, Netherlands, NorthHolland Publishing Co., p. 115-142. N.S.A. 18:12362. AbG, Inhy.

L5 Lal, Devendra, 1965, Single-stage high-yield hydrogenation of CO2 to 

methane, using the hydrogen of water, in Chatters, R. M., and Olson, 

E. A., Radiocarbon and tritium dating: Pullman, Wash., Washington State 

Univ., 6th Internat. Conf. on Radiocarbon and Tritium Dating, June 7-11, 

1965, Proc., p. 487-490. EqG, EqL.

L6 Lal, Devendra, 1966, Measurement of tritium activity in natural waters: 

Indian Acad. Sci. Proc., sec. A, v. 63, no. 3, p. 166-183 [in English]. C.A. 

65:5216 h. AbG.tm, AbG,w, Ab(*gw, AnC, InA.tm, InA8T, InAg w, MeDf.tm, 

MeDf. w , MeDfgw.

1.7 Lal, Devendra, Malhorta, P. K.» and Peters, B., 1958, On the production 

of radioisotopes in the atmosphere by cosmic radiation and their application to meteorology: Jour. Atmos. and Terrest. Physics, v. 12, p. 306-328. 

N.S.A. 15:17141. AbG.tm, InA. t m, MeDf.tm.

L8 Lal, Devendra, and Peters, B., 1962, Cosmic-ray-produced isotopes and 

their application to problems in geophysics: Prog. Elementary Particle 

and Cosmic Ray Physics, v. 6, p. 1-74. AbG.tm, In.tm, InA.tm, MeDf.tm.

L9 Lal, Devendra, Rajagopalan, G., and Venkatavaradan, V. S., 1963, Radioactivity induced by solar particles, in Daniel, R. R., Lavakare, P. J., 

Menon, M. G. K., Naranan, S., Nerurkar, N. W., Pal, Yash, and Sreekantan, B. V., eds., International conference on cosmic rays, Jaipur, December 

1963, Proceedings, v. 1, Solar particles and sun-earth relations: Bombay, 

India, Internat. Union Pure and Appl. Physics and Dept. Atomic Energy, 

Indian Govt, The Commercial Printing Press, Ltd., 273 p. [1964]. Available from Tata Institute of Fundamental Research, Bombay, India. N.S.A. 

19:3008. AbG.tm, AbGmet, AbG,.t, KiR.

L10 Lal, Devendra, and Rama, 1965, Atmospheric pathways of manmade Cu, 

Hs, and Sr80, in Chatters, R. M., and Olson, E. A., Radiocarbon and tritium 

dating: Pullman, Wash., Washington State Univ., 6th Internat. Conf. on 

Radiocarbon and Tritium Dating, June 7-11, 1965, Proc., p. 541-548. 

Ab.tm, In.tm, MeDf.tm.

LJ1 Lal, Devendra, and Rama, 1966, Characteristics of global tropospheric 

mixing based on manmade UC, *H, and MSr: Jour. Geophys. Research, v. 

71, no. 12, p. 2865-2874. C.A. 65: 3603 d. In.tm, MeDf.tm.
90 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Lambert, R. W. See Gold, V.

L12 Lamerton, L. F., and Fry, R. M. J., eds., 1963, Cell proliferation: Philadelphia, Pa., F. A. Davis Pubs. Ge of: BiC, BiZ, InBi, KiB. 

Landsman, D. A. See Gregory, D. P. 

Lang, A. R. G. See Sepall, O.

L13 Lang, R. J., and Mason, S. G., 1960, Counter for solid samples containing 

labile tritium: Internat. Jour. Appl. Radiation and Isotopes, v. 7, p. 251- 

257. C.A. 54:12808 c. AnC, SeAd.

L14 Langbein, W. B., 1957, The use of tritium for determining the age of 

ground water Discussion: Washington, U.S. Geol. Survey, Water Resources Bull., Feb. 10, 1957, p. 7. InAgw.

Langer, H. See Paerisch, M.

L15 Langer, H., and Bothe, H. K., 1964, A simple technique for the detection 

of incorporated tritium in the human-body water: Kernenergie, v. 7, nos. 

6-7, p. 546-550. C.A. 62:1963 c; N.S.A. 18:39104. AnC, Ha, InBi. 

Langham, W. H. See Pinson, E. A. 

Langham, W. H. See Richmond, C. R. 

Langham, W. H. See Trujillo, T. T. 

Lansdown, A. R. See Delisle, M. J.

L16 Lansdown, A. R., 1961, Application of tracers in the Steelman pilot waterflood : Canadian Mining and Metall. Bull. 64, p. 413-416. C.A. 56:1682 e. 

In, MeDf, Nu.

LIT Lapointe, C. M., 1962. Vse of tritium to trace underground water: 

Canadian Nuclear Assoc. preprint, 25 p. N.S.A. 17:303. Ad, AnC, Ge of: 

In; Ingw , NuB, SeAd, SeDf, SeEl. 

Larin, G. M. See Zel'venskii, Ya. D. 

Launay, M. See Guizerix, J. 

Lavakare, P. J. See Daniel, R. R.

L18 Lavrenchik, V. N., 1965a, Global fallout of nuclear explosion products: 

U.S. Atomic Energy Comm. Pub., Accession no. 2086, BNL-tr-42, 44 p. 

[in English]. C.A. 65:11723 c. Ge of: Ab.tm, Abt.rr, In.tm, Int err, 

MeDf.tm, MeDft.rr, Sa (with about 100 references).

L19 Lavrenchik, V. N., 1965b, Global fallout of nuclear explosion products, 

in Global'noye vypadeniye produktov yadernykh vzrynov: Moscow, 

U.S.S.R., Atomizdat, chap. 3, 44 p. N.S.A. 20:2086. Ge of: Ab.tm, Ab.w , 

Abterr, An, In.tm, Interr, MeDf.tm, MeDf,w , MeDfterr, Sa (with 100 

references).

Law, S. W. See Garnett, J. L. 

Lawrence, J. H. See Dougherty, E. C. 

Lawrence, J. H. See Prentice, T. C.

L20 Lawrence, J. N. P., 1958, Estimation of whole-body dose (REM) from 

tritium in body water: U.S. Atomic Energy Comm. Pub., LA-2163, 22 p. 

N.S.A. 12:5200. BiZ, Ha, InBi, SeAd.

L21 Leclipteur, J., 1962, Preparation of a scintillating mixture for the 

determination of T activity of tritiated C8H8 synthesized in the preparation 

of tritiated water: Soc. Royale Sci. Liege Bull., v. 31, p. 672-678. C. A. 

58: 205 g. AnC, Sy.

Lee, E. K. C. See Lee, J. K.

L22 Lee, J. K., Lee, E. K. C., Musgrave, Burdon, Tang, Yi-noo, Root, J. W., 

and Rowland, F. S., 1962, Proportional counter assay of tritium in gas 

chromatographic streams: Anal. Chemistry, v. 34, p. 741-747. N.S.A. 

16:17594. AdC, AnC.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 91

Lefort, Marc. See Dumbest, Henry.

Leger, Concele. See Bibron, Roland.

Lehman, R. L. See Wittemore, I. M.

Lehr, C. G. See Bitter, F.

L23 Leipunsky, O. I., 1957, The radiation hazards of explosions of pure 

hydrogen and ordinary atomic bombs: Atomnaya Energiya, v. 3, p. 530. 

Translated by the United Nations. Ab, Ha.

Lenskii, L. A. See Rachinskii, V. V.

L24 Lenskii, L. A., 1963, Measurement of activity of tritium water by means 

of a flowmeter: Moscow, U.S.S.R., Akad. Mosk. Sel'skokhoz. Doklady, v. 

89, p. 362-369. C.A. 61: 3882 g. ThD, ThP.

L25 Lenskii, L. A., 1964, Isotope exchange sorption of tritium from aqueous 

solutions with soils in static conditions: Moscow, U.S.S.R., Akad. Rossiisk. 

Sel'skokhoz. Doklady, no. 99, p. 527-532 [in Russian]. C.A. 64:7908 b. 

SeAd.

L26 Le Pape, M., [and Emmanuel, H.], 1963a, MSthodes de detection et de 

mesure du tritium et de ses composes [Techniques for the detection and 

measurement of tritium and its compounds] : Saclay, France, Comm. a 

1'Energie Atomique, Centre d'Etudes Nucleaires Rap.; U.S. Atomic Energy 

Comm. Pub.; CEA-Bib-38, 68 p., C.A. 61:2447 o: N.S.A. 18:17862. Ge of: 

AnC (with 128 references).

L27 Le Pape, M., and Emmanuel, H., 1963b, Techniques for the detection 

and measurement of tritium and its compounds: Saclay, France, Comm. 

a 1'Energie Atomique, Centre d'Etudes Nucleaires Rap., Bibliographie 38, 

68 p., C.A. 61:2447 c. Ge of: AnC (with 128 references).

LeRoy, G. V. See Okita, G. T.

LeRoy, J. H. See Butler, H. L.

Lesimple, M. See Finkelstein, A.

Letolle, R. See Fontes, J. C.

Levay, Bela. See Csanyi, P. F.

Levay, Bela. See Fodorn6, C. P.

Levay, Bela. See Kohegyi [Koehegi], Ferenc.

Leventhal. See Haskell, E. E., Jr.

Leventhal, J. S. See Miller, M. M.

Leveque, Paul. See Alvinerie, Jacques.

Leveque, Paul. See Blavoux, Bernard.

L28 Leveque, Paul, Vigneaux, Michel, and Alvinerie, Jacques, 1966. 

Evolution de 1'activite en tritium dans le Sud-Ouest de la France: Vienna, 

Austria, Internat. Atomic Energy Agency Internat. Union of Geodesy and 

Geophysics Symposium on Use of Isotopes in Hydrology, Nov. 14-18, 1966. 

Proc., Symposium preprint, SM 83/30, 23 p. [in French]. Alw, Ab»tm . 

AnC, BiB, In,», In,, , Ing ». InPc, InAgw . InBi. MeDf.*. MeDf., m . 

MeDfgw , Sa, SeEl.

L29 Levskii, L. K., 1960, H* and Ar*° in iron meteorites: Radiokhimiya. v. 2, 

p. 491-194 [in Russian]. C.A. 56:12590 f; N.S.A. 15:3291. AbGm e,. InA. 

L30 Lewis, D. C., and Burgy, R. H., 1964, The relationship between oak tree 

roots and ground water in fractured rock as determined by tritium tracing: 

Jour. Geophys. Research, v. 69, no. 12. p. 2579-2588. AbO, InB ,v. InBi. 

L31 (Reference deleted.)

Lewis, H. L. See Person, Stanley.

L32 Lewis, J. E., 1959, Radiochemical analysis of tritiated methane and 

krypton-85 in natural gas: Louisville, Ky., Radiochemistry, Inc., 6 p.
92 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

U.S. Atomic Energy Comm. Pub., TID-7571, p. 162-167. N.S.A. 14:10677. 

AnC, Interr, Ingw .

Libby, W. F. See Andersen, E. 0. 

Libby, W. F. See Begemann, Friedrich. 

Libby, W. F. See Currie, L. A. 

Libby, W. F. See Flamm, E. 

Libby, W. F. See Kaufman, Sheldon. 

Libby, W. F. See Miller, M. M. 

Libby, W. F. See Von Buttlar, Haro. 

Libby, W. F. Sec Von Grosse, A. V.

L33 Libby, W. F., 1943, Vibrational frequencies of the isotopic water molecules : equilibria with the isotopic hydrogens: Jour. Chem. Physics, v. 11, 

p. 101-109. C.A. 37: 26273. Eq, SpVi, ThF.

L34 Libby, W. F., 1946, Atmospheric helium-three and radiocarbon from cosmic radiation: Phys. Rev. v. 69, p. 671-672. C.A. 40: 53307. AbG, Nu. 

L35 Libby, W. F., 1947a, Measurement of radioactive tracers, particularly 

C1 *, S35, T, and other long-lived low-energy activities: Anal. Chemistry, 

v. 19, p. 2-6. C.A. 41: 2323 e. AnC, Nu.

L36 Libby, W. F., 1947b, Vibrational frequencies of the isotopic water molecules: equilibria with the isotopic hydrogens [Errata]: Jour. Chem. 

Physics, v. 15, p. 339. British Abs. 1947, AI-231. Eq, SpVi, ThF. 

L37 Libby, W. F., 1953, Potential usefulness of natural tritium: [U.S.] Natl. 

Acad. Sci. Proc., v. 39, p. 245-247. C.A. 47:7906 e. Ge of: AbG.tm, InA.tm, 

InAsw , InAKW , InBi, KiR, MeDf» tm .

L38 Libby, W. F., 1954a, Radiocarbon and tritium dating Possibility of using 

these isotopes in industry: Zeitsehr. Elektrochemie, v. 58, p. 574-585. 

C.A. 49 : 6735 f. AbG, AnC, Ge, InA, Nu.

L39 Libby, W. FM 1954b, Tritium in nature: Sci. American, v. 190, no. 4, 

p. 38-42. AbG., m . AhG.oMn . AbG,., AbGterr, AnC, BiB, Ha, Ingw ,

Inpe, iHatm, Ittsnow, IttHy. Insw , Ins rt, InAatm, InAgw, InAsw, InBl, MeDfatm,

NuB, NuR, SeAd. SeEl.

L40 Libby, W. F., 1954c, Basic law of radioactive decay: Zeitschr. Elektrochemie, v. 58, p. 574. AbG, Ge, In.

L41 Libby, W. F., 1955, Tritium in nature: Washington Acad. Sci. Jour., 

v. 45, p. 301-314. C.A. 50: 5418 i. AbG, AnC, InA.

T.42 Libby, W. F., 1956, Radioactive strontium fallout: [U.S.] Natl. Acad. 

Sci. Proc., v. 42. p. 365-390. InA, MeDf.

L43 Libby, W. F., 1958a. Radioactive fallout: [U.S.] Natl. Acad. Sci. Proc., 

v. 44, p. 800-S20. N.S.A. 12: 16148. Ab.t», MeDf. tm .

L44 Libby, W. F., 1958b, Radioactive fallout, particularly from the Russian 

October series [of 1958] : [U.S.] Natl. Acad. Sci. Proc., v. 45, p. 959-976. 

C.A. 53:21254 ab. Ab, Ha, Tn, MeDf (with 31 references).

L45 Libby, W. F., 1959, Tritium in hydrology and meteorology, in Abelson, 

P. H.. ed, Researches in geochemistry: New York, John Wiley & Sons, 

Inc.. p. 151-168. C.A. 53: 12110 b. AbG.tm, AbGgw , AbGo.e.n, AbG,n0 w, AbG.w, 

AbGHy , InH ,-. Ine w. InA.ltm. TnAgw . InAsw . InAor(.»n, MeDf.tm, MeDfgw , 

MeDfsw , MeDforo.n, Nu, NuB, NuR.

L46 Libby, W. F., 1960, Chemical effects of radiation: U.S. Atomic Energy 

Comm. Pub.. AFOSR-TN-60-1269. 68 p. N.S.A. 15:19398. Ab, In., m , Ingw ,

Insw , lUocean, IttA.

1.47 Libby, W. F., 1961a, Tritium geophysics Recent data and results, in 

Tritium in the physical and biological sciences, v. 1, Proceedings Series:
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 93

Vienna, Austria, Internat. Atomic Energy Agency Symposium on Detection 

and Use of Tritium in the Phys. and Biol. Sci., May 3-10, 1961, Proc., 

p. 5-32 [1962]. C.A. 57:5632 a; N.S.A. 16:16077. Ab.tm, Alw, Abg ^, 

Aboccan, Ge (with 46 references), Ina tm, Insw , Ingw , In0 cean, Inhy , InA, InBi. 

L48 Libby, W. F., 1961b, Tritium geophysics: Jour. Geophys. Research, v. 

66, no. 11, p. 3767-3782. C.A. 56: 12591 cd; N.S.A. 16:3250. AbGg w, AbGatm,

AbGfly, lUgw, Ina tm, lUocean, In8w , Itthy, InAgw, InAocean,, InA.tm,

MeDf.tm, MeDfg w, MeDf0 ce.n . 

L49 Libby, W. F., 1962, Tritium hydrology: Ann. Rept. to Director, Water

Resources Center, Berkeley, Calif., California. Univ. In.

L50 Libby, W. F., 1963, Moratorium tritium geophysics: Jour. Geophys. 

Research, v. 68, p. 4485-4495. N.S.A. 17:32758. Abart. AbGatm, AbGS w, 

InAsw , InAatm, MeDfsw , MeDf» tm, MeDfHy .

LSI Libby, W. F., 1965, Natural radiocarbon and tritium in retrospect and 

prospect, in Chatters, R. M., and Olson, E. A., Radiocarbon and tritium 

dating: Pullman, Wash., Washington State Univ., 6th Internat. Conf. on 

Radiocarbon and Tritium Dating, June 7-11, 1965, Proc., p. 745-749. 

AbG, Ge, InA.

L52 Libby, W. F., and Cornog, R., 1941, Vapor-pressure determination of 

HTO and DTO: Phys. Rev., v. 60, p. 171-172. C.A. 37:29757 . ThSo. 

Lieberman, J. A. Sec Peckham, A. E. 

Lin, S. T. See Bitter, F. 

Lindenmayr, G. 8ec Gonsior, Bernhard.

L53 Linderstroem, C. U., 1962, Stable isotope separation: II, Production 

processes: Dansk Kemi, v. 43, p. 165-171 [in Danish]. Ge of: SeArt. 

Lindroth, Hans. See Westermark, Torbjorn. 

Lingenfelter, R. E. See Flamm, E. 

Linn, T. A., Jr. Sec Everett, R. J.

L54 Linowitzki, V., and Hoffmann, W., 1965, Measurement of water-vapor 

permeability of films with the aid of tritium containing water: Kunststoffe, 

v. 55, no. 10, p. 765-767 [in German]. C.A. 64: 9899 h. In, Ki, MeDf. 

Lipovska, M. See Vavrejn. 

Lipovska, M. See Franc, Z. 

Lisco, Hermann. See Baserga, Renato. 

List, R. J. See Machta, Lester.

L55 Lister, James, 1962, Body water estimation in the newborn using 

tritiated water: Archives Disease Childhood, v. 37, p. 195-197. C.A. 

57:4970 g. AnC, InBi.

L56 Little, G. A., 1962, lonization chamber air-sample system for tritium: 

U.S. Atomic Energy Comm. Pub., HW-SA-2413. 10 p. C.A. 59: 13564 c: 

N.S.A. 16:31820. AnC, Ha.

Ljunggren, Knut. See Knutsson, Gert,

L57 Lloyd, R. A., Ellis, S. C., and Hallowes, K. H., 1961, Phosphorescence 

in liquid scintillation counting, in Tritium in the physical and biological 

sciences, v. 1, Proceedings Series: Vienna, Austria, Internat. Atomic 

Energy Agency Symposium on Detection and Use of Tritium in the 

Phys. and Biol. Sci. May 3-10, 1961, Proc., p. 263-277 [1962]. N.S.A. 

16: 16095. AnC, NuB, SpFl, Sy.

Lobanov, E. M. Sec Abdullaev, A. A.

L5S Lobunez, Walter, and Karush, Fred, 1959, The assay of tritium in the 

form of ammonia and the measurement of exchangeable hydrogen: Am. 

Chem. Soc. Jour., v. 81, p. 795-798. C.A. 53:11487 h. AnC, Ha, InBi, SeAd.
94 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

L59 Lockhart, L. B., Jr., and King, Peter, 1959, Speculation on atmospheric 

processes via fission-product levels: Am. Scientist, v. 47, no. 3, p. 386-396. 

Ab, InA.tm, MeDf.tm.

L60 Lohmann, W., and Perkins, W. H., 1961, Stabilization of the counting 

rate by irradiation of the liquid scintillation counting solutions with uv 

[ultraviolet] light: Nuclear Instruments and Methods, v. 12, no. 2, p. 

329-334. C.A. 62: 6107 f. AnC, Sy, Th. 

Lombaert, Robert. See Schram, Eric.

L61 Long, Austin, 1965, Techniques of methane production for Cu dating, in 

Chatters, R. M.. and Olson, E. A., Radiocarbon and tritium dating: 

Pullman, Wash., Washington State Univ., 6th Internat. Conf. on Radiocarbon and Tritium Dating, June 7-11, 1965, Proc., p. 37^0. An, In A, Sy. 

Long, F. A. See Schulze, Janos.

LH2 Loutit, J. F., 1959, Ionizing radiation and the whole animal: Sci. American, v. 201, no. 3, p. 117-134. BiB, Ha, InBi.

L63 Loutit, J. F., 1962, Carcinogenesis, in Elbert, Michael, and Howard, 

Alma, eds., Radiation effects in physics, chemistry, and biology Proceedings of the 2d International Congress of Radiation Research, Harrogate, 

Great Britain, Aug. 5-11, 1962: Amsterdam, Netherlands, North-Holland 

Publishing Co., p. 372-390 [1963]. N.S.A. 17:25037. Ge of: BiC, InBi 

(with 16 papers).

L64 Love, S. K., 1951, Natural radioactivity of water: Indus, and Eng. 

Chemistry, v. 43, p. 1541-1544. C.A. 45:9780 h. Ge of: AbG8w , AbGg ,, 

AbGoce.n, MeDf.w, MeDfgw , MeDfoce.,, (with 20 references).

L65 Loveridge, B. A., 1963, The determination of tritium in effluent: Harwell, 

Berks, England, United Kingdom Atomic Energy Authority Pub., AEREM-1219, 9 p. C.A. 63:1231 b; N.S.A. 19:7266. AnC, Ha, In.rt. 

Lowe, A. E. See Popjak, G.

L66 Ludwick, J. D., 1958, Tritium in meteorites Norton County achondrite 

and the ussuri (Sikhote Alin) siderite: Ann Arbor, Mich., Univ. Michigan 

Microfilms L. C. card no. Mic-58-1798, 112 p.: Dissert, abs., v. 18, p. 

1971-1972, 1958. C.A. 52: 16998 h. AbGmet.

L67 Lujanas, V., 1963, Origin of atmospheric tritium: Akad. Lietuvos TSR 

Mokslu. Darbai [Lithuanian SSR], Ser. B 1 (32), 1963, no. 1, p. 21-28 

[in Russian]. C.A. 59:4744 c; N.S.A. 17:32887. AbG.,m .

1-68 Lujanas, V., 1964, Application of natural 3H and 'Be to the investigation 

of vertical motions in the atmosphere: Akad. Lietuvos TSR Mokslu. 

Darbai, ser. B, 1964, no. 1. p. 11-20 [in Russian]. C.A. 61:5402 b. Ab. 

AbG, In, MeDf, Nuln.

L69 Lunden, P. M., 1963, Tritiated thymidine Distribution and metabolism 

in the rat: Acta Isotopica, v. 3, no. 2, p. 181-196 [in English]. C.A. 

61: 9857 e. BiZ, Ha.

Lundgren, L. B. See Ostlund [Oestlund], H. G.

L70 Luyanas, V. Yu., 1964, Estimate of the rate of formation of certain 

radioactive isotopes in the atmosphere, in Radioaktivnye izotopy v atmosfere i ikh, ispol'zovanie v meteorologii: Moscow, U.S.S.R., Atomizdat, p. 

18-27. N.S.A. 20:16689. AbG.tm. 

Lykourezos, A. P. See Jordan, Pierre.

1-71 Lyubarskii, G. D., 1947, The radioactive isotope of hydrogen (tritium) 

and its application as tracer in chemical reactions: Uspekhi Khim., v. 16, 

p. 422-442. C.A. 42:2169 g. Ge (with 70 references). In.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 95

L72 Lyubimov, V. A., Eliseev, G. P., and Kosmachevskii, V. S., 1955, Investigation with a mass spectrometer of the cosmic radiation at sea level by 

measuring the momentum and the ionizing faculty of individual particles: 

Akad. Nauk SSSR Izv. Ser. Fizika. v. 19, p. 720-731. Proc. of 3d All-Union 

Conf. on Physics of Cosmic Rays. C.A. 50: 7618 a. Ab, An, Ki.

Me

McCaffery, Irmgarde. See Karmen, Arthur. 

McClelland, Jean. See Milligan, M. F. 

Mcl McClelland, Jean, Eutsler, B. C., Milligan, M. F., and Wilson, W. E.,

1954, A portable apparatus for the determination of tritium in liquid 

samples: U.S. Atomic Energy Comm. Pub., LA-1678 [Declassified 1956], 

19 p. N.S.A. 11: 2274. AnC, Ha.

Mc2 McClelland, Jean, Milligan, M. F., Bayhurst, B. P., Eutsler, B. C., 

Foreman, W. W., Head, B. M., Hiebert, R. D., Watts, R. J., and Wilson, 

W. E., 1954, Determination of tritium in urine and water: U.S. Atomic 

Energy Comm. Pub., LA-1645 (Del) [Declassified with deletions, 1956], 

13 p. N.S.A. 11:2273. AnC, Ha, Sy. 

McClinton, L. T. See Cannon, C. V.

Mc3 McFadden, E. B., Garner, J. D., and Masler, R. A., 1964. Development 

of a tritium self-luminous liferaft IMit source: Paper presented at Ann. 

Mtg. of the Aerospace Med. Assoc., held at Miami, Fla., May 1964: U.S. 

Atomic Energy Comm. 1'tih.. CONF-522-3. l.~> p. N.S.A. ID: 9560. Ha. 

NuB, SpFl.

Mc4 McGauhey, P. H., 1961, Ground-water contamination research and research needs: Cincinnati, Ohio, Apr. 5-7, 1961, U.S. Dept. Health. Education, and Welfare Symposium on Ground-Water Contamination, Sess. 5. 

p. 181-186. AnC, Ing ,, InHy , MeDfg ,-. Sa ¥ w. 

Mclnteer, B. B. See Robinson, E. S.

Mc5 Mclnteer, B. B., and Potter, R. M., 1957, Analysis of hydrogen-deuteriumtritium mixtures by mass spectrometry: U.S. Atomic Energy Comm. Pub.. 

LA-2086, 36 p. C.A. ."2:3555 e: N.S.A. 12:1486. An, AnMs.

Mc6 McKellar, Andrew, 1949. Isotopes in stellar atmospheres: Astron. Soc. 

Pacific Pub., v. 61, p. 199-209. C.A. 44: 32 b. AbG. 

McKendry, M. A. See Kabara, J. ,T.

Mc7 McKown, D. A., 1963. Health physics bibliography on tritium: U.S. 

Atomic Energy Comm. Pub.. LAMS-2946. S7 p. X.S.A. IS: 18066. Ge of: 

Ha (with 87 annotated papers and a few bibliographies). 

McLafferty, F. W. 8cc Reilley, C. N.

Mc8 McMahon, J. W., 1964, The dispersion of tritium in Perch Lake: Chalk 

River, Ontario. Canada. Atomic Energy Canada, Ltd., Pub.. AECL-1889. 

8 p. C.A. 60:15588 f: N.S.A. 18:18039. Ab»w. In,*, Ing w, Inre. MeDf.,-.

Mc9 McQuade, H. A., 1960. Radiation effects of thymidine-H3 and thymidine 

C14 : Experimental Cell Research, v. 21. p. 118-125. C.A. 56: 1725 cd. BiB.

MclO McQuade, H. A., 1963, Induction of aberrations in meiotic chromosomes 

of wheat by means of thymidine-H3 : Radiation Research, v. 20. p. 451-465. 

N.S.A. 18: 1424. BiB.

M

MacDonald, G. J. F. See Flamm. E. 

Machta, Lester. See Friedman. I. 

Machta, Lester. See Hagemann, F. T.
96 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Ml Machta, Lester, 1957, The nature of radioactive fallout and its 

effect on man: Hearings before Spec. Subcomm. on Radiation, Joint Comm. 

on Atomic Energy, 85th Cong., 1st sess., May 27-29 and June 3, 1957, pt. 1, 

p. 141. BiZ, Ha, InA.tm, MeDf.tm.

M2 Machta, Lester, 1960, Radioactive tracers in hydrometeorology: Am. Soc. 

Civil Engineers Proc., Jour. Hydraulics Div.. v. 4, p. 49-60. Ah.tm, Ge of: 

MeDfatm; Inat m.

M3 Machta, Lester, and List, R. J., 1959, Fallout from nuclear weapon tests: 

Hearings before Spec. Subcomm. on Radiation, Joint Comm. on Atomic 

Energy, 86th Cong., 1st sess., May 5-8, 1959. AVashington, TT.S. Govt. 

Printing Office. Ab. tm, In.tm , InAatm, MeDfatm, NuB.

M4 Machta, Lester, and List, R. J., circa 1961, Atmospheric traces above 

100,000 feet: TT.S. Atomic Energy Comm. Pub., SCR-420, p. 25-39. N.S.A. 

15 : 26360. Ab. tm , MeDfatm.

M5 Machta, Lester, List, R. J., and Telegadas, KM 1962, A survey of radioactive fallout from nuclear tests: Jour. Geophys. Research, v. 67, no 4, 

p. 1389-1400. Abatm, In.« m , InAa ,m, MeDfatm, NuB.

MacKay, C. F. See Wolfgang, R. L.

M6 Maddock, A. G., 1963, Radioactive measurements in radiochemistry: 

Montevideo, Uruguay, 1st Inter-Am. Conf. on Radiochemistry, Proc., p. 

359-362. C.A. 64: 18905 a. Ge of: AnC.

M7 Magata, N. Ya., 1963, Use of tritium, carbon-14, strontium-90, and cesium137: Genshiryoku Kogyo, v. 9, no. 8, p. 13-16. N.S.A. 19:30425. Ge of: 

AKtm, Absw , AbE » : Ina t m , In Hy , In**-, ln K », Is, SeAd.tm, SeAdfrr. 

M8 Maggio, R. C., and Christianson, Charles, 1960, Detector for radioactive 

hydrogen gas: U.S. Patent 3,183,389 [May 11, 1965]. N.S.A. 19:32612. 

AnC, Inatm, MeDf, SeAd.

M9 Magin, G. B., Jr., and Bizzell, O. M., winter of 1964-65, Some applications 

of radioactive technology to water resources investigations and utilization: 

Isotopes and Radiation Technology, v. 2, p. 124-133. N.S.A. 19:13830. Ge 

of: In; Ingw , Inhy , InA.tm, MeDfgw-. 

Maidebor, V. N. See Alekseev, F. A. 

Maidebor, V. N. Sec Vasil'eva, N. A. 

Maisin, J. R. See Dulcino, J.

M10 Maksimovic, Zoran, and Ceranic, Tatjama, 1963, The production and 

application of tritium : Tehnika. v. 18. p. 434-440. C.A. 61: 3955 h. Ge of: 

Ah, In (with 40 references).

Malakhov, S. G. See Karol, I. L. 

Malhorta, P. K. See Lal, Devendra. 

Mil (Reference deleted.)

Mandel, S. See Halevy, E. 

Mandel, S. See Harpaz, Y. 

Mann, W. B. See Seliger, H. H.

M12 Mann, W. B., Medlock, R. W., and Yura, Osuma, 1964, Recalibration of 

the National Bureau of Standards tritiated water standards by gas counting : Internat. Jour. Appl. Radiation and Isotopes, v. 15, p. 351-361. C.A. 

61: 7685 h : X.S.A. 18 : 30070. AnC, AnCl, Th.

M13 Mantescu, Constanta, and Genunche, Ana, 1964, Tritium measurement 

and preparation of labelled molecules: Acad. Romine Studii §i Fizica 

Atomica, 110 p. N.S.A. 19: 30300. Ge of: An, In, Sy (with 558 references). 

M14 Mantescu, Constanta, and Genunche, Ana, 1965, Determination of tritium and carbon-14 in the gas phase: II, Quantitative determination of
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 97

the activity of preparations containing tritium and carbon-14: Acad. 

Romine Studii §i Cercetari Chim., v. 13, no. 10, p. 1101-1113. C.A. 64:107,15 

g. AnC, ThSo.

Maraini, G. See Gavosto, F.

Marano, B. J. See Eidinoff, M. L.

Marano, B. J. See Perri, G. C.

Marchi, R. P. See Benson, S. W.

M15 Marcuzzi, Giorgio, and Santoro, Vittoria, 1959, Studies on the water 

exchange of Tenebrio molitor by tritiated water: Ricerca Sci., v. 29, p. 

2576-2581. C.A. 54: 16677 a. InBi, MeDf.

Margnetti, C. See Henriques, F. C., Jr.

Margrita, R. Sec Guizerix, J.

Marignan, R. See Aussel, P.

AI16 Marion, J. B., 1962, A comment on precision measurements of the binding energy of the deuteron: Nuclear Physics, v. 29, p. 341-344 [in 

English]. N.S.A. 16:10842. AnMs, NuB.

Markelov, V. V. See Zav'yalov, A. P.

M17 Marquez, L., Costa, N. L., and Almeida, I. G., 1958, Radioisotopes from 

fusion in rain water: Geneva, Switzerland, United Nations 2d Internat. 

Conf. on Peaceful Uses of Atomic Energy Proc. v. 18, p. 586-587. C.A. 

54: 8312 g. AbG.

Marshall, R. O. fiee Smith, G. N.

Marston, A. L. See West, D. L.

Martell, E. A. See Arnold, J. R.

M18 Martell, E. A., 1959a, Artificial radioactivity from nuclear tests up to 

November 1958: U.S. Atomic Energy Comm. Pub., AFCRC-TN-59-444, 

GRD Research Notes no. 19, 19 p. N.S.A. 14:8615. Abatm, In.tm, MeDf.tm. 

M19 Martell, E. A., 1959b, Atmospheric aspects of strontium-90 fallout: Science, v. 129, p. 1197-1206. C.A. 53: 16719 h. AbG.tm, MeDfatm. 

M20 Martell, E. A., 1963, On the inventory of artificial tritium and its 

occurrence in atmospheric methane: Jour. Geophys. Research, v. 68, no. 

13, p. 3759-3769. C.A. 59:3508 h: X.S.A. 17:30695. AbG.tm, Eql, In. tm , 

IsKi, MeDfatm, SeAd.tm.

M21 Martell, E. A., and Drevinsky, P. J., 1960, Atmospheric transport of 

artificial radioactivity: Science, v. 132, p. 1523-1531. Ab, tm, InAatm, 

MeDf.tm.

M22 Martens, J. H., ed., 1962, Transactions of the American Nuclear Society, 

1962, Annual Meeting Boston, Massachusetts, June 18-21, 1962: Am. Nuclear Soc. Trans., v. 5, no. 1, 272 p. (See especially p. 203-204.) N.S.A. 

16: 24338. AnC.

Martin, D. W. Sec Richmond. C. R.

Martin, W. L. See Pro, M. .T.

Maruo, Bunji. See Hattori, Toshie.

Maruo, Bunji. Sec Mizuno, Shigeki.

Maruo, Bunji See Takahashi, Hajime.

Masironi, R. Sec Giovannozzi-Sermanni, G.

Masler, R. A. Sec McFadden, E. B.

Mason, S. G. See Lang, R. J.

Mason, S. G. See Sepall, O.

M23 Massey, B. J., 1957, Tritium handling system: U.S. Atomic Energy 

Comm. Pub., ORNL-2238, 6 p. C.A. 51:8540 h: N.S.A. 11:4327. Ha.

Masson, J. See Fallot, P.
98 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Matheson, M. S. See Grossweiner, L. I. 

Matsukawa, E. See Baborn, C. 

Mattraw, H. C. See Dorfman, L. M.

M24 Mattraw, H. C., and Patterson, R. E., 1963, The conversion of the consolidated-Nier mass spectrometer to a recording automatic instrument and 

its application to continuous sampling and analysis: U.S. Atomic Energy 

Comm. Pub., KAPL-902, 25 p. N.S.A. 17:14596. An, AnMs, Sy. 

M25 Maurer, Rainer, Wenzel, Martin, and Karlson, Peter, 1964, Tritium 

labelling of natural products: Nature, v. 202, no. 4935, p. 896-898. C.A. 

61: 4626 f, C.A. 59: 1954 e, C.A. 59: 4989 c, C.A. 58: 3064 e, C.A. 55: 21681 

d. An, Sy.

Maute, R. L. See Benson, R. H.

M26 Mayneord, W. V., 1961, The natural radioactivity of the human body: 

Prog. Biophysics and Biophys. Chemistry, v. 11, p. 1-24. N.S.A. 18: 43210. 

AbO, BIB, BiC, BiZ, Ha, Inpe , In.w , InBi.

M27 Mayr, Giovanna, 1958, Experiments relative to the presence of tagged 

hydrogen in substances in contact Avith a tritium source: Ricerca Sci., 

v. 28, p. 1015. C.A. 52: 17860 f. AnC, In.

M28 Mazzagatti, R. P., 1956, Displacement fluid for secondary recovery: 

U.S. Patent 2,769,913 (Nov. 16, 1956). Ingw . Medlock, R. W. See Mann, W. B.

M29 Meissner, J., 1965, Efficiency of measurements of radioactivity in relation to sample preparation and measuring arrangement: Vienna, Austria, 

Internat. Atomic Energy Agency Symposium on Radioisotope Sample 

Measurement Techniques in Medicine and Biology, 1965, Proc., p. 563-572. 

C.A. 65:3284. AnC, InBi, Sa.

Melbourne, K. V. See Eden, G. B.

M30 Melhuish, W. H., 1960, The measurement of carbon-14 and tritiumactivities in gas-filled Geiger counters: New Zealand Jour. Sci., v. 3, p. 

549-558. C.A. 55:9084 i; N.S.A. 15:8718. AnC.

M31 Mendelsohn, M. L., 1960, Growth and survival of cells labeled with 

tritiated thymidine: Jour. Natl. Cancer Inst, v. 25, p. 485-500. C.A. 

54: 25222 i. Ha.

Menke, K. H. See Scharpenseel, H. W. 

Menon, M. G. K. See Daniel, R. R.

M32 Mercado, A., and Halevy, E., 1966, Determining the average porosity 

and permeability of a stratified aquifer with the aid of radioactive 

tracers: Water Resources Research, v. 2, no. 3, p. 525-542. Ingw, Inhy, 

InAgW , InAnj-.

Meriwether, H. T. See Rosenblum, Charles.

M33 Merrill, J. R., Honda, Masatake, and Arnold, J. R., 1959, "Solar radioactivity" studies, in Arnold, J. R., Studies of natural and induced radioactivities: U.S. Atomic Energy Comm. Pub., OOR-1574.5, Paper 3. N.S.A. 

13: 20329. AbG.tm.

M34 Merrill, R. T., 1965, An analyzer for radioactive gas: U.S. Atomic 

Energy Comm. Pub., RFP-500, 14 p. C.A. 63:12609 e; N.S.A. 19:30528. 

AnC, Ha, In,tm.

Merritt, W. F. See Hawkings, R. C.

M35 Merritt, W. F., 1958, Radiochemical analysis system for counting tritium as water vapor: Anal. Chemistry, v. 30, p. 1745-1747. C.A. 53:2926 d. 

AnC. 

M36 Merritt, W. F., 1961. Movement of radioactive wastes through soil: 2.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 99

Measurement of direction and effective velocity of ground-water movement: Chalk River. Ontario. Canada, Sci. Doc. Distrib. Office, Atomic 

Energy of Canada, Ltd., Pub., CRER-972. Ingw , InPe , Inhy , SeAdro.

M37 Merritt, W. F., 1962, Routine measurements of ground-water velocity 

using S35 : Health Physics, v. 8. p. 1S5-189. C.A. 57:3206 h; N.S.A. 

16:17897. Ha, Ingw , Inhy . InABW , MeDfB ,v. SeAdK ». 

Metcalf, R. P. ftcr Cannon. C. V. 

Meyer, L. H. Sec Albenesius, E. L. 

Meyer, L. H. Sec Johnson. B. S.. Jr.

M38 Meyer, L. H. 1965. Tritium: Kirk-Othmer Encyclopedia Chem. Technology, 2d Pd.. v. 6, p. 910-918 [in English]. C.A. 65:8239 g. Ge of: AbG, 

AnC, Eq. Ha. In. Ki. MeDf, Nn. Se. Th (with 51 references).

M39 Mihram, R. G., circa 1963. Some uses of fluid tracers in oil wells: U.S. 

Atomic Energy Comm. Pub.. TID-76S9. p. 38-45. N.S.A. 18:16192. TnRW . 

Mikhalenko, I. P. Sec Popov. M. M. 

Mikulski, Andrzej. Sec Chwalinski. Stanislaw.

M40 Milde, G., 1962. The use of radioactive isotopes for mining hydrogeological investigations: Isotopentechnik. v. 2. p. 328-335 [in German]. 

N.S.A. 17:8403. Ge of: In,,,,.

M41 Milic, Patricia, 1956. Natural and bomb-produced variation of tritium 

in rainfall [abs. ]: Am. Meteorol. Soc. Bull., v. 37, p. 305. Inatm . MeDfatm.

M42 Miller, L., and Carman, P. C., 1964. Self-diffusion in mixtures: Pt. 6, 

Self-diffusion of hydrogen in certain gaseous mixtures: Faraday Soc. 

Trans.. v. 60. p. 33-37. N.S.A. 18:16054. In. MeDf. Nu. SeAd.

M43 Miller, M. M., Leventhal, J. S., and Libby, W. F., 1965. Tritium in 

Mount Everest ice Annual glacier accumulation and climatology at great 

equatorial altitudes: Jour. Geophy*. Research, v. 70. no. 16, p. 3885- 

3888. C.A. 63:8063 c. Al>Gs,,o«. InA, ,,. MeDf,,,,,. 

Milligan, M. F. See McClelland, Jean.

M44 Milligan, M. F., Campbell, E. E., Eutsler, B. C., McClelland, Jean, and 

Moss, W. D., 1958. Analytical procedures of the Industrial Hygiene Group: 

U.S. Atomic Energy Comm. Pub.. LA-1858. 2d ed.. 261 p. N.S.A. 12:16220. 

Ge of: An. Ha.

Mills, R. O. See Everett. R. J.

M45 Mirolli, M., 1965. Tritium Distribution in Ktisiican canalicHlatutn (L.) 

injected with labeled reserpine: Science, v. 149. no. 3691, p. 1503. BiC. 

InBi.

Mitchell, R. N. flee Eutsler. B. C. 

Mitchell, R. N. See Bobbins. M. C.

M46 Mitsis, G. J., Plebuch, R. R., and Gordon, K. F., 1960. A scintillation 

method for determining liquid-liquid interfacial areas: Am. lust. Chem. 

Engineers Jour., v. 6. p. 505-509. C.A. 56:4339 a. ThSo.

M47 Mittehauser, H. M., and Thodos, G., 1964. Vapour pressure relationships up to the critical point of hydrogen, deuterium, and tritium, and 

their diatomic combinations : Cryogenics, v. 4. p. 36S-373. N.S.A. 19:23548. 

ThP. ThSo.

M48 Mizuno, Shigeki, Takahashi, Hajime, and Maruo, Bunji, 1960. Tritium 

counting with a windowless gas-flow counter: Nippon Nogeikagaku Kaishi. 

v. 34. p. 976-977. C.A. 59:4757 e: N.S.A. 16:2005. Ad. AnC.

M49 Mlinko, S., and Szarvas, T., 1963. Gas analysis of tritium in the form 

of ethane: Internat. Jour. Appl. Radiation and Isotopes, v. 14. no. 4. p. 

197-203. C.A. 59:6004 d: N.S.A. 17:27273. AnC.
100 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

M50 Mlinko, S., and Szarvas, T., 1964, Gas phase methods operating at atmospheric pressure for the analysis of soft /3-emitting isotopes: U.S. 

Atomic Energy Comm. Pub., A/CONF.28/P/855, 16 p. N.S.A. 18:37504. 

AnC.

M51 Modes, D., and Koch, H., 1964, Absolute activity determination of 

tritiated water by means of a proportional counter: Kernenergie, v. 7, 

nos. 6-7, p. 538-540 [in German]. C.A. 62:15723 e. AnC. 

Moghissi, A. See Wilkniss, P.

M52 Moghissi, A., and Hogrebe, K., 1964, Quantitative decomposition of 

tritiated water to a hydrocarbon: Internat. Jour. AppL Radiation and 

Isotopes, v. 15, p. 165-167 [in German]. C.A. 61:3909 f. AnC.

Mohler, F. L. See Dibeler, V. H.

M53 Mohler, F. L. Dibeler, V. H. Wells, E. J., Jr., and Reese, R. M., 1950, 

Mass spectra of isotopic hydrogen molecules [Abs.] : Phys. Rev., v. 79, 

p. 223. C.A. 45:2765 i. SeMs, Sr.

Molinari, Philippe. See Better, Fernande. 

Moljk, A. See Drever, R. W. P.

M54 Monfeuga, Suzanne, 1958, Use of external Geiger counters to determine tritium: Mikrochim. Acta, 1958, no. 2, p. 177-180 [in French]. 

C.A. 53:8916 c. AnC.

Monk, C. B. See Jones, J. R. 

Moore, D. See Popjak. G.

M55 Moore, Richard, 1962. A comparison of HTO in plasma and expired 

water vapor; Health Physics, v. 7, p. 161-169. N.S.A. 16:9823. AbO, BiC, 

BiZ, Ha, InBi.

M56 Morecraft, W. T., 1963, Tritium hazards associated with a heavy-watermoderated reactor: Am. Indus. Hygiene Assoc. Jour., v. 24. p. 87-90. C.A. 

58:12144 a: N.S.A. 17:14541. BiC, Ha, In.tm. 

Morikawa, Naotake. See Ito, Ryoiche. 

Morikawa, Naotake, See Ryoichi, ltd. 

Morimitsu, Wataru. See Ohno, Akira [Ono, Akira]. 

Morimitsu, Wataru. See Ono, Akira [Ohno, Akira]. 

Morisaki, Naoko. See Kasida. Yosihiko [Yoshiko for Kashida, Yoshihiko)]. 

Morozov, N. M. See Taikhert. A. M.

Mo7 Morozov, V. P., 1953, Rule of order for nonlinear XY2 molecules: Zhur.

Fiz. Khimii. v. 27, p. 233-236. C.A. 48: 2477 b. IsSp. StD.

Morozov, Yu. M. See Popov. M. M. 

M58 Morrison, P., and Pines, J., 1955, Radiogenic origin of helium isotopes

in rocks : New York Acad. Sci. Annals, v. 62. p. 69. C.A. 50: 3907 d. AbG.tm,

AbGt,rr. AbGmn,. AnC. NuR. 

M59 Moses, V., and Calvin, M., 1959a, Photosynthesis studies with tritiated

water: Biochim. et Biophys. Acta, v. 33. p. 397-312 [in English]. C.A.

53: 17250 d: N.S.A. 13:17673. AnC, BiC, InBi, KiB, MeDf, SeAd. 

M60 Moses, V., and Calvin, M., 1959b, Path of hydrogen in photosynthesis:

Jour. Biochemistry, v. 71. p. 16P. C.A. 53: 5415 b. BiB, InBi. 

M61 Moskalev, Yu. L, 1957, Peculiarities of distribution and biological action

of radioactive isotopes: Moscow. U.S.S.R., Vsesoyuz. Nauchnyi-Tekhnicheskii Konferentsiya po Primenen. Radioaktiv. i Stabil. Izotopov i Izluchenii v Narod. Khoz. i Nauke. Med. Radiobiologie Trudy [Transactions
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 101

of the Ail-Union Sci. Tech. Conf. on Use of Radioactive and Stable Isotopes], p. 314-326 [I960]. C.A. 55:1736 g. AbO, Bi, Ha. 

Mosley, J. R. See Dunn, F. J.

M62 Moss, Gerald, 1964, Scintillation counting of plasma tritiated water 

(HTO) : Jour. Lab. and Clinical Medicine, v. 63, p. 315-318. N.S.A. 

18:9999. AnC, InBi. 

Moss, W. D. See Milligan, M. F.

M63 Mourn, J., and Rosenqvist, I. Th., 1958, Hydrogen(protium) -deuterium 

exchange in clays: Geochim. et. Cosmochim. Acta, v. 14, p. 250-252. C.A. 

53:2952 i. Ad, InA, SeAd.

M64 Muenich, K. O., 1959, Detection of gaseous tritium in air: German 

Patent 1,107,967. C.A. 56:2684 f. Ad, Ha. 

Miihlemann, C. See Renaud, Andre. 

Mulligan, W. See Francis, G. E. 

Miinnich, K. O. See Brinkman, Roland. 

Miinnich, K. O. See Ehhalt, D. 

Miinnich, K. O. See Zimmermann, U.

M65 Miinnich, K. O., 1963a, Le tritium des bombs atomiques comme indicateur en hydrologie: (Translated into French from Phys. Blatter, heft 

9, no. 19, p. 418-421.) Saclay, France, Comm. a 1'Energie Atomique, 

Centre d'Etudes Nucleaires Rap., SEA-tr-A-1729, 10 p. N.S.A. 19:20174. 

Abart, Ab.tm, AbHjr, Abgw, Ab3 », AnC, In.tm, InHjr, Ingw, In,w, Iripe, MeDf.tm, 

MeDfHjr, MeDfg w, MeDf, w , MeDfP ,.

M66 Miinnich, K. O., 1963b, Atombomben-tritium als indikator in der hydrologie : Phys. Blatter, heft 9, no. 19, p. 418-421. Ab.rt. Ab.tm, AbHy , Abg «, 

Ab,w, Anc, Ina tm, InS w, InS w. Inr<., InH!r, MeDfatm, MeDfHT, MeDfgw, 

MeDf.w, MeDfpe.

M67 Miinnich, K. O., 1964, The Heidelberg present and future hydrology 

program The C-14 Laboratory working paper: Vienna, Austria, Paper 

submitted for the Internat. Atomic Energy Agency meeting on Isotopes 

in Hydrology, Apr. 6-10, 1964. InHT.

M69 Miinnich [Muennich], K. O., and Roether, W., 1963, A comparison of 

carbon-14 and tritium ages in groundwater, in Radioisotopes in hydrology, 

Proceedings Series: Vienna, Austria, Internat. Atomic Energy Agency 

Symposium on the Application of Radioisotopes in Hydrology, held at 

Tokyo, Japan, Mar. 5-9, 1963, Proc., p. 397-406. N.S.A. 18:1930. Ab», m , 

Abgw, Ingw , InAg w, SeAd.

M69 Miinnich, K. O., Roether, W., and Thilo, L., 1966, Dating of groundwater with tritium and C-14: Vienna, Austria, Internat. Atomic Energy 

Agency Symposium on Fse of Isotopes in Hydrology, Nov. 14-18, 1966, 

Proc., Preprint, SM-83/21, 22 p. Ab.tm, Abgw , Ab.rt, BiB, InPe, Ing w, Inat m, 

Inhr, InHy , InA.tm, InAgw , InAp,, MeDfp,., MeDfgw , Sa. 

Musgrave, Burdon, See Lee, J. K.

M70 Myers, I. T., 1953, An ionization chamber method for the standardization of tritiated water samples: U.S. Atomic Energy Comm. Pub., HW29282, 20 p. [1957]. N.S.A. 11:3952. A bibliography. Ge of: AnC, Kil, 

Me, SeAd, Th.

M71 Myers, L. S., Jr., and Rosenblum, Cynthia, 1963, A rapid method for 

determining tritium water in urine following acute exposure: Health 

Physics, v. 9, p. 345-347. C.A. 59: 6712 g. Ha.
102 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

N

Nagel, J. F. See Ebhalt, D. 

Naidenov, V. O. See Viktorov, S. V. 

Nakamura, Asao. See Ito Ryoiche [Ryoichi, I to]. 

Nakamura, Asao. See Ryoichi, Ito [Ito, Ryoche].

XI Nakayama, F. S., and Jackson, R. D., 1963a, Diffusion of tritiated water 

(H3H'010 ) in agar gel and water: Jour. Phys. Chemistry, 1. 67, p. 932-933. 

C.A. 59:58 f. AnC, In, MeDf.

X2 Nakayama, F. S., and Jackson, R. D., 1963b, Diffusion of tritiated water 

in soils: Soil Sci. Soc. America Proc.. v. 27, no. 3. p. 2/5.V-258. IiipP , MeDfp,, 

SeAdp*.

X3 Nalborczyk, Emil, 1962, Tritium in biochemical and biological investigations : Postepy Biochemii, v. 8, no. 1, p. 95-107. C.A. 56: 13177 a. AbO, 

Bi, BiC, Ge (with 96 references).

X4 Naoru, Yu., 1963, Standard radioactivity measurements: Genshiryoku 

Kogyo. v. 0. no. 2, p. 28-32. X.S.A. li): loGoO. And: Ge of: AnC: Sy. 

Naranan, S. Sec Daniel, R. R. 

Nash, J. B. See Casaletto, G. J.

Xo Nash, J. B., 1965, The production of tritium-labeled methane and ethane 

in the CH4-T2 [methane-tritium] system: Berkeley, Calif., California 

Univ. (Berkeley) thesis. U.S. Atomic Energy Comni. Pub., UCRL-16009, 

114 p. N.S.A. 19:28363. IsKi, KiR, XuB, ThSo.

X6 [U.S.] National Academy of Science National Research Council, 1963, 

Nuclear Geophysics: Washington, [U.S.] Natl. Acad. Sci. Natl. Research 

Council Conf. on Xuclear Geophysics, held at Woods Hole, Mass., June 

7-9, 1962, Proc. U.S. Atomic Energy Comm. Pub., NAS-NRC-1075, 253 p. 

N.S.A. 17:25456. Aboce .n, Inocc .n , InAoce.n, MeDfoc..n , No.

X7 [U.S.] National Research Council, 1955, Nuclear processes in geological 

settings, 2d Conference of the National Academy of Science National 

Research Council, held at Pennsylvania State University, Sept. 8-10, 1955, 

Proceedings: Washington, [U.S.] Natl. Acad. Sci. Natl. Research Council, 

Nuclear Sci. Ser. Rept. 19, 210 [209] p. [1956]. N.S.A. 11:5374, N.S.A. 

11: 8001. Ge of: AbG.

X8 [U.S.] National Research Council, 1957, Cosmological and geological 

implications of isotope ratio variations: Informal Conf. Natl. Acad. Sci. 

Natl. Research Council, held at Massachusetts Inst. Technology, Boston, 

Mass., June 13-15, 1957, Proc., Xatl. Research Council, Nuclear Sci. Ser. 

Rept. 23, 191 p.: NRC Pub. 572, 191 p. [1958]. N.S.A. 13:19552. AbG.tm,

AbGoce.n, NU.

Nauta, H. See Kuper, E.

N9 Nelson, R. W. and Reisenauer, A. E., 1962, Application of radioactive 

tracers in scientific ground-water hydrology: U.S. Atomic Energy Comm. 

Pub., HW-SA-2798, 41 p. N.S.A. 17:14473. Ge of: Ingw, MeDf, Sa.

Nerukar, N. W. See Daniel, R. R.

Ness, S. L. See Curtis, M. L.

Nesterov, V. E. See Belikov, M. P.

Neta, P. See Anbar, M.

Neuburg, H. A. C. See Shen, S. P.

X10 New England Nuclear Corporation, 1957, Symposium on tritium in 

tracer applications. Proceedings: Boston, Mass., 43 p. N.S.A. 13:7462. 

AnC, BiC : Ge of: In: Ha, Ingw , InBi, KiP, Sy.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 103

Nil New England Nuclear Corporation, 1958, Symposium on Advances 

in tracer applications of tritium, New York, N.Y., Oct. 31, 1958, 

Proceedings: Boston, Mass., 69 p. [1959]. N.S.A. 13: 17947, N.S.A. 16: 25093. 

AnC, AnMs, BiC, Ge (with 11 papers), In, InBi, KiR, Sy. 

N12 New England Nuclear Corporation, 1962, Advances in tritium tracer 

applications: Annual symposia sponsored by and available from New 

England Nuclear Corp., Boston, Mass. Ge of: In.

N13 New Zealand Institute of Nuclear Sciences, 1962, Report on the work 

of the Institute of Nuclear Sciences: Lower Hutt, New Zealand, New 

Zealand Inst. Nuclear Sci. ann. rept. 4, Mar. 1, 1961-Feb. 28, 1962, 124 p.; 

U.S. Atomic Energy Comm. Pub., NP-14825, 124 p. N.S.A. 19:28420. In. 

N14 New Zealand Department of Scientific and Industrial Research, Institute of Nuclear Science, 1960, Annual report 3, March 1, 1960 to February 28, 1961: Lower Hutt, New Zealand Dept. Sci. Indus. Research, 

Div. Nuclear Sci., Pub. AEC-65, 86 p.; U.S. Atomic Energy Comm. Pub., 

NP-10593. N.S.A. 15:27295 AnC, InA.

N15 New Zealand Department of Scientific and Industrial Research, Institute of Nuclear Science, 1962, Annual report 4, March 1961-February 

1962: U.S. Atomic Energy Comm. Pub., NP-12381, 124 p. N.S.A. 17:10243. 

AbG, InA.

N16 Newkirk, L. L., 1963, Calculation oi low-energy neutron flux in the atmosphere by the Sn method: Jour. Geophys. Research, v. 68, no. 7, p. 

1825-1833. C.A. 58:10942 a; N.S.A. 17:19020. AbG.tm, Ad, MeDf, Nuln. 

N17 Newmarch, G. A., 1963, Outline on tracers: Geotimes, Data sheet 43, 

Am. Geol. Inst. Pub., Sept. issue. Adg w, Ingw , MeDfgw , Nu, SeAdgw .

Nicholson, C. K. See Johnson, B. S., Jr.

N18 Nief, G., and Hotter, R., 1958, Isotopic analysis of simple hydrogen compounds, in Waldron, J. D., ed., Advances in mass spectrometry: New York, 

Pergamon Press, p. 515-525 [1959]. C.A. 54:13847 a. AnC, AnMs. 

Nielsen, D. R. See Biggar, J. W. 

Nielsen, J. M. Sec Perkins, R. W. 

Nielsen, N. O. See Cottier, H. 

Nikolaev, D. A. Sec Zel'venskii, Ya. D. 

Nir, Aharon. See Avinur, P. 

Nir, Aharon. Sec Dostrovsky, I. 

Nir, Aharon. See Gat, J. R. 

Nir, Aharon. Sec Halevy, E. 

Nir, Aharon, See Harpaz, Y. 

Nir, Aharon. See Kaufman, W. J.

X19 Nir, Aharon, 1964, On the interpretation of tritium "age" measurements 

of groundwater: Jour. Geophys. Research, v. 69, no. 12, p. 2589-2595. 

N.S.A. 18:25701. AbG, Infw, InAgw , MeDfgw. 

N20 (Reference deleted.)

X21 Nishiwaki, Yasushi, and Kawai, Hiroshi, 1962, Measurement of the 

tritium concentration in natural waters; Shitsuryo Bunseki, v. 10, no. 

21, p. 83-90 [in Japanese]. C.A. 60:14253 d; N.S.A. 18:3697. Ab. tm, Ab.w, 

AnC, In.tm, 'In.,-, MeDf, SeEl.

N22 Nishiwaki, Yasushi, Kawai, Hiroshi, Oshima, Yotaro, and Koyama,

Masaki, 1962, Liquid scintillation counter with cooled photomultiplier:

Japanese Jour. Appl. Physics, v. 1, p. 237-238. C.A. 59:2355 be. AnC.

X23 Noakes, J. E., Kirn, S. M., and Stipp, J. J., 1965, Chemical and counting

advances in liquid scintillation age dating, in Chatters, R. M., and Olson,
104 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

E. A., Radiocarbon and tritium dating: Pullman, Wash., Washington 

State Univ., 6th Internat. Conf. on Radiocarbon and Tritium Dating, 

June 7-11, 1965, Proc., p. 68-92. AnC, AnMs, SeAd.

N24 Norwood, D. W., 1962, Radioactive material in the body Detection and 

treatment: Archives Environmental Health, v. 5, p. 167-172; U.S. Atomic 

Energy Comm. Pub., HW-CA-2278. N.S.A. 17:1183. Ge of: Ha. 

Nozaki, Tadashi. See ltd, Ryoiche [Ryoichi, I to]. 

Nozaki, Tadashi. See Ryoichi, Ito [Ito, Ryoiche].

N25 Nussbaum, Elmer, 1962, Diffusion of radon and tritium through semipermeable materials.: U.S. Atomic Energy Comm. Pub., TID-15160, 27 p. 

N.S.A. 16:12113. MeDf, Sa, SeDf.

0

O'Brian, D. M. See Grille, R. S. 

O'Brien, B. J. See Bainbridge, A. E.

01 O'Brien, B. J., 1961, The measurement of natural T levels in Geiger 

counters, in Tritium in the physical and biological sciences, v. 1, Proceedings Series: Vienna, Austria, Internat. Atomic Energy Agency Symposium 

on Detection and Use of Tritium in the Phys. and Biol. Sci., May 3-10, 

1961, Proc., p. 343-351 [1962]. C.A. 57:9427 i; N.S.A. 16:16101. AnC.

O'Brien, K. M. See Grillo, R. S.

Obukhova, M. P. Sec Finkel'shtein, Ya. B.

02 Oden, Svante, 1964, C14 och tritium isotopenas forekomst over Skandinavien under senate ar med tiMmpning inom mark&ra och hydrologi: 

Grundforbattring, v. 2, p. 122-142. Ab.tm.

Oeschger, Hans. Sec Houtermans, F. G.

Oeschger, Hans. See Geiss, Johannes.

Oeschger, Hans. See Renaud, Andre.

03 Oeschger, Hans, 1962, Researches on C" and other radioactive substances: 

Schweizer Archiv Angew. Wiss. Tech., v. 28, no. 2, p. 55-63. C.A. 57:1817 d. 

AbG, InA.

04 Oeschger, Hans, Renaud, Andre, and Schumacher, Ernst, 1962, An 

attempt to determine the age of the glacier snow strata of the Jungfrau 

Glacier snowfield by tritium content, and determination of the yearly increase : Soc. Vaudoise Sci. Nat. Bull. 68, p. 49-56. C.A. 61:11800 cd. AnC, 

InAsnow, SeEl.

05 Oganov, M. N., and Striganov, A. R., 1957, Quantitative spectroscopic 

analysis of a gaseous mixture of hydrogen, deuterium, and tritium: 

Atomnaya Energiya, v. 3, no. 8, p. 112-120. N.S.A. 12:9027, N.S.A. 

13:4512. AnMs.

06 Oganov, M. N., and Striganov, A. R., 1958, Quantitative analysis, by a 

spectrographic method, of the isotopic composition of hydrogen, deuterium, 

and tritium mixtures: Spectrochim. Acta. v. 13, p. 139-149. N.S.A. 12: 9027, 

N.S.A. 13:4512. AnMs. 

Ogloblin, A. A. See Varshavskii, Ya. M.

07 Ohno, Akira [Ono, Akira], and Morimitsu, Wataru, 1961, Measurement 

of gaseous tritium by a proportional counter: Tokyo, Japan, Radioisotopes, v. 10, p. 47-60. C.A. 55: 23098 c. AnC. 

Ohno, S. See Takahashi, Tan.

08 Ojima, Tsutomu, Toratani, Hirokazu, and Fujimoto, Hiroshi, 1963, A 

liquid scintillation counting method for measuring tritiated water in soil:
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 105

Osaka Prefect Radiation Center Ann. Kept., v. 4, p. 103-106 [in English]. 

C.A. 62:3623 d; N.S.A. 18:23419. AnC, InPe , Sy, ThD.

09 Ojima, Tsutomu, Toratani, Hirokazu, and Fujimoto, Hiroshi, 1965, Behavior of water in soil aggregates: Nippon Dojo-Hiryogaku Zasshi, v. 

36, no. 7, p. 211-215 [in Japanese]. C.A. 64:9459 c. AnC, InPe , MeDfPe . 

Okano, Masaharu. See Yamazaki [Yamasaki], Fumio.

010 Okano, Masaharu, 1961, Liquid scintillation counting of tritium: Tokyo, 

Japan, 4th Japan Conf. on Radioisotopes, Oct. 10-12, 1961, Proc., p. 710- 

712 [in Japanese]. X.S.A. 17:29986. Ge of: AnC.

011 Okita, G. T., Kabara, J. J., Richardson, Florence, and LeRoy, G. V., 

1957, Assaying compounds containing tritium and carbon-14: Nucleonics, 

v. 15, no. 6, p. 111-114. C.A. 51:13597 d; N.S.A. 11:9008. AnC, In.

012 Okita, G. T., and Spratt, J. L., 1961, Determination of radiotracer stability of tritium-labeled compounds in biological studies, in Tritium in 

the physical and biological sciences, v. 1, Proceedings Series: Vienna, 

Austria, Internat. Symposium on Detection and Use of Tritium in the 

Phys. and Biol. Sci., May 3-10, 1961, Proc. U.S. Atomic Energy Comm. 

Pub., ACRH-16, p. 50-53. X.S.A. 16:8526. An, MeDf, SeAd.

013 Okita, G. T., Spratt, J. L., and LeRoy, G. V., 1956, Liquid-scintillation 

counting for assay of tritium in urine: Nucleonics, v. 14, no. 3, p. 76-79. 

An, BiZ.

Olive, Philippe. See Blavoux, Bernard. 

Olive, Ph. See Fontes, J. C.

014 Oliver, R., and Lajtha, L. G., 1960, Hazard of tritium as a deoxyribonucleic acid label in man: Nature, v. 186, p. 91-92. N.S.A. 14:12485. Ha.

Oln Oliverio, V. T., Denham, Charlene, and Davidson, J. D., 1962, Oxygen 

flask combustion in determination of Cw and H3 in biological materials: 

Anal. Biochemistry, v. 4, p. 188-189. C.A. 58: 737 a: N.S.A. 16: 31841. AnC, 

BiC, BiZ.

Oltt Olivieri, G., and Brewen, J. G., 1966, Evidence for nonrandom rejoining 

of chromatid breaks and its relation to the origin of sister-chromatid exchanges: Mutation Research, v. 3, p. 237-248; U.S. Atomic Energy Comm. 

Pub., ORNL-P-1673. N.S.A. 20:38649. BiC, Ha. SeAd. 

Olson, E. A. See Chatters, R. M. 

O'Neal, Denny. See Wood, F. W.

017 Ono [Ohno] Akira, and Morimitsu, Wataru, 1961, The determination 

of gaseous tritium compounds with a proportional counter: Tokyo, Japan, 

4th Japan Conf. on Radioisotopes, Oct. 10-12, 1961, Proc., p. 713-716; 

U.S. Atomic Energy Comm. Pub., AEC-tr-5639, 15 p. [includes original 

4 p.]. AnC.

Oppenheim, Irwin. See Johnson, V. R.

018 Oppenheim, Irwin, and Friedman, A. S., 1961, Quantum statistical mechanics of isotope effects: Jour. Chem. Physics, v. 35, p. 35-40. C.A. 

56: 942 h. Is, ThS.

Orlob, G. T. See Kaufman, W. J.

019 Ormos, Gyorgy, and Csanyi, Piroska (Mrs. Fodor), 1963, Determination of isotopes emitting soft /3-rays by liquid scintillators in single-channel 

measuring instruments; I, The noise caused by the electron multiplier, 

the cuvet, and the phosphorescence of the solvent: Magyar K£miai 

Foly6irat, v. 69, p. 198-203. C.A. 59:7128 d. AnC. 

Osborne, A. R. See Barclay, F. R. 

Osborne, A. R. Sec Goldsmith, P.
106 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

O20 Osborne, D. W., ed., 1950, Chemistry Division, Section C-l, Summary 

report for January, February, and March 1950: U.S. Atomic Energy 

Comm. Pub.. ANL-4469 (Del. 21 [Declassified with deletions], 63 p. 

[1957]. N.S.A. 12:12215. An, Se. 

Oshima, Yotaro. tfcc Xishiwaki. Yasushi.

()21 Oinski, P. A., 1960. Detection and determination of tritium-labeled compounds on paper chroinatograms: Internat. Jour. Appl. Radiation and 

Isotopes, v. 7. 30(5-310 [in English]. AdC, AnC.

022 O'Steen, W. K., and Walker, B. E., 1960, Radioautographic studies of 

regeneration in the common newt: I, Physiological regeneration: Anatomical Rec., v. 137, p. 501-509. AnC, BiC, BiZ, InBi.

023 O'Steen, W. K., and Walker, B. E., 1961, Radioautographic studies of 

regeneration in the newt: II, Regeneration of the f orelhnb: Anatomical 

Rec., v. 139, p. 547-555. AnC, BiC. BiZ, InBi.

024 O'Steen, W. K., and Walker, B. E., 1962, Radioautographic studies of 

regeneration in the common newt; III. Regeneration and repair of the 

intestine: Anatomical Rec., v. 142, p. 179-188. AnC, BiC, BiZ, InBi.

025 Ostlund [Oestlund], H. G., 1961, A hydrogen gas counting system for 

natural tritium measurements, in Tritium in the physical and biological 

sciences, v. 1, Proceedings Series: Vienna, Austria, Internat. Atomic Energy Agency Symposium on Detection and Use of Tritium in the Phys. 

and Biol. Sci., May 3-10, 1961, Proc., p. 333-341 [1962]. C.A. 57:9427 h; 

N.S.A. 16:16100. AnC. In,,m , SeAd.

026 Ostlund [Oestlund], H. G., 1965a, 1964 hurricane tritium: U.S. Atomic 

Energy Comm. Pub., Accession 519, CONF-650652-5. 6 p. [in English]. 

C.A. 65: 8605 a. Ab, tm. AbG.t . In.tm, MeDf.tm.

027 Ostlund [Oestlund], H. G., 1965b. 1964 hurricane tritium, in Chatters. 

R. M., and Olson, E. A., Radiocarbon and tritium dating: Pullman, Wash., 

Washington State Univ., 6th Internat. Conf. on Radiocarbon and Tritium 

Dating, June 7-11, 1965, Proc., p. 560-564. Ab, tm , In.tm.

O2S Ostlund [Oestlund], H. G., Brown, R. M., and Bainbridge, A. E., 1964, 

Standardization of natural tritium measurements: Tellus. v. 16, p. 131-134. 

N.S.A. 18:41660. AnC.

029 Ostlund [Oestlund], H. G., and Lundgren, L. B., 1964, Stockholm natural 

tritium measurements. I: Tellus. v. 16, p. 118-130. N.S.A. 18:41659. Ab,» m , 

Ah,,-. AbK ,v, Alwoan. AbG.» m . AnC. In,, . In*,,. TnBW . Tn»r,»n , In.no ,v. InA, tm. 

InAg w, InA,, n ow, InBi, Sa. Sy.

030 Ostlund [Oestlund], H. G. and Werner, O. E., 1961. The electrolytic 

enrichment of tritium and deuterium for natural tritium measurements, in 

Tritium in the physical and biological sciences, v. 1. Proceedings Series: 

Vienna. Austria, Internat. Atomic Energy Agency Symposium on Detection and Use of Tritium in the Phys. and Biol. Sci.. May 3-10, 1961. Proc.. 

p. 95-104 [1962]. C.A. 57:16319 e: N.S.A. 16:16083. AnC. TsKi. SeAd, 

SeEl.

Otlet, R. L. Stec Alien. R. A.

031 Otsuka, Iwao, 1965. Utilization of radioisotopes: Genshiryoku Kogyo. 

v. 11, no. 4, p. 33-36. N.S.A. 19:39060. Ge of: In. 

Owens, D. R. Kcc Phillips. T. R.

PI Pace, N. Kline, L. Schachman, H. K., and Harfenist, M., 1947, Studies 

on body composition: IV. Use of radioactive hydrogen for measurement
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 107

in vivo of total body water: Jour. Biol. Chemistry, v. 16S. p. 459- 

469. C.A. 41: 5567 b. AnC, InBi, NuR, Sy.

P2 Paerisch, M., Buettner, K., Langer, H., and Bothe, H.-KV 1964, Determinations of body water in humans with the aid of tritium: Archiv. 

Gesamte Physiologie, v. 281, p. 374-378 [in German]. N.S.A. 19:19480. 

AnC, BiC, BiZ, Ha, InBi.

P3 Paganelli, C. V., and Solomon, A. K., 1957, Rate of exchange of tritiated 

water across the human red-cell membrane: Jour. Gen. Physiology, v. 41, 

p. 259-277. C.A. 52: 5593 c. AbO, BiZ, Ha, MeDf. 

Painter, R. B. See Drew, R. M.

P4 Painter, R. B., and Drew, R. M., 1959, Studies on deoxyribonucleic acid 

metabolism in human cancer-cell cultures (HeLa) : I. The temporal relationships of deoxyribonucleic acid synthesis to mitosis and turnover time: 

Lab. Inv., v. 8, p. 278-285. N.S.A. 13:7413. An, BiZ, InBi, KiR.

Po Painter, R. B., Drew, R. M., and Hughes, W. L., 1958, Inhibition of HeLa 

growth by intranuclear tritium: Science, v. 127, p. 1244-1245. N.S.A. 

12 :{>(>!.".. BiC. InBi.

PO Painter, R. B., and Robertson, J. S., 1959, Effect of irradiation and 

theory of role of mitotic delay on the time course of labeling of HeLa Ss 

cells with tritiated thymidine: Radiation Research, v. 11, p. 206-217. 

X.S.A. 13:18842. BiZ, Ha. KiB. 

Pal, Yash. Sec Daniel. R. R.

1'7 Panaretto, B. A., 1960. Use of antipyrine, N-acetyl-4 Mininoantipyrine and 

tritium for the estimation of body water and gut water in living ruminants: Ann Arbor, Midi., Univ. Michigan Microfilms, L. C. Card Mic. 

60-2340, 115 p. C.A. 55: 1761 b. InBi.

PS Paneth, F. A., 1959, Meteorite of Breitscheid, Pt. 1: Geochini. et Cosmoehirn. Acta. v. 17. p. 315-319 [in German]. N.S.A. 14:24361. AbG,« m . 

AbGme,, AnC.

Papadimitropoulos, T. See Burdon. D. J. 

Papageorgiou, S. See Blim Stoyle, R. J. 

Papakis, N. See Burdon, D. J. 

Pardee, A. B. See Rachmeler. Martin. 

Parham, A. G. See Brown, F. 

Parks, G. See Kaufman, W. J.

P9 Parsons, P. J., 1960, Movement of radioactive wastes through soil: I, Soil 

and groundwater investigations in lower Perch Lake basin: Chalk River. 

Ontario, Canada, Atomic Energy of Canada. Ltd.. Pub.. AECL-1038. 

51 p.: Sci. Doc. Distrib. Office, CRER-932. 51 p. C.A. 54: 2549 i. IiihT . In*,,. 

InApe. InAgw, MeDfgw, MeDfre, SeAdP e.

P10 Parsons, P. J., 1963. The movement of tritium from the Chalk River 

liquid disposal area: Chalk River, Ontario. Canada. Atomic Energy of 

Canada. Ltd.. Pub., AECL-1739. 16 p.: Sci. Doc. Distrib. Office. CRER1146, 16 p. N.S.A. 17: 29866. Abg ,,. Iiigw. Iiihv. 

Parsons, R. J. See Prentice, T. C.

Pll Parups, E., Hoffman, L, and Jackson, H. R., 1960, Scintillation radioautography of tritium-labeled compounds on paper chromatograms: Talanta. v. 5. p. 75-77. C.A. 55:3268 i. AnC.

P12 Patterson, M. S., and Greene, R. C., 1965. Measurement of low-energy 

/3-emitters in aqueous solution by liquid scintillation counting of emulsions: Anal. Chemistry, v. 37. p. 854-857. N.S.A. 19:30095. AnC. Sy. 

Patterson, R. E. See Mattraw. H. C.
108 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Paul, C. M. See Christman, D. R. 

Payne, B. R. See Burdon, D. J. 

Payne, B. R. See Cameron, J. F. 

Payne, B. R. See Davis, G. H. 

Payne, B. R. See Peckham, A. B. 

Payne, B. R. See Seligman, H. 

Payne, B. R. See Thatcher, L. L.

P13 Payne, B. R., Cameron, J. F., Peckham, A. E., and Thatcher, L. L., 

1964, The role of radioisotope techniques in hydrology: Vienna, Austria, 

Internat. Atomic Energy Agency Proc., U.S. Atomic Energy Comm. Pub., 

A/CONF .28/P/875, 20 p. Ge of: InHy.

P14 Payne, B. R., and Dincer, Turgut, 1965a, Isotope survey of the karst 

region of southern Turkey: U.S. Atomic Energy Comm. Pub., Accession 

538, CONF-650652-2, 15 p. [in English]. C.A. 65: 10323 g. Abgl»., Ab,w, Ingw, 

In8W , InHT, Ina t m , InAgw . InAs «, MeDf, tni , MeDfgw , MeDf, w , MeDfHy. 

P15 Payne, B. R., and Dincer, Turgut, 1965b, Isotope survey of the karst 

region of southern Turkey, hi Chatters, K. M.. and Olson, E. A., Radiocarbon and tritium dating: Pullman, Wash., Washington State Univ., 

6th Internat. Conf. on Radiocarbon and Tritium Dating, June 7-11, 1965, 

Proc.. p. 671-686. Abgvr , Ab. w , In,,-. In**-, TnHy , In, tn,, InAgw, InA. w< 

MeDfs ,v , MeDfgw , MeDfHT. MeDf. tm . 

Payne, P. R. See Campbell, U. G. 

Payne, P. R. See White, D. F.

P16 Payne, P. R., Campbell, I. G., and White, D. F., 1952, Combustion of 

tritium-labeled organic compounds: Jour. Biochemistry, v. 50. p. 500-502. 

C.A. 46:3334 g. Ge of: AnC.

PIT Payne, P. R., and Done, J., 1958, Routine assay of tritium in water and 

labeled substances in the range of 20 to 10 4 /u^tc [inicromicrocurie] : Physics 

in Medicine and Biology, v. 3, p. 16-26. C.A. 52: 19721 i: N.S.A. 12: 16962. 

AnC, In.

Peabody, C. O. See Bishop, K. F. 

Peckham, A. E. See Payne, B. R.

P18 Peckham, A. E., and Belter, W. G., 1962, Considerations for selection 

and operation of radioactive waste-burial sites: U.S. Atomic Energy 

Comm. Pub.. TID-7628, p. 428-436. C.A. 58: 1235 de. Ad, Ha, In, MeDf. 

P19 Peckham, A. E., and Lieberman, J. A., 1961, Research in ground-water 

hydrology and its relation to nuclear-energy wastes: Cincinnati, Ohio. 

U.S. Dept. of Health, Education, and Welfare Symposium on Groundwater Contamination, Apr. o-7. 1961. sess. 5, p. 198-202. AdC, Ingw , InP ,, 

MeDf,w , SeAdgw, SeAdp,, ThSo.

P20 Peckham, A. E., and Payne, B. R., 1965, Isotope investigations of the 

hydrology of Lake Chala and its associated ground-water system, in 

Chatters. R. M.. and Olson. E. A., Radiocarbon and tritium dating: Pullman, Wash.. Washington State Univ., 6th Internat. Conf. on Radiocarbon 

and Tritium Dating, June 7-11, 1965, Proc., p. 687-697. InA, w , InAe w. 

Peets, E. See Buyske, D. A. 

Peets, E. A. See Kelly. R. G.

P21 Peets, E. A., Florini, J. R., and Buyske, D. A., 1960, Tritium radioactivity determination of biological materials by a rapid dry-combustion 

technique: Anal. Chemistry, v. 32, p. 1465-1468. N.S.A. 15:40. AnC. 

P22 Pellerin, P., Fallot, P., Laine-Boszormenyi, and Serrel, F., 1960, Adaptation de 1'autoradiographie a basse temperature ft la detection du tritium
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 109

par elimination d'une luminescence parasite [Adaptation of low-temperature autoradiography to tritium detection by elimination of interfering 

luminescence] : Saclay, France, Comni. a 1'Energie Atomique, Centre 

d'Etudes Nucleaires Rap., CEA-1675. 14 p. [in French]. N.S.A. 15:12834. 

AnC, InBi, Kip, MeDf, SpFl.

P23 Peng, C. T., 1960. Quenching of fluorescence in liquid scintillation counting of labeled organic compounds: Anal. Chemistry, v. 32. p. 1202-1296. 

C.A. 55: 14S c, C.A. 62: 4595 c. AnC.

P24 Peng, C. T., 1964, Correction of quenching in liquid scintillation counting of homogeneous samples containing both carbon-14 and tritium by 

extrapolation method: Anal. Chemistry, v. 36. no. 13. p. 2456-2461. C.A. 

62:4595 c, C.A. 55:148 c: N.S.A. 19:4067. AnC. AnMs.

P25 Penna-Franca, Eduardo, 1960, Analysis of radioactive contaminants in 

biological materials: Buenos Aires, Argentina. 2d Inter-Am. Symposium 

on Peaceful Application of Nuclear Energy Proo.. p. 65-75. C.A. 56:9055 c. 

AbO. Ad, EqL, Ge, Ha, InBi. Is.

P26. Perkins, R. W., and Nielsen, J. M., 1965, Cosmic-ray-prodncecl radionuclides in the environment: Health Physics, v. 11. no. 12, p. 1297-1304. 

C.A. 64 : 15290 g. AbG.

Perkins, W. H. See Lohmann. W. 

Perkins, W. H. Sec Shapiro, Jacob. 

Perri, G. C. See Eidinoff, M. L.

P27 Perri, G. C., Eidinoff, M. L., Knoll, J. E., and Marano, B. J., 1954, Preferential utilization of isotopes of hydrogen in biological systems: Boll. 

Soc. Italiana Biologia Sperimentale. v. 30. p. 134-135. C.A. 48: 10074 a. 

BiC, InBi.

Perschke, H. See Crespi, M. B. A.

P28 Person, Stanley, 1963, Comparative killing efficiencies for decays of tritiated compounds incorporated into E. noli: Biophys. Jour., v. 3. p. 183-187. 

N.S.A. 17:23108. BiB, InBi, KiR.

P29 Person, Stanley, and Bockrath, R. C., Jr., 1964, Differential mutation 

production by the decay of incorporated tritium compounds in E. coli: 

Biophys. Jour., v. 4, p. 355-365. N.S.A. 18:38813. BiB, InBi. 

P30 Person, Stanley, and Lewis, H. L., 1962, Effects of decay of incorporated 

H3-thymidine on bacteria: Biophys. Jour., v. 2. p. 451-463. N.S.A. 17:5793. 

BiB, BiC, InBi, KiB.

Peter-Juergen, Meyer. See Ziegler, Albert. 

Peters, B. See Lal. Devendra.

P31 Peters, B., 1959a, Progress in cosmic-ray research since 1947: Jour. 

Geophys. Research, v. 64. no. 2. p. 155-173. AbG.tm, In.tm , Inor »»n, InK w, 

In,,,, InA. MeDf.tm, NuB.

P32 Peters, B., 1959b, Use of cosmic-ray-produced isotopes for studying largescale circulations in the atmosphere, in Landsberg, H. E., and van 

Mieghem, J.. eds.. Advances in geophysics: New York, Academic Press, 

p. 280-296. C.A. 54: 3810 i. MeDf.

P33 Peterson, D. F., 1961. The growth of monodisperse populations of mammalian cells exposed to internal beta radiation: U.S. Atomic Energy 

Comm. Pub.. TID-13613, 18 p. N.S.A. 17:5773. BiC, BiZ, Ha, InBi.

Peterson, R. A., See Isbell, H. S.

P34 Pethe, V. A., and Sangodkar, D. B., 1964, Dependence of efficiency of a 

coincidence tritium counter on photocathode sensitivity: Nuclear Instru-
110 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

merits and Methods, v. 30. no. 2. p. 306-308. C.A. 61: 15630 h-z, C.A. 

61: 15631 a. AnC.

P35 Petrozzi, Enrico, 1963. Determination of tritium and Cu with liquid 

scintillators: Minerva Nudeare, v. 7. no. 3, p. 91-103 [in Italian]. C.A. 

.-.!>: 47.-..1 ;;: X.S.A. 17 : 25037. AdC: Ge of: AnC: Hn. In. SpFl. Sy.

P36 Phillips, T. R., and Owens, D. R., 1963. The analysis by gas chrornatography of hydrogen isotopes and mixtures containing hydrogen and 

helium: U.S. Atomic Energy Comm. Pub.. PG-Report-419. 13 p. N.S.A. 

16: 14149. AdC. An. EqH.

P37 Picciotto, Edgard, Crozaz, G., and De Brueck, W., 1964, Rate of accumulation of snow at the South Pole as determined by radioactive measurements: Nature, v. 203. p. 393-394. Ab, InA, MeDf.

P3S Picciotto, Edgard, and Wilgain, S., 1963. Fission products in Antarctic 

snow A reference level for measuring accumulation: Jour. Geophys. Research, v. 68. p. 5965-5972. Ab snOB . InA8nOB . MeDf, n0 w.

P39 Pichat, L., Sharefkin, D., and Herbert, M., 1962, Method of preparing 

tritiated benzene for scintillation measurement of low-level tritium contents in hydrology: Saclay, France, Comm. a 1'Energie Atomique Rap., 

CEA-2234: Translated into English by E. R. Appleby. U.S. Atomic Energy 

Comm. Hanford Atomic Products Operation Pub.. HW-tr-60. 13 p. N.S.A. 

18:4934. AnC. In, SeAd. Sy.

P40 Pickworth, J. W., Cotton, K., and Skyring, A. P., 1963. Double-emulsion 

autoradiography for identifying tritium-labeled cells in sections: Stain 

Technology, v. 38, p. 237-244. N.S.A. 18:11566. AnC. InBi. Sy. 

Piet, G. J. Sec Cramer. W. A. 

Pietig, F. Sec Scharpenseel, H. W.

P41 Piez, K., 1963. Continuous scintillation counting of weak beta emitters 

in flowing aqueous streams: Nuclear-Chicago Tech. Bull. 15. N.S.A. 

19 : 24462. AdC. AnC, In. 

Pileri, A. See Gavosto, F.

P42 Pillinger, W. L., 1961a, Radiometric assay by precision calorimetry: 

U.S. Atomic Energy Comm. Pub., TID-7615. p. 90-101. C.A. 56:4549 e; 

N.S.A. 16:3273. An, IsTh, No, NuR.

P43 Pillinger, W. L., 19611), Tritium decay energy: Phys. Rev., v. 121. p. 

232-233. C.A. 55: 7087 b. AnCl. InA, NuB. Th. 

Pines, J. See Morrison, P.

P44 Pinson, E. A., 1952, Water exchanges and barriers as studied by the 

use of hydrogen isotopes: Physiol. Rev., v. 32. p. 123-134. C.A. 46:8229 e. 

BiC, EqL, InBi. MeDf. SeAd.

P45 Pinson, E. A., and Langham, W. H., 1957, Physiology and toxicology 

of tritium in man: Jour. Applied Physiology, v. 10, 108-126. C.A. 51: 12357 

gh; N.S.A. 11:6226. AbO. BiZ, Ha. InBi. Nuln, SeDf. 

Piper, E. A. See James, A. T. 

Pirogov, Yu. A. See Bernotas, V. I.

P46 Pittendrigh, L. W. D., and Vousden, J. E., 1954, Differential ionization 

chamber method for continuous-flow monitoring of tritium in air in the 

presence of a significant y-background and with occasional traces of radon 

in the sampled air: Atomic Energy Research Lab. (Great Britain) Rept. 

HP/R 1585. 12 p. AnC. Bi.

Plebuch, R. R. See Mitsis, G. J. 

Plonka, A. M. See Kroh. J. 

Polach, H. A. See Taylor. C. B.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 111

Pomerance, H. S. See Cannon, C. V.

P47 Popjak, G., Lowe, A. E., and Moore, D., 1961, Simultaneous measurement of C14 and H3 during gas-liquid chromatography, in Rothchild, Seymour, ed., Advances in tracer methodology, v. 1: New York, Plenum 

Press, p. 127-146 [1963]. N.S.A. 17:18484. AdC, KiP.

P4S Popjak, C., Lowe, A. E., and Moore, D., 1962, Scintillation counter for 

simultaneous assay of H3 and C14 in gas-liquid chromatographic vapors: 

Jour. Lipid Research, v. 3, p. 364-371. N.S.A. 17:22026. AdC, AnC.

P49 Pople, J. A., 1953, The viscosity of isotopic substances: Physica, v. 19, 

p. 668. C.A. 48:3740 e. Is, MeV.

P50 Popov, M. M., Gagarinskil, Yu. V., Senin, M. D., Mikhalenko, I. P., and 

Morozov, Yu. M., 1958, Average [mean] /3-particle energy and decay 

constant of tritium: Soviet Jour. Atomic Energy, v. 4, p. 393-396 [English 

translation]. C.A. 53:12872 i. AnCl, Nu. 

Poretti, G. G. See Zuppinger, Adolph.

P51 Porter, F. T., 1959, /3-decay energy of tritium: Phys. Rev., v. 115. p. 

450-453. C.A. 54: 8328 ab. NuB. NuM. 

Porter, J. W. Sec Weinberger, D.

P52 Porter, J. W., and Knauss, H. J., 1954, Inhibition of growth of Chlorella 

pyrcnoidosa by /3-emitting radioisotopes: Plant Physiology, v. 29. p. 60-63. 

O.A. 48: 6518 d. BiZ, InBi.

P53 Porter, J. W., and Watson, M. S., 1954, Gross effects of growth inhibiting levels of tritium oxide on ChJorella pyrcnnidnsa : Am. Jour. Botany, v. 41, p. 550-555. C.A. 48: 12937 c. BiB. TnBi. 

Poss, H. L. See Bitter. F.

P54 Post, Joseph, 1963, Effects of tritium thymidine as a DNA label in the 

rat liver: U.S. Atomic Energy Comm. Pub.. TID-19545. 6 p. N.S.A. 18:45. 

BiZ. InBi.

P55 Post, Joseph, and Hoffman, Joseph, 1961. Some effects of tritiated thymidine as a deoxyribonucleic-acid label in the rat liver: Radiation Research, v. 14. p. 713-720. N.S.A. 15:22124. BiC. BiZ, Sy. 

Potter, R. M. See Dunn, F. J. 

Potter, R. M. See Mclnteer. B. B. 

Potter, R. M. See Robinson. E. S.

P56 Powell, C. F., 1955, The primary cosmic radiation: Observatory, v. 

75. p. 14-27. C.A. 49 : 10078 h. AbG.

P57 Powers, E. L., and Shefner, D., 1951. Tritium-induced effects in Parameohim aiirclia : Soc. Experimental Biology Medicine Proc.. v. 78. p. 493- 

497. C.A. 46: 2122 i. BiZ. InBi.

P58 Pratt, T. H., and Wolfgang, Richard, 1960. The self-induced exchange 

of tritium gas with methane, v. 3, Proceedings Series: Vienna, Austria, 

Internat. Atomic Energy Agency Conf. on Use of Radioisotopes in the 

Phys. Sci. and Industry, held at Copenhagen, Denmark. Sept. 16-17. 

1960. Proc.. p. 159-178 [1962]. C.A. 58:953 h. AnC, Is. SeAd.

P59 Pratt, T. H., and Wolfgang, Richard, 1961, The self-induced exchange of 

tritium gas with methane: Am. Chem. Soc. Jour., v. 83, p. 10-17. N.S.A. 

15: 7337. Is, Ki, XuB, SeAd.

P60 Prensky, Wolf, and Smith, H. H., 1963, Incorporation of 3H-arginine in 

chromosomes of Vicia faba : U.S. Atomic Energy Comm. Pub.. BNL-7007. 

13 p. N.S.A. 18:19518. AnC. BiB. BiC. TnBi.
112 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

P61 Prentice, T. C., Siri, W., Berlin, N. I., Hyde, G. M., Parsons, R. J., 

Joiner, E. E., and Lawrence, J. H., 1952, Studies of the total body water 

with tritium: Jour. Clinical Inv., v. 31, p. 412-418. C.A. 46:1640 d. InBi. 

Presson, T. L. See Baggett, Billy.

P62 Price, A. H., 1958, Vapor pressure of tritiated water: Nature, v. 181, 

p. 262. C.A. 52 : 8660 e. ThSo.

P63 Pro, M. J., 1962, Age determination of distilled spirits, in Ferrier, M. D., 

ed., Transactions of the American Nuclear Society, 1962 winter meeting, 

Washington, D.C., November 26-28, 1962 [Abs.] : Am. Nuclear Soc. Trans., 

v. 5, no. 2, p. 284. N.S.A. 17:3671. AbO, AnC, InA, InBi.

P64 Pro, M. J., and Etienne, A. D., 1959, Dating distilled spirits: Jour. Assoc. 

Official Agr. Chemists, v. 42, no. 2, p. 386-392. C.A. 53: 14410 h. AbO, AnC, 

InA, InBi.

P65 Pro, M. J., Martin, W. L., and Etienne, A. D., 1961a, Tritium exchange 

between water and some aliphatic alcohols: U.S. Atomic Energy Comm. 

Pub., TID-13828, 9 p. C.A. 56: 8250 a. An, SeAd, Sy.

P66 Pro, M. J., Martin, W. L., and Etienne, A. D., 1961b, Tritium exchange 

between water and some aliphatic alcohols: Jour. Assoc. Official Agr. 

Chemists, v. 44, no. 4, p. 789. AbO, In, SeAd.

P67 Prockop, D. J., and Ebert, P. S., 1963, A simple method for differential 

assay of tritium and carbon-14 in water-soluble biological materials: 

Anal. Biochemistry, v. 6, p. 263-271. C.A. 59: 11878 c; N.S.A. 17:35353. 

AnC, InBi.

P68 Pshezhetskii, S. Ya., and Dmitriev, M. T., 1957, Mechanism of some 

simple chemical reactions proceeding under the influence of ionizing 

radiations: Uspekhi Khim., v. 26, p. 725-767. C.A. 52: 894 e. Ge. Nuln 

Puckett, B. J. See Cameron, J. F. 

Purcell, D. H. See Foster, R. R.

Q

Quastler, Henry. See Stein, O. L. 

Quastler, Henry. See Wimber, D. E.

Ql Quazi, A. H., 1965, Influence of sample volume on weak ^-counting 

efficiency in liquid scintillation counting: Naturwissenschaften, v. 52, p. 

490-491. N.S.A. 20:5510. AnC, Sy.

R

Rachele, J. R. See Verly, W. G.

Rl Rachinskii, V. V., and Lenskii, L. A., 1965a, The reciprocal action of 

tritium-labeled water and soil: Akad. Nauk Ukrain. Timiryazevskoi 

Sel'skokhoz. Izv. [Bulletin of the Timiryazev Agricultural Academy], 

v. 1, p. 133-144. C.A. 64: 23 g. AdL, Ingw , InPe , IsPe , MeDfgw, MeDfPe .

R2 Rachinskii, V. V., and Lenskii, L. A., 1965b, Interaction between tritiumlabeled water and soils: Akad. Nauk Ukrain. Timiryazevskoi Sel'skokhoz. 

Izv. [Bulletin of the Timiryazev Agricultural Academy], v. 1965, no. 3, 

p. 218-236 [in Russian]. C.A. 63:9016 c. Ad, In, SeAdr*.

R3 Rachinskii, V. V., and Lenskii, L. A., 1965c, Distribution and transfer of 

tritium in the system ion-exchange resin-water: Akad. Nauk Ukrain. SSR 

Teoreticheskie i Eksperiniental'Naya Khimiya, ser. 1, no. 6, p. 785-795 

[in Russian]. C.A. 64:11940 h. Ad, KiH. KiL, MeDf, SeAd. StI), ThD, 

ThP, ThSo.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 113

R4 Rachmeler, Martin, and Pardee, A. B., 1963, Loss of viability and

/3-[beta] galactosidase-forming ability as a consequence of tritium decay

in EschericUa coli: Biochim. et Biophys. Acta, v. 68, p. 62-67 [in English].

N.S.A. 17:14005. BiB, BiC, InBi, KiR. 

R5 Radoszewski, Thomasz, 1962, Carbon-14 and tritium measurements with

the aid of a liquid scintillation counter: Nukleonika, v. 7, p. 499-509 [in

English]. C.A. 58:8602 c; N.S.A. 17:7957. AnC, By.

Rafter, T. A. See Taylor, C. B. 

R6 Rafter, T. A., 1959, Effect of atomic radiation: U.S. Atomic Energy

Comm. Pub., A/AC.82/G/L.314, 6 p. C.A. 57:11487 i; N.S.A. 14:11825.

AbG.tm, AbG.w, AbGoce.n, Ha, InBi, MeDfatm, MeDf,,, MeDfo^.n,

SeAdoce.n.

R7 Rafter, T. A., 1965, Problems in the establishment of a carbon-14 and 

tritium laboratory, in Chatters, R. M., and Olson, E. A., Radiocarbon and 

tritium dating: Pullman, Wash., Washington State Univ., 6th Internat. 

Conf. on Radiocarbon and Tritium Dating, June 7-11, 1965, Proc., p. 

752-761. An, In, SeAd. 

Rajagopalan, G. See Lal, Devendra. 

Rama. Sec Athavale, R. N. 

Rama. See Lal, Devendra.

R8 Raney, Franklin, and Yoash, Vaadia, 1965a, Movement of tritiated water 

in the root system of Helianthus annuus in the presence and absence of 

transpiration: Plant Physiology, v. 40, p. 378-382. N.S.A. 19:31740. AbO, 

BiB, InBi, MeDf, SeAd.

R9 Raney, Franklin, and Yoash, Vaadia, 1965b, Movement and distribution

of THO [tritium hydroxide] in tissue water and vapor transpired by

shoots of Helianthus and Nicotiana: Plant Physiology, v. 40, p. 383-388.

N.S.A. 19:31471. AbO, BiB, InBi, MeDf, SeAd.

RIO Rankama, Kalvero, 1954. Isotope geology: New York, Pergamon Press,

535 p. Ge. 

Rll Rankama, Kalvero, and Sahama, Th. G., 1949, Geochemistry. Chicago,

111., Chicago Univ. Press, 912 p. AbG.

R12 Rarrick, H. L., and Tucker, G. E., Jr., 1959, An approximation of radiation dose resulting from an accidental release of tritium gas: U.S. Atomic 

Energy Comm. Pub., SCTM-406-59(33). 5 p. N.S.A. 14:6547. Ha. 

Rau, H. See Heusinger, H. 

Rawson, D. S. See Alien, R. A. 

Rawson, D. S. See Smith, D. B. 

Reed, R. D. See Chen, Ru-yong.

R13 Reed, R. D., Henderson, Douglas, and Chen, Ru-yong, 1965, Isotopic 

effects in liquid hydrogen: Jour. Chem. Physics, v. 43, p. 1836-1838. 

N.S.A. 19:38639. IsTh.

R14 Reeder, H. O., 1963, Tritium used as a ground-water tracer between 

Lake McMillan and Major Johnson Springs, Eddy County, New Mexico: 

U.S. Atomic Energy Comm. Pub., TEI-839, 135 p. N.S.A. 18:25684. Ab. w , 

AbGatm, AbG9 w, Ingw, In8 w, Inhy, InAHy, MeDf. w .

R15 Reeder, H. O., 1964, Tritium content as an indicator of age and movement of ground water in the Roswell basin, New Mexico: U.S. Geol. 

Survey Prof. Paper 501-C, p. C161-C163. AbGK «, Inhy , InABW , MeDfK w. 

Reese, R. M. Sec Dibeler. V. H. 

Reese, R. M. Flee Mohler, F. L.
114 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

R16 Reichenbacher, W., and Klemm, A., 1964, Thermal diffusion in T2-H2 , 

DT-H2 , and T2-D2 : Zeitschr. Naturforschung, v. 19a, p. 1051-1057. N.S.A. 

19: 2705. An, SeDf, ThD.

R17 Reichert, S. O., 1962, Radionuclides in ground water at the Savannah 

River Plant waste-disposal facilities: Jour. Geophys. Research, v. 67, p. 

4363-4374. N.S.A. 17:4700. Ab.w, In.,-, InP e, Ing w, MeDfgw , MeDfr,, 

SeAdro.

R18 Reilley, C. N., and McLafferty, F. W., 1966, Advances in analytical 

chemistry, v. .">: New York. Intersci. Publishers. 398 p. Go of: AnC.

R19 Reinig, W. C., and Albenesius, E. L., 1963, Control of tritium health 

hazards at the Savannah River Plant: Am. Indus. Hygiene Assoc. Jour., 

v. 24. p. 276-283: U.S. Atomic Energy Comm. Pub., DPSPU-62-30-5, 

16 p. C.A. 59:10959 c; N.S.A. 17:6309. An. BiB. BiC. BiZ. Ha, In.tm, 

In.,-, InBi.

Reisenauer, A. E. Sec Haney. W. A. 

Reisenauer, A. E. Sec Nelson. R. W. 

Renaud, Andre. See Oeschger. Hans.

R20 Renaud, Andre, Schumacher, Ernst, Hughes, B., Oeschger, Hans, and 

Miihlemann, C., 1963. Tritium variations in Greenland ice: Jour. Geophys. 

Research, v. 68, no. 13. p. 3783. AbGsno w. AnC, In snow .

R21 Revinson, David, 1956, Selected bibliography on analysis of certain radioactive elements in biological materials: U.S. Atomic Energy Comm. Pub.. 

NYO-4702. 18 p. C.A. 51:9728 d. Ge of: BiC (with 161 references). 

Rhodehamel, E. C. Sec Carlston, C. W. 

Richardson, Florence. See Okita. G. T.

R22 Richmond, C. R., Furchner, J. E., and Langham, W. H., circa 1961. 

Estimation of maximum permissible concentrations of radioisotopes in 

water (MFC) from interspecies correlations, Part 1, Comparison of estimated and measured values for zinc65 and tritium: U.S. Atomic Energy 

Comm. Pub., LAMS-2526, p. 25-33. N.S.A. 15:23232. Ab, Ha.

R23 Richmond, C. R., Trujillo, T. T., and Martin, D. W., 1960, Volume and 

turnover of body water in Dipodomys deserti (kangaroo rat) with tritiated 

water: Soc. Experimental Biology Medicine Proc.. v. 104, p. 9-11. C.A. 

54:16589 d. InBi, MeDf, SeAd.

R24 Richter, H. G., 1961, Investigation of a tritium-enrichment technique: 

U.S. Atomic Energy Comm. Pub., ORO-492, 22 p. N.S.A. 16:451. An, 

SeAd, SeDf.

R25 Riddiford, L. M., I960, Autoradiographic studies of tritiated thymidine 

infused into the blastema of the early regenerate in the adult newt, 

Tritunts: Jour. Experimental Zoology, v. 144, p. 25-32. AnC, BiC, BiZ, 

InBi.

Rietz, L. See Brues, A. M.

R26 Riley, C. J., and Brooks, H., 1964, Correction for the separation of 

hydrogen isotopes during distillation in the determination of tritium: 

Talanta, v. 11, no. 5. p. 897-898. C.A. 60:15378 g: N.S.A. 18:25309. An, 

SeDs, Sy, ThP.

H27 Ritzl, F., 1964, Methods for recording tritium: Mektromedizin, v. 9, 

p. 207-210. N.S.A. 19:38552. Ge of: AnC. 

Robbins, M. C. See Eutsler, B. C.

R28 Robbins, M. C., Eutsler, B. C., and Mitchell, R. N., 1954, The calibration 

of tritium monitoring devices: U.S. Atomic Energy Comm. Pub.. LA-1683 

[declassified 1956]. 22 p. N.S.A. 11:2610. AnC.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 115

R29 Roberts, E. R., 1948, Measurement of stable-isotope abundance ratios 

A review: Analyst, v. 73, p. 657-660. C.A. 43: 2861 h. Ab, AnDn, AnTh, Ge. 

Roberts, J. P. Sec Burns, I. 

Roberts, J. P. See Drury, T. 

Robertson, J. S. See James, J. A. 

Robertson, J. S. Sec Painter, R. B. 

Robinson, C. V. Sec Wang, J. H. 

R30 Robinson, C. V., 1955, Improved methane proportional-counting method

for tritium assay: Nucleonics, v. 13, no. 11, p. 90. AnC.

R31 Robinson, C. V., 1957, Gas counting of tritium: New York, N.Y. Symposium on Tritium Tracer Applications, p. 17-20 [1958]. C.A. 53: 72 g. AnC. 

R32 Robinson, C. V., 1961. Gas counting of tritium, in Rothchild, Seymour, 

ed., Advances in Tracer Methodology, v. 1: New York, Plenum Press, p. 

178-182 [1963]. C.A. 58:9845 d: N.S.A. 17:18489. Ge of: An (with 40 

references).

R33 Robinson, E. S., Briesmeister, A. C., Mclnteer, B. B., and Potter, R. M., 

1960, Separation of tritium from hydrogen by thermal diffusion: U.S. 

Atomic Energy Comm. Pub., TID-6102, 20 p. Ab.rt . AnC. MeDf. ThD. 

Robinson, J. See Sedlet, J. 

Rodegker, Waldtrout. Sec Sheppard. Herbert. 

Rodgers, A. W. See Chamberlain, J.

R34 Rodriguez, E. R., 1964. Colloquium on evaluation of body burden of 

radioisotopes in man [Internat. Atomic Energy Agency Symposium on 

Assessment of Radioactive Body Burdens in Man, held at Heidelberg, 

Federal Republic of Germany, May 11-16, 1964] : Energia Nuclear, v. 8, 

supp. A, no. 3, p. 3-9 [in Spanish]. N.S.A. 19:46. BiC, Ha, InBi. 

R35 Roehrig, J. RM and Vanderschmidt, G. F., 1959, Advances in the design 

of vacuum gauges, using radioactive materials, in 6th National Symposium 

on Vacuum Technology Proceedings: New York. Pergamon Press, Inc., 

p. 82-84. N.S.A. 15:7586. AnC, In.. . 

Roether, W. See Ebhalt. D. 

Roether, W. See Israel, G. W. 

Roether, W. See Miinnich [Muennich]. K. O. 

Roether, W. See Vogel, J. C. 

Roether, W. See Zimmermanu, U.

R36 Roether, W., 1966, Estimating the tritium input to ground water from 

wine samples, ground water and direct runoff contributions to Central 

European surface waters: Vienna. Austria. Internat. Atomic Energy 

Agency Symposium on Use of Isotopes in Hydrology. Nov. 14 18, 1966. 

Proc.. Preprint. SM-83/7, 22 p. [in English]. Ab.tm, Aboce.n, Abg w. AbO. 

BiB, InPe, In.tm, Ingw , In.,-, InAgw , InA,,, InBi, MeDf. tm. 

R37 Rogers, A. W., 1959. Autoradiography of tritium-labeled compounds on

paper chromatograms: Nature, v. 184. supp. 10, p. 721. AdC, An. 

R38 Rogers, J. D., and Brickwedde, F. G., 1966. Comparison of saturatedliquid viscosities of low-molecular substances according to [the] quantum 

principle of corresponding states: Physica, v. 32, p. 1001-1018; U.S. Atomic 

Energy Comm. Pub.. LA-DC-7546. C.A. 65:3027 a: N.S.A. 20:39940. 

MeV, ThP, ThSo.

Rogers, J. E. See Conway, W. D.

R39 Rogers, L. R., 1963, The development of regulatory standards: Health 

Physics, v. 9, p. 1-5. N.S.A. 17:14552. Ha. 

Romanov, V. V. See Izrael, Yu. A.
116 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

R40 Romanov, V. V., and Soifer, V. N., 1961, Apparatus for measurement of 

natural tritium: Yadernaya Geofiz. Sbornik Statei, p. 202-210 [1962]. 

C.A. 60:4755 e. AnC, In.

Root, J. W. See Lee, J. K.

R41 Rose, Arthur, and Rose, Elizabeth, 1961, The condensed chemical dictionary, 6th edition: New York, Reinhold Publishing Corp., 1256 p. (See 

especially p. 1176-1177.) Ge, No. 

Rose, Elizabeth. See Rose, Arthur. 

Rosen, C.-G. See Ahnstroem, G.

R42 Rosenblum, Charles, 1959, Chemistry and application of tritium labeling: 

Nucleonics, v. 17, no. 12, p. 80-83. C.A. 54:10551 d. Eq, Ge of: Sy; Ki. A 

summary of preparations and applications of T.

R43 Rosenblum, Charles, and Meriwether, H. T., 1961, Experiences with 

tritiated compounds prepared by exposure to tritium gas, in Rothchild, 

Seymour, ed., Advances in tracer methodology, v. 1: New York, Plenum 

Press, p. 12-17 [1963]. N.S.A. 17: 18470. AdC, AnC, InBi, KiR, SeAd, Sy. 

Rosenblum, Cynthia. See Myers. L. S., Jr. 

Rosenqvist, I. Th. See Mourn, J. 

Ross, D. I. See Horton, J. H.

R44 Rothchild, Seymour, 1961a, Correlation of efficiency of labeling with 

chemical constitution, in Rothchild, Seymour, ed., Advances in tracer 

methodology, v. 1: New York, Plenum Press, p. 42-45 [1963]. N.S.A. 

17: 18473. Ge of: An, Is.

R45 Rothchild, Seymour, 1961b, Tritium labeling by other methods, in 

Rothchild, Seymour, ed., Advances in tracer methodology, v. 1: New York, 

Plenum Press, p. 50-51 [1963]. N.S.A. 17:18474. Ge of: AnC, IsKi, SeAd, 

SeEl, Sy.

R46 Rothchild, Seymour, ed., 1963, Advances in tracer methodology, v. 1: 

5th Ann. Symposium on Tracer Methodology (Oct. 20, 1961), and selected 

papers from the first Four Ann. Symposia and from issues of Atomlight, 

New York, Plenum Press, 340 p. N.S.A. 17:18469. Ge of: AnC, AnMs, 

Ha, In, KiR, NuB (with 50 articles). 

Rowland, F. S. See Fireman, E. L. 

Rowland, F. S. See Hoff, W. J. Jr. 

Rowland, F. S. See Kambara, T. 

Rowland, F. S. See Lee, J. K. 

R47 Rowland, F. S., 1959, Ratio of HT/HTO in the atmosphere: Jour. Chem.

Physics, v. 30, p. 1098-1099. C.A. 53: 17688 b. AbG.tm, Ki, Nu. 

R4S Rowland, F. S., 1962a, Syntheses with tritium, in Berber, R. H., ed., 

Inorganic Isotopic Symposium Proceedings: New York, W. A. Benjamin, 

Inc., p. 54-73. Ge.

R49 Rowland, F. S., 1962b, Chemical states of radioactive atoms formed in 

the atmosphere: Utrecht, Netherlands, Paper presented at 1st Symposium 

on Trace Gases and Natural and Artificial Radioactivity. Abatm, KiR. 

R50 Rowland, F. S., Hathaway, L., and Kambara, T., 1960, The chemical 

effects of nuclear transformations in systems of geochemical interest: 

Internat. Atomic Energy Agency Symposium on Chemical Effects of 

Nuclear Transformations, held at Prague, Czechoslovakia, Oct. 1960, Proc., 

v. 2, p. 255-264 [in English, 1961]. N.S.A. 16:11764. AbG.tm, AbGt.r,, 

Eql, IsKi, Ki, ThF. 

Rowlands, D. L. G. See Jones, J. R. 

Roy, L, P. See Dyne, P. J.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 117

R51 Roy, L. P., 1962, Influence of temperature on the electrolytic-separation 

factor of hydrogen isotopes: Canadian Jour. Chemistry, v. 40, p. 1452. 

AnC, IsTh, SeEl.

Rubin, Meyer. See Thatcher, L. L. 

Rubini, J. R. See Cronkite, E. P.

R52 Rubini, J. R., Cronkite, E. P., Bond, V. P., and Fliedner, T. M., 1960, 

The metabolism and fate of tritiated thymidine in man: Jour. Clinical 

Investigation, v. 39, p. 909-918. N.S.A. 14:15504. BiC, BiZ, Ha, InBi. 

R53 Rubini, J. R., Keller, S., and Cronkite, E. P., 1963, In vitro DNA labeling 

of bone marrow and leukemic blood leukocytes with tritiated thymidine: 

I, Physical and chemical factors which affect autoradiographic cell labeling: U.S. Atomic Energy Comm. Pub., BNL-7916, 46 p. N.S.A. 19:17398. 

Ge of: BiC, InBi. 

Ruby, P. See Guizeriz, J. 

Rudran, Kamala. Sec Kamath. P. R. 

Rutschmann, J. See Kalberer, F.

R54 Rydberg, Jan, 1958, Determination of the absolute activity of solid 

tritium samples: Acta Chemica Soandinavica, v. 12, p. 399-407 [in 

English]. C.A. 53:14747 g. AnC, Sy.

R55 Ryoichi, Ito, Nozaki, Tadashi, Nakamura, Asao, Morikawa, Naotake, 

and Simamura, Osamu, 1961, Radioassay of labeled organic compounds 

using gaseous samples; Til, Conversion of tritiated water into butane-l-3H 

and its gas counting: Tokyo, Japan, Radioisotopes, v. 10, p. 302-309. 

N.S.A. 16: 8787. AnC, IsKi, SeAd, Sy.

Sadarangani, S. H. See lyengar, T. S. 

Sadarangani, S. H. See Soman, S. D. 

Sahama, Th. G. See Rankama, Kalvero. 

Salamon, Andras. See Csanyi, P. F.

51 Salmon, O. N., 1958, Method of separating hydrogen isotopes: U.S. 

Patent 2,863,526 <tn U.S. Atomic Energy Comm.). N.S.A. 13:8417. AdL, 

SeAd.

52 Salomon, Mark, 1966, Isotope effects in mixtures of liquid H2O and T2O: 

Canadian Jour. Chemistry, v. 44, no. 6, p. 689-694. C.A. 64: 11929 d: 

N.S.A. 20:16424. AnC, Eq, IsKi, Kil, KiR.

53 Samuels, L. D., Kisieleski, W. E., and Baserga, Renato, 1964, Tritiated 

thymidine toxicity in mammalian systems: Atompraxis, v. 10, p. 144-148. 

N.S.A. 18: 17424. Ge of: BiC, BiZ, Ha, InBi.

54 Sandalls, J., 1961, A method for routine determinations of tritium in 

urine using a coincidence liquid scintillation counter: Harwell, Berks, 

England, United Kingdom Atomic Energy Authority, Atomic Energy 

Research Establishment. Pub., AERE-R-3716, 15 p. N.S.A. 15:29114. AnC, 

Ha.

Sandoval, Paula. Sec Bainbridge, A. E.

Sangodkar, D. B. See Pethe, V. A.

$5 Sannes, F., and Banville, B., 1965, Portable tritium-in-air monitor: U.S. 

Atomic Energy Comm. Pub., Accession 4235, AECL-2283, 19 p. C.A. 

65: 11712 d. AnC, Ha, In,, .

Santoro, Vittoria. Sec Marcuzzi, Giorgio.
118 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

56 Santoro, Vittoria, 1959, Deteruiinatiou of tritium by measurement of 

radioactivity with high precision with a Geiger-Muller counter: Gazz. 

Chim. Italiana, v. 89, p. 2102-2110 [in Italian] ; Saclay, France, Comm. 

a 1'Energie Atomique Rap., CEA-tr-X-315, 27 p. (includes original 10 p.). 

C.A. 55 : 3217 a : N.S.A. 16 : 8686. AnC.

Sasaki, T. See Seimiya, T.

Satchell, D. P. N. Sec Gold, V.

Sato, Yoshishige. Sec Yamada, Kiyoteru.

57 Scales, B., 1963, Liquid scintillation counting The determination of background counts of samples containing quenching substances: Anal. Biochemistry, v. 5. p. 489-496. N.S.A. 17:25606. AnC, InBi.

Schaad, L. J. Sec Swain, G. C.

Schachman, H. K. Sec Pace. N.

58 Schaeffer, O. A., and Hastings, J. M., 1950, Isotope effect on bond rupture 

by electron impact on hydrogen, deuterium, and tritium: Jour. Chem. 

7'hysics, v. 18. p. 1048-1050. Physics Abs. 53: 8800. IsMs, Sr.

59 Schafer, K., 1947, Physical chemical differences of isotopes: Angew. 

Chemie, v. A59, p. 42-48. C.A. 41: 5792 e. Eq, Ge, Is, Ki, SeEl, Sp, Th.

510 Scharpenseel, H. W., 1959, Direct tritium and carbon-14 labeling and 

liquid-scintillation spectrometry: Angew Chemie, v. 71, p. 640. C.A. 

54:8312 e. AnC, Sy.

511 Scharpenseel, H. W., 1960, Preparation and purification of gray and 

brown humic acid samples labeled with tritium Purpurogallin: Zeitschr. 

Pflanzenernahr., Diinguug Bodeukunde, v. 91, p. 131-146. C.A. 55: 11738 

be. Ab,-,, AdC, An, In,.,., KiR, Sy.

512 Scharpenseel, M. W., 1961a, Combined gas chromatography and radioacticity measurement for the determination of C"- and H3-labeled substances: Angew. Chemie, v. 73, p. 615-619. C.A. 56:3295 g. AdC, AnC.

513 Scharpenseel, H. W., 1961b, Effects of various material conditions on 

measurement yields in liquid-scintillation spectroscopy: Atompraxis, v. 7, 

p. 178, 181. C.A. 55:26736 cd; N.S.A. 15:20867. AnC.

514 Scharpenseel, H. W., and Gewehr, H., 1960, Studies with tritium-labeled 

water of the water movement in the soil: Zeitschr. Pflanzenernahr., 

Diingung Bodenkunde, v. 88, p. 35-49. C.A. 55: 10767 b. In*,-, InPe , Inhy . 

InA, InBi.

515 Scharpenseel, H. W., and Menke, K. H., 1961a. Radio column chromatographic assay of H3 [tritium]-labeled substances, in Tritium in the physical and biological sciences, v. 1, Proceedings Series: Vienna, Austria, 

Internat. Atomic Energy Agency Symposium on Detection and Use of 

Tritium in the Phys. and Biol. Sci., May 3-10, 1961, Proc., p. 281-302 

[1962]. N.S.A. 16:16096. AdC, AnC, Sy.

516 Scharpenseel, H. W., and Menke, K. H., 1961b, Radiochromatognaphy 

with weak /3 rays from S35, Cu, and H3, part II of Radio column chromatography with a liquid-scintillation spectrometer: Zeitschr. Anal. Chemie, 

v. 182, p. 1-10, C.A. 55: 24395 i. AdC, AnC, In.

517 Scharpenseel, H. W., and Pietig, F., 1965, Inorganic scintillators for 

measuring carbon-14 and tritium in column radiochromatographic flow 

cells: Atompraxis, v. 11, p. 98-101 [in German]. N.S.A. 19:22118. Ge of: 

AdC, AuC.

Schjetne, K. G. See Sigmoud, R. S.

Schmalz, B. L. See Hawkins, D. B.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 119

518 Schmalz, B. L., 1962, National reactor testing station waste-disposal 

practices and programs: U.S. Atomic Energy Comm. Pub., TID-7628, p. 

536-537. C.A. 58:1234 g. Ha, In, MeDf.

519 Schmalz, B. L., and Keys, W. S., 1962, Retention and migration of 

radioactive isotopes in the lithosphere at the National Reactor Testing 

Station, Idaho: Saclay, France, Comm. a 1'Energie Atomique, Centre 

Nucteaires, Colloque sur la Retention et la Migration Internationale des 

Ions Radioactifs dans les Sols, p. 243-255 (discussion, p. 255-256) [in 

English, 1963]. C.A. 61:436 g; N.S.A. 18:17349. Ab sw, AbPe , Abgw , In.w , 

Ingw , MeDfgW , SeAdPe .

Schmidlin, P. See Goebel, K.

520 Schmidt, H. L., 1963, Determination of 14C and 3H in biological material: 

Atompraxis, v. 9, p. 349-356 [in German]. N.S.A. 17:40737. AnC, InBi. 

Schnieden, H. See Foy, J. M. 

Schnos, M. See Caro, L. G.

521 Schoeller, H., 1959, Arid Zone hydrology Recent developments: Paris, 

France, UNESCO, Arid Zone Research, part XII of Arid Zone Hydrology 

125 p. Abgw, InAgw, MeDfgw . 

Scholch, J. See Ehhalt, D.

522 Schram, Eric, and Lombaert, Robert, 1962, Determination of tritium 

and carbon-14 in aqueous solution Avith anthracene powder: Anal. Biochemistry, v. 3, p. 68-74. C.A. 56:9043 e: N.S.A. 16: 7490. AdC, AnC. 

Schubach, K. See Zimmermann, U.

523 Schultz, Vincent, and K lent en t, A. W., Jr., eds., 1963, Radioecology: 1st 

Natl. Symposium on Radioecology, held at Colorado State Univ., Fort 

Collins, Colo., Sept. 10-15, 1961, Proc., New York, Reinhold Publishing 

Corp. and, Washington, Am. Inst. Biol. Sci., 759 p. N.S.A. 17:33539. AbO; 

Ge of: Bi, InPf, InBi. (About 90 articles, and a total of 2,452 references.)

524 Schulze, Janos, and Long, F. A., 1962, A method for liquid scintillation 

counting utilizing ultrasonic extraction: Anal. Biochemistry, v. 4, p. 99- 

102. N.S.A. 16:31839. AnC, In, KiH. 

Schulze, P. E. See Wenzel, Martin.

525 Schulze, P. E., and Wenzel, Martin, 1962, Automatic activity measurements during the separation of radioactive compounds by thin-layer 

chromatography: Agnew. Chemie Internat., v. 1, p. 580-582. N.S.A. 

17:21779. AdC, AnC, Sy.

Schuntacher, Ernst. See Oeschger, Hans.

Schumacher, Ernst. See Renaud, Andre.

526 Schumacher, Ernst, 1959, A mass spectrometer for chemical applications: 

Helvetica Chimica Acta, v. 42, p. 1248-1257 [in German]. C.A. 53: 17684 g. 

AnC, AnMs.

527 Schumacher, Ernst, 1960, Geochemistry: VIII, Extraction [Recovery] 

apparatus for tritium in natural water [Treatment plant for tritium in 

natural water] : Helvetica Chimica Acta, v. 43, p. 1019-1032 [in German] ; U.S. Atomic Energy Comm. Pub., NP-tr-607, 32 p. [English 

trans.]. C.A. 55:14083 h: N.S.A. 15:20667, N.S.A. 14:21788. AbG.now, 

AnC, SeEl.

Schumann, G. See Israel, G. W.

Schwarzer, D. See Fireman, E. L.

Schwebel, A. See Ziegler, C. A.

Schwendiman, L. W. See Healy, J. W.

Scully, N. J. See Chorney, W.
120 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

528 Seaborg, G. T., 1947, Artificial radioactive tracers. Applications to chemistry and medicine: Science, v. 105, p. 349-354. C.A. 41:3687 c. BiB, BiC, 

Ge, Ha, InBi, Nu, NuR.

529 Sedlet, J,, Robinson, J., and Fairman, W., no date, A cobalt and a tritium incident at Argonne National Laboratory: U.S. Atomic Energy Comm. 

Pub., WASH-1023, p. 101-106. N.S.A. 14:2270. Ha, InBi, BiZ.

530 Segel, K.-H., 1961, Tritium in industry and technology: Isotopentechnik. 

v. 1, p. 169-171 [in German] ; Saclay, France, Comm. a 1'Energie Atomique, 

Centre d'Etudes Nucl&iires Rap., CEA-tr-A-1108, 13 p. N.S.A. 15:31087, 

N.S.A. 16:15048. Ge of: An, In.

531 Seimiya, T., Sekine, K., and Sasaki, T., 1965, Counting of tritium with 

a thin-windowed Geiger-Mueller counter tube: Jour. Sci. Instruments, v. 

42, no. 12, p. 906-907 [in English]. C.A. 64:257 a. AnC. 

Sekine, K. See Seimiya, T.

532 Seliger, H. H., Mann, W. B., and Cavallo, L. M., 1958, Average energy 

of sulfur-35 j3 decay: [U.S.] Natl. Bur. Standards Jour. Research, v. 60, 

Paper 2859, p. 447-450. NuR.

533 Seligman, H., Cameron, J. F., Cohen, M., Eriksson, Erik, and Payne, 

B. R., no date, Radioactive nuclides and their radiations as an important 

tool for the benefit of less developed areas: U.S. Atomic Energy Comm. 

Pub., NP-12679, 9 p. N.S.A. 17:20279. Ge of: Inhy , InP ., InBi, Is.

Sellschop, J. P. F. See Verhagen, B. Th.

Semal, M. See Baugnet-Mahieu, L.

Senin, M. D. See Popov, M. M.

534 Sepall, O., Lang, A. R. G., and Mason, S. G., 1961, Counter for measurement of tritium exchange in solids: Canadian Jour. Chemistry, v. 39, p. 

827-834. C.A. 55:14096 b; N.S.A. 15:15790. AnC, Nu, SeAd.

535 Sepall, O., and Mason, S. G., 1960, Vapor-liquid partition of tritium in 

tritiated water: Canadian Jour. Chemistry, v. 38, p. 2024-2025. C.A. 

55:7009 g; N.S.A. 15:1737. Ab.rt, MeSt, Se, SeDs, ThP, ThSo.

536 Sepall, O., and Mason, S. G., 1961, Hydrogen exchange between cellulose 

and water; I, Measurement of accessibility: Canadian Jour. Chemistry, 

v. 39, p. 1934-1943. C.A. 56: 3691 e. Ad, InBi, SeAd. 

Serrel, F. Sec Pellerin, P.

537 Setter, L. R., Hagee, G. R., and Straub, C. P., 1958, Analysis of radioactivity in surface waters Practical laboratory methods: Am. Soc. Testing & Materials Spec. Tech. Pub. 235, p. 56-66. C.A. 53:16720 f. AnC.

Shaikh, M. U. Sec Jacobs, D. G.

Shal'nov, M. I. See Bogdanov, K. M.

Shalygin, V. A. See Zel'venskii, Ya. D.

Shan'gin, N. N. See Alekseev, F. A.

538 Shapira, Jacob, and Perkins, W. H., 1960, Liquid scintillation counting 

of aqueous solutions of Cu and tritium: Science, v. 131, p. 414-415. C.A. 

54:23976 a; N.S.A. 14:8463. AnC, SeAd.

Shapiro, E. See Cannon, C. V.

Shapiro, E. M. See Jenks, G. H.

539 Shapiro, I. L., and Kritchevsky, D., 1964, The quenching of carbon-14 

and tritium by organic solvents in two common liquid-scintillation solutions : Internat. Jour. Appl. Radiation and Isotopes, v. 15, p. 325-330. 

C.A. 61:7907 h; N.S.A. 18:29682. AnC. 

Sharefkin, D. See Pichat, L.

540 Sharp, R. A., and Ellis, J. G., 1965, System design in low-background 

internal-gas-sample counting of carbon-14 and tritium, in Chatters, R. M.,
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 121

and Olson, E. A., Radiocarbon and tritium dating: Pullman, Wash., Washington State Univ., 6th Internat. Conf. on Radiocarbon and Tritium Dating, June 7-11, 1965, Proc., p. 17-28. An, InA, Ki.

541 Sharpe, J., and Stanley, V. A., circa 1961, The development of photomultiplier tubes for tritium counting: U.S. Atomic Energy Comm. Pub., 

CONF-182-22, 29 p. N.S.A. 18:27806. AnC.

542 Sharpe, J., and Stanley, V. A., 1961, Photomultipliers for tritium counting, in Tritium in the physical and biological sciences, v. 1, Proceedings 

Series: Vienna, Austria, Internat. Atomic Energy Agency Symposium on 

Detection and Use of Tritium in the Phys. and Biol. Sci., May 3-10, 

1961, Proc., p. 211-229 [1962]. C.A. 57:10738 i; N.S.A. 16:16092. AnC, 

KiP.

543 Shaw, D. F., 1955, An automatic instrument for controlling the tritium 

content of the air: Jour. Sci. Instruments, v. 32, p. 178-180. C.A. 54: 5177 h. 

An, Ha.

844 Shedlovsky, J. P., 1961, Cosmogenic manganese-53, aluminum-26, and 

beryllium-10 in iron meteorites and a search for terrestrial manganese53: Princeton, N. J., Princeton Univ. thesis, 142 p. AbGatm, AbGmet. 

Shefner, D. See Powers, E. L.

545 Shen, S. P., Korff, S. A., and Neuburg, H. A. C., 1963, Tritium content 

of antarctic snow: Nature, v. 199, p. 60-61. N.S.A. 17:28614. AbG.n.w, 

In, InAsno », MeDf8n0 w, MeDf.,m .

546 Sheppard, Herbert, and Rodegker, Waldtrout, 1962a, Parr bomb combustion of tissues for carbon-14 and tritium analysis: Atomlight, v. 22, 

p. 1-3. C.A. 58:10503 e. AnC, InBi, Sy.

547 Sheppard, Herbert, and Rodegker, Waldtrout, 1962b, Determination of 

H3 and C4 in biological materials using oxygen-bomb combustion: Anal. 

Biochemistry, v. 4, p. 246-251. C.A. 58:4805 c; N.S.A. 16:31552. AnC, 

InBi.

548 Sheppard, P. A., 1963, Atmospheric tracers and the study of the general 

circulation of the atmosphere: Repts. Prog. Physics, v. 26, p. 213-267. 

N.S.A. 18:10617. Ge of: In. tn,, MeDf.tm. 

Sheppard, W. A. See Swain, G. C.

549 Shoemake, G. R., Fenimore, D. C., and Zlatkis, A., 1965, Radiation 

sources for ionization detectors in gas chromatography: Jour. Gas Chromatography, v. 3, no. 8, p. 285-286. C.A. 64:8 a. AdC, AnC.

Shorter, R. G. See Titus, J. L. 

Shtukkenberg, Yu. M. See Bogdanov, K. M.

550 Shtukkenberg, Yu. M., 1960, Primenenie tritiya v biologicheskikh isslodovaniyakah [Use of tritium in biological research] : Akad. Nauk Meditsinskikh SSSR. U.S. Atomic Energy Comm. Pub., A/AC.82/G/L.552, 84 

p. N.S.A. 15:15342. Ge of: AbG, AbO, AnC, Ha, InBi, Nu, SeAd (with 

93 references).

551 Shushunov, V. A., and Andreev, B. J., 1958, The kinetic isotopic effect 

in the reaction of hydrogen and tritium with some metal oxides: Akad. 

Nauk SSSR Doklady, v. 121, p. 689-692 [in Russian]. N.S.A. 12:16258. 

Eql, Kil, SeAd.

Sidei, Tunahiko. See Higashimura, Takenobu.

Siegel, O. See Zimmermann, U.

552 Sigmond, R. S., and Schjetne, K. G., 1961, A simple low-background 

photon coincidence detector for tritium liquid scintillation counting: Appl.
122 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Sci. Research, Sec. B, v. 9, p. 93-101 [in English]. C.A. 55:23099 a; N.S.A. 

15:20864. AnC, KiP.

Signer, Peter. See Geiss, Johannes.

Simamura, Osamu. See ltd, Ryoiche.

Simamura, Osamu. See Ryoichi, ltd.

Simmel, E. B. Sec Eidinoff, M. L.

553 Simon, Helmut, 1960, Beitrage zur methodik des arbeitens mit radioactiven isotopen in der organischen chemie und biochemie [Contribution 

to methods for working with radioactive isotopes in organic chemistry 

and biochemistry] : Berlin-Charlottenburg, Germany, Tech. Univ., 67 p. 

N.S.A. 14:18895. AnC, BiC, SeAd.

554 Simon, Helmut, 1961, Work with tritium in organic and biochemistry: 

Angew. Chemie, v. 73, p. 481-487. C.A. 55:21183 g. Bi; Ge (with 198 references).

555 Simon, Helmut, 1963, The utilization of tritium in biochemistry: 

Deutsche Akad. Wiss. Berlin Abh., Kl. Medizin, v. 1963, no. 4, p. 273-282. 

C.A. 61: 2077 a. Ge of: BiB, InBi.

R56 Simon, Helmut, 1964, Determination of carbon-14 and tritium in labeled 

compounds: German Patent 1,209,776 (Cl. G Oln) [1966]. C.A. 64:13720 

ab. AnC.

S57 Simon, Helmut, and Berthold, F., 1962, Measurement of weak ^-emitters 

in the gas phase: Atomwirtschaft, v. 7, no. 10, p. 498-507. C.A. 60:12858 f. 

Ge of: AnC (with 67 references).

S."»s Simon, Helmut, Daniel H., and Klebe, J. F., 1959, Measurement of carbon-14 and hydrogen-3 in the gas phase: Angew. Chemie, v. 71, p. SOSSOS. C.A. 53: 16733 c. AnC, Sy.

R59 Simon, Helmut, Dorrer, H. D., Trebst, Achim, 1964, Photosynthesis of 

Chlorella in tritiated water: Zeitschr. Naturforschung, v. 19b, no. 8, p. 

734-744. C.A. 61: 13635. BiB, InBi.

560 Simon, Helmut, and Trebst, Achim, 1961, Tritium assimilation in some 

sugars during photosynthesis: Zeitschr. Naturforschung, v. 16b, p. 285- 

287. C.A. 55:27546 f: N.S.A. 15:21953. AbO, AdC, BiB, InBi, KiP, MeDf, 

SeAd. 

Simonet, Guy. See Coulon, Andre.

561 Simpson, J. A., 1960, The production of tritons and Cu in the terrestrial atmosphere by solar protons: Jour. Geophys. Research, v. 65, p. 

1615-1616. AbGa,m.

Singer, S. F. See Galli, M.

562 Singer, S. F., 1960, Production of tritium in nuclear spallation: Geochim. 

et Cosmochim. Acta, v. 19, p. 216-217 [in English]. C.A. 55:278 a; N.S.A. 

14 : 24371. AbG, NuP.

563 Sirchis, J., ed., 1964, Preparation and bio-medical application of labeled 

molecules: Vienna, Austria, European Atomic Energy Community Symposium, May 23-29, 1964, Proc., EUR-2200.e, 514 p.; U.S. Atomic Energy 

Comm. Pub., CONF-774, 514 p. N.S.A. 19:32260. AnC, Ha. 

Siri, W. See Prentice, T. C,

564 Siri, W., and Evers, J., 1961, Tritium exchange in biological systems, in 

Tritium in the physical and biological sciences, v. 2: Vienna, Austria, 

Internat. Atomic Energy Agency Symposium on Detection and Use of 

Tritium in the Phys. and Biol. Sci., May 3-10, 1961, Proc., p. 71-84 [1962]. 

C.A. 57: 17232 f. AbO, BiC, Ha, InBi, MeDf, Nuln, SeAd.

S6f> Skauen, D. M., 1961, Tritium in ecology A review, in Schultz, Vincent, 

and Klement, A. W., Jr., eds., Radioecology: 1st Natl. Symposium on
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 123

Radioecology, held at Colorado State Univ., Fort Collins, Colo., Sept 10- 

15, 1961, Proc., New York, Reinhold Publishing Corp. <wd, Washington, 

Am. Inst Biol. Sci., p. 603-609 [1963]. N.S.A. 17:33612. AbO. Ge of: 

Bi, InBi (with 155 references).

566 Skauen, D. M., 1963, The effects of tritium oxide on aquatic organisms: 

U.S. Atomic Energy Comm. Pub., TID-18499, 11 p. N.S.A. 17:19791. AbO, 

BiC, BiZ, MeDf, SeAd.

567 Skauen, D. M., 1964, The effects of tritium oxide on aquatic organisms 

Final report: U.S. Atomic Energy Comm. Pub., NYO-3039-1, 17 p. N.S.A. 

19:33. AbO, AnC, BiZ, Ha, In,w , InBi, Sy.

568 Skibitzke, H. E., 1957, The use of radioactive tracers in hydrologic field 

studies of ground-water motion: Toronto, Canada, Internat. Union Geodesy 

and Geophysics, Gen. Assembly, 1957. Internat. Assoc. Sci. Hydrology, v. 

2, p. 243-252 [1958]. InAgw, MeDfgw.

569 Skibitzke, H. E., 1960, Radioisotopes in the laboratory for studying 

ground-water flow: Helsinki, Finland, Gen. Assembly, Internat. Assoc. 

Sci. Hydrology, Pub. 52, p. 513-523. Adgw, InAgw, InHy, MeDfgw , SeAdgw.

570 Skibitzke, H. E., 1962, The use of radioisotopes in the study of groundwater motion, in Ferrier, M. D., ed., Transactions of the American Nuclear 

Society, 1962 winter meeting, Washington, D.C., Nov. 26-28, 1962 [Abs.] : 

Am. Nuclear Soc. Trans., v. 5, no. 2, p. 275. N.S.A. 17:3655. Ingw.

Skyring, A. P. See Pickworth, J. W.

Smetana, F. See Kisieleski, W. E.

571 Smirnov, Yu. N., 1964, Formation of hydrogen and 4He in the universe 

at the prestellar stage (in the Gamow model) : Astron. Zhur., v. 41, no. 6, 

p. 1084-1089 [in Russian]. C.A. 62:11372 c. AbG. 

Smith, C. See Yang, J. Y.

572 Smith, C. H., and Gevantman, L. H., 1964, The effect of selected diluent 

gases on the self-induced isotopic exchange between tritium and water 

vapor: San Francisco, Calif. [U.S.] Naval Radiolog. Defense Lab., Pub. 

AD 601367, 14 p. C.A. 62:3611 d. An, SeAd.

573 Smith, C. L., 1963, Radioactive substances in biological research: Strahlenschutz Forsch. Praxis, v. 3, p. 15-40 [in German]. C.A. 65:10955 h. 

Ge of: An; InBi, KiP.

Smith, D. B. See Alien, R. A.

Smith, D. B. See Clayton, C. G.

574 Smith, D. B., and Rawson, D. S., 1961, The reconcentration of tritium 

by distillation, in Tritium in the physical and biological sciences, v. 1, 

Proceedings Series: Vienna, Austria, Internat. Atomic Energy Agency 

Symposium on Detection and Use of Tritium in the Phys. and Biol. Sci.. 

May 3-10, 1961, Proc., p. 105-120 [1962]. C.A. 57:10767 gh; N.S.A. 

16:16084, An, SeAd, SeDs.

575 Smith, G. N., Emerson, R. J., Temple, L. A., and Galbraith, T. W., 

1953, The oxidization of molecular tritium in mammals: Archives Biochemistry and Biophysics, v. 46, p. 22-31. C.A. 48:254 d. BiC, InBi.

576 Smith, G. N., and Marshall, R. 0., 1952, Fixation of molecular tritium 

by bacterial suspensions: Archives Biochemistry and Biophysics, v. 39, p. 

395-405. C.A. 47:634 e. AbO, BiC, InBi. 

Smith, H. A. See Akhtar, Sayeed. 

Smith, H. A. See Carter, B. H., Jr.

577 Smith, H. A., and Carter, E. H., Jr., 1961, The separation of hydrogen, 

tritium and tritium hydride by gas chromatography, In Tritium in the
124 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

physical and biological sciences, v. 1, Proceedings Series: Vienna, Austria, 

Internat. Atomic Energy Agency Symposium on Detection and Use of 

Tritium in the Phys. and Biol. Sci., May 3-10, 1961, Proc., p. 121-133 

[1962], N.S.A. 16:16085. AnC, EcC, In, SeAd.

Smith, H. H. See Prensky, Wolf.

Smith, R. W. See Glascock, R. F.

578 Smulek, Wiktor, 1959, Tritium, radioisotope of hydrogen: Nukleonika, 

v. 4, p. 371-380 [in Polish]. C.A. 54:19191 d; N.S.A. 14:4301. Ge of: 

Abart, In, Nu.

Smyth, D. G. See Banks, T. E.

579 Snell, J. F., 1961, Liquid scintillation counting of tritium in suspended 

materials, in Rothchild, Seymour, ed., Advances in tracer methodology, 

v. 1: New York, Plenum Press, p. 106-112 [1963]. C.A. 58: 10947 a; N.S.A. 

17:18480. AnC, InBi, Sy.

Sniegoski, L. T. See Isbell, H. S.

Soifer, V. N. See Alekseev, F. A.

Soifer, V. N. See Finkel'shtein, Ya. B.

Soifer, V. N. Sec Izrael, Yu. A.

Soifer, V. N. See Romanov, V. V.

580 Soifer, V. N., 1961, Method for determining natural tritium as a means 

for solving hydrogeological and hydrotechnical problems: Moscow, U.S.S.R., 

Radioaktivnye Izotopy i Yadernye Izlucheniya v Narodnom Khozyaistve 

SSSR Trudy, v. 4, p. 133-138. C.A. 57: 4479 ab. AnC, InA.

Sokolovskii, E. V. See Alekseev, F. A.

Sokolovskii, E. V. See Vasil'eva, N. A.

Seller, R. See Friedman, I.

Solomon, A. K. See Paganelli, C. V.

Soman, S. D. See lyengar, T. S.

581 Soman, S. D., lyengar, T. S., Sadarangani, S. H., and Vaze, P. K., 

circa 1963, Estimation of tritium by gas-phase counting technique: U.S. 

Atomic Energy Comm. Pub., AEET/HP/TM-10, 40 p. N.S.A. 17:15871.

AnC, Illatm.

Somasundaram, S. See lyengar, T. S.

582 Sommerville, J. L., ed., 1959, The isotope index: 4th ed., Indianapolis, 

Ind., Scientific Equipment Co., 120 p. C.A. 54: 20567 g. Ge. 

Soudain, G. See Chapius, A. M.

583 Soudain, G., Blanchard, P., and Chapius, A. M., 1960, Determination 

of tritium in the atmosphere: Vienna, Austria, Symposium on Selected 

Topics Radiation Dosimetry Proc., 1960, p. 203-215 [in French, 1961]. 

C.A. 57:4263 g. AnC, In.

Spafford, N. R. See Kabara, J. J.

Spar, Jerome. See Feely, H. W.

Spar, Jerome. See Friend, J. P.

Spedding, D. J. See Wilson, A. T.

584 Spernol, A., and Denecke, B., 1964a, High-precision absolute gas counting of tritium; I, Preparation of hydrogen and counting gas: Internat. 

Jour. Appl. Radiation and Isotopes, v. 15, no. 3, p. 139-149 [in German]. 

C.A. 60:12859 d; N.S.A. 18:15978. AnC, Sy.

585 Spernol, A., and Denecke, B., 1964b, High-precision absolute gas counting tritium; II, Characteristics and construction of internal gas counters, 

especially for hydrogen-methane mixtures: Internat. Jour. Appl. Radiation
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 125

and Isotopes, v. 15, no. 4, 195-211 [in German]. C.A. 61:264 g; N.S.A. 

18:37088. AnC.

586 Spernol, A., and Denecke, B., 1964c, High-precision absolute gas counting of tritium; III, Absolute counting of tritium in the internal gas 

counter: Internat. Jour. Appl. Radiation and Isotopes, v. 15, no. 5, p. 241- 

254 [in German]. C.A. 61:1478 f; N.S.A. 18:37089. AnC, Nu.

Spratt, J. L. See Okita, G. T.

Sreekantan, B. V. See Daniel, R. R.

Srinivasan, S. See Bockris, J. O'M.

Ssissiguina, T. I. See Karol, I. L.

Stahl, W. See Von Buttlar, Haro.

587 Staley, D. O., 1963, Atmospheric circulation from fission-product radioactivity in surface air: Science, v. 140, p. 667-670. Ab.tm, MeDf.tm. 

Stanley, V. A. See Sharpe, J.

588 Stanley, V. A., 1964, Progress on photomultipliers and image intensiflers at EMI Electronics, Ltd.: Nuclear Set. Trans., v. 11, no. 3, p. 113- 

119. C.A. 61:14013 1». AnC.

589 Steacie, E. W. R., 1954, Atomic and free radical reactions: Am. Chem. 

Soc. Mon. 125, 2d ed., New York, Reinhold Publishing Corp., 901 p. C.A. 

48:11176 h. Eq, Ge (with 48 pages of bibliography), Ki.

590 Stead, F. W., 1963, Tritium distribution in ground water around large 

underground fusion explosions: Science, v. 142, no. 3596, p. 1163-1165. 

C.A. 60:5042 de; N.S.A. 18:1905. AbGgw , Ingw , InHy, MeDfgw .

591 Stebbins, A. K., 3d, 1961a, Report on the high-altitude sampling programme: [U.S.] Defense Atomic Support Agency Pub., DASA-1300. Ab.tm, 

MeDf.tm.

592 Stebbins, A. K., 3d., 1961b, Second special report on the high-altitude 

sampling program (HASP) : U.S. Atomic Energy Comm. Pub., DASA539B, 243 p. N.S.A. 15:32379. AbG.tm, An, Ha, In.tm InA.tm MeDf.tm, 

Nu, Sa.tm.

593 Stebbins, A. K., 3d, 1961c, Report on the high-altitude sampling programme: [U.S.] Defense Atomic Support Agency Pub., DASA-539B. Ab.tm, 

MeDf.tm.

594 Stebbins, A. K., 3d, 1961d, The high-altitude sampling program: U.S. 

Dept. Cpmmerce, Office Tech. Service, Publication Board Rept, P.B. 

181,066, 245 p. C.A. 58: 5236 f. AbG.tm, Ha, InA, MeDf.

595 Steel, G. G., 1960, A simple method of estimating the tritium content of 

biological samples: Internat. Jour. Appl. Radiation and Isotopes, v. 9, nos. 

1-4, p. 94-99. C.A. 62:812 h; N.S.A. 15:8712. AbO, AnC, InBi, Sy.

596 Steel, G. G., 1961, Use of direct tritium-assay techniques in studies with 

tritiated thymidine, in Tritium in the physical and biological sciences, v. 

2, Proceedings Series: Vienna, Austria, Internat. Atomic Energy Agency 

Symposium on Detection and Use of Tritium in the Phys. and Biol. Sci., 

May 3-10, 1961, Proc., p. 349-359 [1962]. C.A. 57: 10409 b. AnC, InBi, Sy.

Stein, Gabriel. See Jortner, Joshua.

Stein, p. L. See Wimber, D. E.

597 Stein, O. L., 1964, Comprehensive final report of research activities: 

U.S. Atomic Energy Comm. Pub., TID-21604, 43 p. N.S.A. 19:12961. BiB, 

InBi (with reference'list of publications from this study program).

$98 Stein, O. L., and Quastler, Henry, 1961, Effect of tritiated thymidine on 

the morphogenesis of lateral roots, in Tritium in the physical and biological sciences, v. 2, Proceedings Series: Vienna, Austria, Internat.
126 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Atomic Energy Agency Symposium on Detection and Use of Tritium in 

the Phys. and Biol. Sci., May 3-10, 1961, Proc., p. 149-153 [1962]. C.A. 

57:11498 g; N.S.A. 17:35444. AbO, AdC, BiB, InBi, MeDf, SeAd. 

S99 Stein, O. L., and Quastler, Henry, 1964, Effect of tritiated thymidine 

on the morphogenesis of lateral roots in Zea mays: Radiation Research, 

v. 21, p. 212-222. N.S.A. 18:11780. AbO, AnC, BiB, InBi, SeAd, SpX.

5100 Steinberg, Daniel, 1960, Radioassay of aqueous solutions in the liquid 

scintillation spectrometer: Anal. Biochemistry, v. 1, p. 23-39. C.A. 54: 

19201 h. AnC.

5101 Steinberg, Daniel, 1961, A new technique for counting aqueous solutions 

in the liquid scintillation spectrometer, in Rothchild, Seymour, ed., Advances in tracer methodology, v. 1: New York, Plenum Press, p. 93-105 

[1963]. N.S.A. 17:18479. AnMs.

Stepanenko, V. A. See Gorlovoi, G. D.

Stephens, Nelson. See Synder, Fred.

Stevens, W. H. See Bayly, J. G.

Stewart, G. L. See Hoffman, C. M.

5102 (Reference deleted.)

5103 Stewart, G. L., 1965, Experiences using tritium in scientific hydrology, 

in Chatters, R. M., and Olson, E. A., Radiocarbon and tritium dating: 

Pullman, Wash., Washington State Univ., 6th Internat. Conf. on Radiocarbon and Tritium Dating, June 7-11, 1965, Proc., p. 643-658. Abgw , Ab.w, 

Ab.tm, AbHy, InAgw, InA,w, InA.tm, InAHy , MeDf,*, MeDf.w, MeDf., m , 

MeDfHT, SeAdg,, SeAd.,, SeAd., m.

5104 (Reference deleted.)

5105 Stewart, G. L., and Hoffman, C. M., 1966, Tritium rainout over the 

United States in 1962 and 1963: U.S. Geol. Survey Circ. 520, 11 p. Ab.,m, 

In.tm, MeDf.tm.

5106 Stewart, N. G., Crooks, R. N., and Fisher, E. H. R., 1955, The radiological doses to persons in the United Kingdom due to debris from nuclear 

explosions: Harwell, Berks, England, United Kingdom Atomic Energy 

Research Establishment Pub., HP/R 1701, 25 p. AbG, Ha, InBi.

5107 Stewart, T. D., and Harman, D., 1946, Exchange of hydrogen and tritium ions during alkylation, catalyzed by tritium sulfuric acid: Am. Chem. 

Soc. Jour., v. 68, p. 1135-1136. C.A. 40: 46538. EqL, Sy.

Stich, W. See Ehhalt, D.

Stipp, J. J. See Noakes, J. E.

Stouls, Leon. See Coulon, Andre.

5108 Stouls, Leon (to Comm. a Pfinergie Atomique), 1960, Improvements 

in methods and apparatus for producing deuterium by distillation of 

hydrogen: British Patent 932,178 [July 24, 1963]. N.S.A. 17:36181. An, 

SeDs.

Stranks, D. R. See Carson, A. S.

Straub, C. P. See Setter, L. R.

Striganov, A. R. See Oganov, M. N.

5109 Stromnaes, Oistein, 1962, Mutagenic effect of Cu-labeled and H'-labeled 

deoxyribonucleic acid precursors injected into Drosophila melanogaster 

males: Canadian Jour. Genetics and Cytology, v. 4, p. 440-446. C.A. 

58 :14494 b. BiZ.

Stroud, A. N. See Brues, A. M. 

Studier, M. H. See Horrocks, D. L.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 127

Suess, H. E. See Bainbridge, A. E. 

Suess, H. E. See Earth, C. A.

5110 Suess, H. E., 1958, Low-level counting: U.S. Atomic Energy Comm. Pub., 

AECU-4164, 23 p. N.S.A. 13:14408. Ab.tm, AnC, In.tni.

5111 Suess, H. E., 1961, Chemical reactions in the lower and upper atmosphere : Internat. Symposium Proc., held at Stanford Research Inst, 

San Francisco, Calif., Apr. 18--20, 1961. New York, Interscience Publishers, 

Inc., p. 236-237. AbG,» m , Eq, Ki.

5112 Sutra, Genevieve, 1948, The possible existence of the H3 0 + ions: Acad. 

Sci. Comptes Rendus, v. 226, p. 1194-1195. C.A. 42: 7137 g. Ab, EcC, Eql, 

ThSo.

Svoboda, J., See Vavrejn, B. 

Svobodova, J. See Franc, Z.

5113 Swain, G. C., Kreiter, V. P., and Sheppard, W. A., 1956, Procedure for 

the routine assay of tritium in water: Anal. Chemistry, v. 27, p. 1157- 

1159. C.A. 50: 109 c, C.A. 50: 7664 h. AnC.

5114 Swain, G. C., Kresge, A. J., 1958, Exchange reactions between hydrogen 

gas and hydroxyl groups. A convenient preparation of tritium-labeled 

water: Am. Chem. Soc. Jour., v. 80, p. 5281-5283. C.A. 53:5835 g. AnC, 

SeAd, Sy.

5115 Swain, G. C., and Schaad, L. J., 1958, A relation between protium-tritium and protium-deuterium isotope effects: U.S. Atomic Energy Comm. 

Pub., AECU-3968, 11 p. IsEq. 

Sweeton, F. H. Sec Jenks, G. H.

!Sllb Symonds, A. E., Jr., 1959, Removal of tritium contamination from surfaces of metals: U.S. Atomic Energy Comm. Pub., DP-367, 19 p. N.S.A. 

13: 15225. Ha, IsKi, IsTh.

S117 Synder, Fred, and Stephens, Nelson, 1962. Quantitative carbon-14 and 

tritium assay of thin-layer chromatography: Anal. Biochemistry, v. 4, 

p. 128-131. C.A. 58:738 e: N.S.A. 16:31840. AdC. AnC. 

Szarvas, T. See Mlinko, S.

Tl Taikhert, A. M., Morozov, N. M., and Temkin, M. I., 1963, Kinetics of 

tritium exchange between steam and hydrogen on nickel catalysts: Kinetika i Kataliz, v. 4. p. 904-909 [in Russian]. N.S.A. 18:10081. KiR, 

SeAd.

Takahashi, Hajime. See Hattori. Toshie. 

Takahashi, Hajime. See Mizuno, Shigeki.

T2 Takahashi, Hajime, Hattori, Toshie, and Maruo, Bunji, 1963, Liquid 

scintillation counting of biological compounds in aqueous solution: Anal. 

Chemistry, v. 35, p. 1982-1983. N.S.A. 17:40729. AnC, InBi, Sy. 

Takahashi, Tan. See Kang, Yung-ho. 

Takahashi, Tan. See Yamazaki [Yamasaki], Fumio.

T3 Takahashi, Tan, 1964, Measurement of tritium at natural levels: Genshiryoku Kogyo, v. 10, no. 2. p. 65-68 [in Japanese]. C.A. 63:1587 h. Ab, 

AnC, In.

T4 Takahashi, Tan, Hamada, Tatsuji, and Yamasaki [Yamazaki], Fumio, 

1965a, An externally quenched hydrogen counter for low-level tritium 

measurements: Nuclear Instruments and Methods, v. 35, no. 1. p. 120-
128 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

124 [in English]. C.A. 63:3856 g; N.S.A. 19:34500. Ab.tm, Abgw , AnC,

iDatm, Ingw .

T5 Takahashi, Tan, Hamada, Tatsuji, and Yamasaki [Yamazaki], Fumio,

1965b, Measurement of tritium in rain, city water, ground water, and hot 

spring: Tokyo, Japan, Inst. Phys. and Chem. Research Sci. Papers, v. 59, 

p. 49-51. N.S.A. 19:30414. Ab.« m , Absw , Abgw , In.tm, InS w, Ing w, SeEl. 

T6 Takahashi, Tan, Ohno, S., and Hamada, Tatsuji, 1963, Measurement of 

low-level tritium: 5th Japan Conf. on Radioisotopes Proc., no. 3, p. 75-77 

[in Japanese]. N.S.A. 17:30083. AnC, Inatm, In8W , MeDf,*, SeEl. 

T7 Tamers, M. A., 1963a, Low concentration of tritium in iron meteorites: 

Nature, v. 197, p. 276-277. C.A. 58:8813 d; N.S.A. 17:14495. AbGmet, 

IuA. Nu. 

Ts Tamers, M. A., 19t>3b, Tritium retention in iron meteorites: Nature, v.

200, no. 4906, p. 564-565. C.A. 60:5232 d. AbGmet.

T'.l Tamers, M. A., l!)t>.">. Routine cjirbon-14 dating using liquid-scintillation 

techniques, in Chatters, R. M., and Olson, E. A., Radiocarbon and tritium 

dating: Pullman, Wash.. Washington State Univ., 6th Internat. Conf. on 

Radiocarbon and Tritium Haling, June 7-11. 196."), Proc., p. 53-60. AnC. 

T10 Tamers, M. A., and Bibron, Roland, 1963, Benzene method measures 

tritium in rain without isotope enrichment: Nucleonics, v. 21, no. 6, p. 90, 

!)2-S)4. C.A. r,!):7134 c : X.S.A. 17:27202. AhGK «., AbG.,,,,, AnC, AnMs, Ingw , 

InAgw, SeAd.

Til Tamers, M. A., Bibron, Roland, and Delibrias, Georgette, 1961, Measuring low tritium levels by using a benzene liquid scintillator, in Tritium 

in the physical and biological sciences, v. 1, Proceedings Series: Vienna, 

Austria, Internat. Atomic Energy Agency Symposium on Detection and 

Use of Tritium in the Phys. and Biol. Sci., May 3-10, 1961, Proc., p. 

303-312 [1062]. C.A. 57:10739 d: N.S.A. 16:16097. Ab.tm, AnC, Is, SeAd, 

Sy.

T12 Tamers, M. A., and Diez, M., 1964, Determination of HC and tritium 

in blood and other biological materials: Internat. Jour. Appl. Radiation 

and Isotopes, v. 15, no. 12, p. 697-702. C.A. 62: 8111 h, C.A. 55: 18206 c; 

N.S.A. 19: 13238. AnC, BiZ, Ha, InBi.

Tanaka, Yoshimasa. See Kitahara, Kazuta. 

Tang, Yi-noo. See Lee, J. K. 

Tatarinskii, V. S. See Zel'venskii, Ya. D.

T13 Taub, H., and Kusch, P., 1949, The magnetic moment of the proton: 

Phys. Rev., v. 75, p. 1481-1492. C.A. 43: 5303 f. EIMn, Ge. 

Tayler, K. J. See Boyce, I. S. 

Taylor, B. T. See Bainbridge, A. E. 

Taylor, B. T. See Bishop, K. F. 

Taylor, C. B. See Grant-Taylor, T. L.

T14 Taylor, C. B., 1963, Accuracy in the determination of the tritium concentrations of natural waters in the South Pacific Ocean area, 1959- 

1963. at the tritium laboratory, Institute of Nuclear Sciences, Lower Hutt, 

New Zealand: Inst. Nuclear Sci., Lower Hutt, New Zealand, Rept. INSR-27, 69 p. N.S.A. 18:31370. Ab.tm, Aboce.n, Ab8w, Abgw, AnC, InA.tm, 

InAoeean, InAsw, InAEW , MeDf.tm, MeDfoc,.n , MeDfsw , MeDfgw , SeEl. 

Tli) Taylor, C, B., 1964, Tritium content of antarctic snow: Nature, v. 201, 

no. 4915, p. 146-147. C.A. 60:10167 f; N.S.A. 18:12353. Absn0w, AbG,n0 w, 

Anc, InA, n ow, MeDfatm, MeDf.nov .
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 129

T16 Taylor, C. B. 1966, Tritium in southern hemisphere precipitation, 1953- 

1964: Tellus, v. 18, no. 1, p. 105-131; U.S. Atomic Energy Comm. Pub., 

INS-R-32, 70 p. N.S.A. 19:7698. Ab. tm , Aboc«. n , In.tm, InHy , InA.tm, 

InAoc««n, MeDf.tm, MeDfocP.n, Sa, Sy.

T17 Taylor, C. B., Polach, H. A., and Rafter, T. A., 1963, Tritium measurements in nature: Inst. Nuclear Sci., Lower Hutt, New Zealand, Rept. 

INS-R-24, 62 p.; U.S. Atomic Energy Comm. Pub., INS-R-24, 64 p. N.S.A. 

19:6093. Ab.tm, Ab.w, AbK w, Aboce.n, AbG.tm, AbGS w, AbGgw, AbGoce.n, 

AnC, In.tm, In8 w, Ingw, In0 ,e.n, Inhy, MeDf.tm, Sa, SeEl. 

Taylor, H. S. See Black, C.

T18 Taylor, J. H., 1961a, Tritium and autoradiography in cell biology, in 

Tritium in the physical and biological sciences, v. 2, Proceedings Series: 

Vienna, Austria, Internat. Atomic Energy Agency Symposium on the 

Detection and Use of Tritium in the Phys. and Biol. Sci., May 3-10, 1961, 

Proc., p. 221-228 [1962]. C.A. 57:15660 h. BiB, InBi.

T19 Taylor, J. H., 1961b, Some uses of tritium in autoradiography, in Rothchild, Seymour, ed., Advances in tracer methodology, v. 1: New York, 

Plenum Press, p. 295-301 [1963]. X.S.A. 17:18505. An, BiC. KiP. 

Taylor, N. A. See Jackson, S. 

Taylor, R. See Eaborn, C. 

Telegadas, K. See Machta, Lester. 

Temkin, M. I. See Taikhert, A. M. 

Temple, L. A. See Smith, G. N. 

Terrill, J. G., Jr., See Drobinski, J. C. 

Thatcher, L. L. See Carlston, C. W. 

Thatcher, L. L. See Payne, B. R.

T20 Thatcher, L. L., 1957, Tritium as a tracer for measuring ground-water 

movement: U.S. Geol. Survey, Water Resources Bull., Nov. 1957, p. 75- 

78. In8*. MeDfgw.

T21 Thatcher, L. L., 1958, Notes on tritium: U.S. Geol. Survey, Water Resources Bull., May 1958, p. 34-36. AbBw, AnC, Ge, Ingw , SeAdgw

T22 Thatcher, L. L., 1961a, Radioisotopes in the study of the hydrologic 

cycle, in Application of radioisotopes and radiation in the life sciences 

Hearings before the Subcommittee on Research, Development, and Radiation of the Joint Committee on Atomic Energy: U.S. 87th Cong., 1st sess., 

Mar. 27-30, 1961, U.S. Joint Comm. Atomic Energy, p. 252-265, AbGHy , 

AbG. tm , AnC, In.tm, Inh y, In,w, Ingw , In?-, MeDf.tm, MeDfg1», MeDfPe .

T23 Thatcher, L. L., 1961b, Pre-1954 tritium levels in the United States: U.S. 

Geol. Survey, Water Resources Bull., Aug. 1961, p. 112-114. Ab.tm, Abgw, 

Ab8 w, InA.tm, InAgw InA.w.

T24 Thatcher, L. L., 1961c, Evaluation of hydrologic tracers: U.S. Geol. 

Survey Prof, Paper 424-D, p. D396. InAgw .

T25 Thatcher, L. L., 1962a, The distribution of tritium fallout in precipitation over North America: Internat. Assoc. Sci. Hydrology Bull., v. 7, no. 

2, p. 48-58. Ab.tm, In.tm , MeDf.tm.

T26 Thatcher, L. L., 1962b, Determining the age of underground waters, in 

Ferrier. M. D., ed., Transactions of the American Nuclear Society, 1962 

winter meeting, Washington, D.C-, Nov. 26-28, 1962 [abs.] : Am. Nuclear 

Soc. Trans., v. 5. no. 2, p. 284. N.S.A. 17:3672. InAgw.

T27 Thatcher, L. L., 1963, Laboratory aspects of tracer selection and tritium 

detection, in Reeder, H. O., Tritium used as a ground-water tracer between 

Lake MoMillan and Major Johnson Springs, Eddy County, Xew Mexico:
130 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

U.S. Atomic Energy Comm. Pub., TEI-839, 135 p. N.S.A. 18:25684. 

AnC, In.

T28 Thatcher, L. L., and Hoffman, C. C., 1963, Tritium fallout over North 

America from the Soviet tests in 1961: Jour. Geophys. Research, v. 68, 

no. 20, p. 5899-5901. N.S.A. 17:41059. AbG.tm, In.tm, In.w, InA.tm, 

MeDf.tm, Sy.

T29 Thatcher, L. L., and Payne, B. R., 1965, The distribution of tritium 

in precipitation over continents and its significance to ground-water dating, 

in Chatters, R. M., and Olson, E. A., Radiocarbon and tritium dating: 

Pullman, Wash., Washington State Univ., 6th Internat. Conf. on Radiocarbon and Tritium Dating, .Tune 7-11, 1965, Proc., p. 604-629. AbG.tm, 

AbGgw, AbGHy, InA.,m . InAK «, InAH:r. MeDf., m , MeDf*,, MeDfPf, SeAd.tm, 

SeAdr,, SeAd,,,

T30 Thatcher, L. L., Rubin, Meyer, and Brown, G. F., 1961, Dating desert 

ground water: Science, v. 134, p. 105-106. N.S.A. 15:22550. Ab. tm , Ab*,, 

In.tm, Ingw , InAg ».

T31 Theis, C. V., 1959, The disposal of low and intermediate level radioactive 

wastes to the ground, in Industrial Radioactive Waste Disposal; Hearings 

before the Special Subcommittee on Radiation, Joint Committee on Atomic 

Energy: U.S. 86th Cong., 1st sess., Joint Comm. on Atomic Energy, v. 

2, p. 1116-1123; duplicated as U.S. Geol. Survey, Water Resources Div., 

Ground Water Notes, no. 40, 13 p., June, 1960. In*,, MeDf, SeAd.

T32 Theis, C. V., 1963, Hydrologic phenomena affecting the use of tracers 

in timing groundwater flow, in Radioisotopes in hydrology, Proceedings 

Series: Vienna, Austria, Internat. Atomic Energy Agency Symposium on 

the Application of Radioisotopes in Hydrology, held at Tokyo, Japan, 

Mar. 5-9, 1963, Proc., p. 193-206. N.S.A. 18: 1921. Ingw, InHy, Inhy, InAgw .

T33 Theodorsson, P., 1966, The use of natural tritium for groundwater

studies: Vienna, Austria, Internat. Atomic Energy Agency Symposium on

the Use of Isotopes in Hydrology, Nov. 14-18, 1966, Proc., Preprint, SM83/26, 20 p. [in English]. Ab.tm , Ab., t , Ab^, Ab, u , Ab, w , In.tm, In.w , Ingw.

Thilo, L. See Miinnich, K. O.

T34 Thode, H. G., 1947, Variations in abundances of isotopes in nature: 

Research, v. 2, p. 155-161. Physics Abs. 52: 3399; C.A. 43:4553 g. Ge of: 

AbG (with 49 references).

Thodos, G. See Mittehauser, H. M.

T35 Thomas, C. W., Kirby, L. J., and others, 1962, Radiological chemistry, in 

Junkins, R. L., and Brown, J. E., eds., Research and development activities in the radiological sciences Physical sciences portion, January 

through December 1961: U.S. Atomic Energy Comm. Pub., HW-73337, p. 

77-157. N.S.A. 17:10850. AnC, In.w. 

Thomas, G. See Ciccarone, P. A. 

Thomas, G. See Verly, W. G. 

Thomas, G. H. See Chamberlain, J. 

Thompson, R. C. See DeLong, C. W.

T36 Thompson, R. C., 1952, Metabolic turnover with tritium as a tracer; I, 

Gross studies on the mouse: Jour. Biol. Chemistry, v. 197, p. 81-87. C.A. 

47: 189 e. BiZ, InBi.

T37 Thompson, R. C., 1953, Metabolic turnover with tritium as a tracer: II, 

Gross studies on the rat: Jour. Biol. Chemistry, v. 200, p. 731-743. C.A. 

47:8214 a. BiZ, InBi.

T38 Thompson, R. C., and Ballou, J. E., 1953, The metabolic equivalence
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 131

of deuterium and tritium in animal experimentation: Archives Biochemistry and Biophysics, v. 42, p. 219-220. C.A. 47: 189 f, C.A. 47: 8877 f. 

BiZ, InBi.

T39 Thompson, R. C., and Ballou, J. E., 1954a, Metabolic turnover with tritium as tracer; III, Comparative studies with tritium and deuterium: 

Jour. Biol. Chemistry, v. 206, p. 101-107. C.A. 48:3520 c. BiZ, InBi.

T40 Thompson, R. C., and Ballou, J. E., 1954b, Studies of metabolic turnover with tritium as a tracer; IV, Metabolically inert lipide and protein 

fractions from the rat: Jour. Biol. Chemistry, v. 208, p. 883-888. C.A. 

48: 10187 i. BiZ, InBi.

T41 Thompson, R. C., and Ballou, J. E., 1956, Metabolic turnover with tritium as a tracer; V, The predominantly nondynamic state of body constituents in the rat: U.S. Atomic Energy Comm. Pub., HW-42200, 27 p. 

C.A. 50: 15793 d. BiZ, InBi.

T42 Thompson, R. C., and Kornberg, H. A., 1954, Hazards of exposure to 

tritium and tritium oxide: U.S. Atomic Energy Comm. Pub., HW-29615 

(Rev.), 41 p. [declassified with deletions, I960]. N.S.A. 15:17150. Ha.

T43 Threefoot,' S. A., 1962, Some factors influencing interpretation of studies 

of body water and electrolytes with isotopic tracers: Prog, in Cardiovascular Diseases, v. 5, p. 32-54. N.S.A. 19:58. AbO, Ge of: BiC, BiZ, 

Ha, InBi. KiB, MeDf, SeAd. 

Till, A. R. See Downes, A. M. 

Tilles, David. See DeFelice, Joseph. 

Tilles, David. See Fireman, E. L.

T44 Tilles, David, 1963, Tritium retention in iron meteorites: Nature, v. 

200, no. 4906, p. 563-564, C.A. 60: 5232 c. AbG.t , AbGm(.,, In ,, InAmet .

T45 Tilles, David, 1964, Meteoritic tritium and diffusion in a-and y-iron: 

Nature, v. 201, no. 4921, p. 808-809. C.A. 60:11795 c; N.S.A. 18:16210.

AbG.tm, AbGmet.

Tinderholt, V. E. See Kaplan, W. D. 

Tishkin, P. A. See Gavrilov, V. M.

T46 Titus, J. L., and Shorter, R. G., 1965, Labeling of human tumors with 

tritiated thymidine: Archives Pathology, v. 79, p. 324-328. N.S.A. 19: 38338. 

AnC, BiC, Ha, InBi, KiB.

Todd, D. K. See Kaufman, W. J.

T47 Todd, D. K., 1964, Groundwater, sec. 13, in Chow, V. T., ed., Handbook 

of applied hydrology: New York, McGraw-Hill Book Co., p. 13-1 to 13-55. 

Ge, Ingw , MeDfgw.

T48 Tolbert, B. M., 1956, lonization chamber assay of radioactive gases: 

U.S. Atomic Energy Comm. Pub.. UCRL-3499, 47 p. N.S.A. 11:3701. 

AnC, Sy.

T49 Tolbert, B. M., 1961, Tritium measurement using ionization chambers, in 

Rothchild, Seymour, ed., Advances in tracer methodology, v. 1: New York, 

Plenum Press, p. 167-177 [1963]. C.A. 58:9845 e. AdC, Ge of: AnC: InBi. 

Tomikura, Yoshi. See Kigoshi, Kunihiko. 

Tonna, E. A. See Cottier, H. 

Toratani, Hirokazu. See Ojima, Tsutomu.

T50 Traeger, L., 1964, Simultaneous measurement of tritium and UC in 

aqueous solution with the liquid scintillation counter: Atompraxis. v. 10, 

p. 472-475. N.S.A. 19: 7287. AnC. 

Trebst, Achim. See Simon, Helmut.
132 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Trujillo, T. T. See Richmond, C. R.

T51 Trujillo, T. T., Anderson, E. C., and Langham, W. H., 1955, Biological 

effects of inhalation of high concentrations of tritium gas: U.S. Atomic 

Energy Comm. Pub., LA-1986, 37 p. N.S.A. 11:19. BiC, Ha, InBi.

T52 Trusov, G. N., and Aladzhatava, N. A., 1960, Determination of tritium: 

Zhur. Anal. Khimii, v. 15, p. 238-239. C.A. 54:20546 c; N.S.A. 14:17834. 

AnC.

Tucker, G. E., Jr. See Rarrick, H. L. 

Tullis, J. L. See Furth, Jacob.

T53 Tupitsyn, I. F., 1961, Tyazhelye izotopy-vodoroda-delteril i tritii [Heavy 

hydrogen isotopes deuterium and tritium] : Moscow, U.S.S.R., Gosatomizdat, 38 p. C.A. 55:21780 g; N.S.A. 17:23423. Ge of: Ha, In, Is, 

Ki, Nu, Sy.

Turek, S. See Vavre.jn, B.

Turkevich, Anthony. See Begemann, Friedrich. 

Turkevich, Anthony. See Hagemann, F. T.

T54 Tykva, R., 1961, Rapid assay of tritium-labelled substances inside G-M 

gas counting tubes: Colln. Czech. Chem, Commun., v. 26, p. 2463-2472. 

N.S.A. 16:6375. AnC.

T55 Tykva, R., 1965, The simultaneous determination of hydrogen-3 and 

carbon-14 radioactivity in biological material by means of an internal 

proportional gas counting tube: Vienna, Austria, Internat. Atomic Energy 

Agency Symposium on Radioisotope Sample Measurement Techniques 

in Medicine and Biology, May 24-28, 1965, Proc., p. 329-343. C.A. 

65:4255 ab: N.S.A. 19:32113. AnC, InBi, Sy.

T56 Tykva, R., and Gruenberger, D., 1961, Rapid assay of T-labeled substances in G-M gas counting tubes, in Tritium in the physical and biological sciences, v. 1, Proceedings Series: Vienna, Austria, Internat. 

Atomic Energy Agency Symposium on Detection and Use of Tritium in 

the Phys. and Biol. Sci., May 3-10, 1961, Proc., p. 353-359 [1962]. C.A. 

57 : 10739 h. AnC.

u

Ul Ueno, Kaoru, 1961, Determination of tritium in human urine: Jour. 

Atomic Energy Soc. Japan, v. 3, p. 688-690. N.S.A. 16:2980. AnC, Ha, 

In.

U2 United Kingdom Atomic Energy Authority, 1958, The determination of 

tritium in urine: Sellafield, Cumberland, England, United Kingdom Atomic 

Energy Authority, Indus. Group, Windscale Works. U.S. Atomic Energy 

Comm. Pub., IGO-AM/W-112, 6 p. N.S.A. 12: 11309. AnC, Kil.

U3 United Kingdom Atomic Energy Authority, 1960, Analytical method for 

the determination of tritium in urine (liquid scintillation method) : Sellafield, Cumberland. England, United Kingdom Atomic Energy Authority, 

Indus. Group, Windscale Works, PG-Report-162, 6 p. N.S.A. 15:12844. 

AnC, Ha, InBi.

1*4 United Nations, 1955a, United Nations International Conference on the 

peaceful uses of atomic energy, Geneva, Switzerland, Aug. 8-20, 1955, 

Proceedings Radioactive isotopes and ionizing radiations in agriculture 

and biochemistry: New York, United Nations Pub., v. 12, 553 p. [1956]. 

N.S.A. 11:17. BiC, InP(., InBi.

T*5 United Nations, 1955b, United Nations International Conference on the 

peaceful uses of atomic energy. Geneva, Switzerland, Aug. 8-20, 1955,
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 133

Proceedings Applications of radioactive isotopes and fission products in 

research and industry: New York, United Nations Pub., v. 15, 327 p. 

[1956]. N.S.A. 11:210. Ge.

U6 United Nations, 1958, Second United Nations International Conference 

on the peaceful uses of atomic energy, Geneva, Switzerland, September 

1-3, 1958, Proceedings Isotopes in biochemistry and physiology: New 

York, United Nations Pub., v. 25, pt. 2, 306 p. N.S.A. 13:14212. BiC, Ha, 

In.

U7 United Nations Secretariat, 1960, Tritium from nuclear tests: U.S. 

Atomic Energy Comm. Pub., A/AC.82/R.105 (Add. 1), 6 p. Ge of: Ab.rt , 

AbG, BiC, Ha (with 17 references).

U8 U.S. Atomic Energy Commission, 1949a, Chemistry Division, Section 

C-l summary report for January, February, and March 1949: U.S. Atomic 

Energy Comm. Pub., ANL-4286 (Del.) [Declassified with deletions], 45 p. 

[1957]. N.S.A. 12:1821. BiC, InBi.

TJ9 U.S. Atomic Energy Commission, 1949b, Report of the papers presented 

at the 3d meeting of the Stack Gas Decontamination Working Group, 

held January 12, 1949, at the Academy of Science Building [Washington, D.C.] : U.S. Atomic Energy Comm. Pub., M-4400 (Del.) [Declassified 

with deletions], 86 p. [1957]. N.S.A. 12:5287. BiB, InBi, MeDf.

U10 Atomic Energy Commission, 1950, Chemistry Division, Section C-l summary report for April, May, and June 1950: U.S. Atomic Energy Comm. 

Pub., ANL-4490 (Del.) [Declassified with deletions], 79 p. [1957]. N.S.A. 

12:1822. AnC.

Till U.S. Atomic Energy Commission, 1952, Radiological Sciences, Department research and development activities for October-December 1951: 

Quart. Prog. Rept, Hanford Works, Richland, Wash., U.S. Atomic Energy 

Comm. Pub., HW-23332 [Declassified 1957], 30 p. N.S.A. 11: 8261. BiC, Ha, 

In.w, SeAd.

U12 U.S. Atomic Energy Commission, 1957, Biological and Medical Research 

Division semiannual report [for] January through June 1957: U.S. Atomic 

Energy Comm. Pub., ANL-5732, 203 p. N.S.A. 11:12642. AdC, An.

U13 U.S. Atomic Energy Commission, 1959, Literature survey on production 

of tritium: U.S. Atomic Energy Comm. Pub., LS-58, 4 p. N.S.A. 14: 13056. 

Ge of Ab.rt (with 29 references).

TJ14 U.S. Atomic Energy Commission, 1960, Bio-organic chemistry quarterly report, June, July, and August 1960: U.S. Atomic Energy Comm. 

Pub., UCRL-9408, 51 p. N.S.A. 15: 3966. AbO, AdC, AnC, BiC, BiZ, InBi, 

Nuln.

U15 U.S. Atomic Energy Commission, circa 1960, Chemical applications of 

nuclear explosions: U.S. Atomic Energy Comm. Pub., ORNL-2993, p. 204- 

206. N.S.A. 14:25450. Abgw , IsEq, IsTh, SeAd, Th.

U16 Atomic Energy Commission, 1962a, Special sources of information on 

isotopes: U.S. Atomic Energy Comm., Div. Isotopes Development, Pub., 

TID 4563 (3d rev), 83 p. Ge of: AnC, Ha, In,rt , InPe, InBi, InG, Is, 

Nu (with 648 references).

U17 U.S. Atomic Energy Commission, 1962b, Cane program: U.S. Atomic 

Energy Comm. Pub., ORNL-3314, p. 207-208. N.S.A. 16:32904. Ab^-, Ingw , 

MeDfgw , SeAdgw.

U18 U.S. Atomic Energy Commission, 1962c, National Reactor Testing Station, 1962 Hydrology of waste disposal: U.S. Geol. Survey Ann. Prog.
134 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Rept. [to the U.S. Dept. of the Interior], IDO-22044, p. 11-27.

InHy, MeDfHy. 

1 1 19 U.S. Atomic Energy Commission, circa 1963, Radiological chemistry:

U.S. Atomic Energy Comm. Pub., HW-77609, sec. 3, 106 p. N.S.A. 18: 1487.

AnC. « 

U20 Atomic Energy Commission, 1963, The digestion, absorption, transport,

and metabolism of fats in the ruminant: U.S. Atomic Energy Comm.

Pub., TID-20028, 4 p. N.S.A. 18:9783. AnC, BiZ, InBi. 

U21 U.S. Atomic Energy Commission, 1964a, Biological and Medical Research Division annual report, 1964: U.S. Atomic Energy Comm. Pub.,

ANL-6971, 230 p. N.S.A. 19:29828. Ge of: AdC, BiC, InBi (with 15

articles). 

U22 U.S. Atomic Energy Commission, 1964b, Biochemistry : U.S. Atomic Energy Comm. Pub., ANL-6971, p. 1-28. N.S.A. 19:29849. AdC, BiC, InBi. 

U23 U.S. Atomic Energy Commission, 1964c, Progress report on tumor induction by radioactive thymidine: U.S. Atomic Energy Comm. Pub., TID21125, 7 p. BiC, BiZ, Ha, InBi. 

U24 U.S. Atomic Energy Commission, 1964d, Health Physics Division annual progress report for period ending July 31, 1964: U.S. Atomic Energy

Comm. Pub., ONRL-3697, 266 p. N.S.A. 19:7733. Ge of: Ha, InBi (with

27 articles). 

TT25 U.S. Atomic Energy Commission, 1964e, Internal dose estimation: U.S.

Atomic Energy Comm. Pub., ONRL-3697, p. 173-177. N.S.A. 19 : 7206.

AbO, Ha. 

T T 26 U.S. Atomic Energy Commission, 1965, Biological effects of radiation

and related biochemical and physical studies Summary progress report,

July 1, 1950-March 15, 1965: U.S. Atomic Energy Comm. Pub., NYO910-23, 196 p. Ge of : AbO, BiC, Ha, InBi. 

U27 U.S. Congress, 1957, The nature of radioactive fallout and its effects on

man Hearings before the Special Subcommittee on radiation of the Joint

Committee on Atomic Energy: U.S. 85th Cong., 1st sess., Joint Comm. on

Atomic Energy. BiC, Ha, InA, MeDf. 

U28 U.S. Congress, 1959, Fallout from nuclear weapons tests Hearings before the Special Subcommittee on radiation of the Joint Committee on

Atomic Energy: U.S. 86th Cong., 1st sess., Fallout from Nuclear Weapons

Tests, May 5, 6, 7, and 8, 1959, v. 1. Washington, D. C., Joint Comm. on

Atomic Energy, 1959, 953 p. N.S.A. 14:6109. Ge of: Ab, BiC, Ha, InA,

MeDf. 

IT29 U.S. Congress, 1961, Application of radioisotopes and radiation in the

life sciences Hearings before the Subcommittee on Research, Development, and Radiation of the Joint Committee on Atomic Energy: U.S. 87th

Cong., 1st sess., Joint Comm. on Atomic Energy., 519 p. N.S.A. 15 : 27309.

AbG.tm, AbGHy, AnC, In.tm , InP,., In,w, Ingw, Inhy, MeDf»tm, MeDfgw , MeDfp,. 

U30 U.S. Congress, 1962, Radiation standards, including fallout Hearings

before the Special Subcommittee on radiation of the Joint Committee on

Atomic Energy: U.S. 87th Cong., 2d sess., Joint Comm. on Atomic Energy.

Ab, Ha, MeDf. 

TT31 U.S. Congress, 1963, Fallout, radiation standards, and countermeasures 

Hearings before the Special Subcommittee on radiation of the Joint Committee on Atomic Energy: U.S. 88th Cong., 1st sess., Joint Comm. on

Atomic Energy. Ab, Ha, MeDf. 

U32 U.S. Department of Commerce, 1959, Maximum permissible body bur-
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 135

dens and maximum permissible concentrations of radionuclides in air and 

in water for occupational exposure: [U.S.] Natl. Bur. Standards Handb. 

69. AbO, Ha.

U33 U.S. Geological Survey, 1959, Geologic investigations of radioactive deposits: U.S. Geol. Survey Semiann. Prog. Rept. [for] June 1 to Nov. 

30, 1959, 123 p.: U.S. Atomic Energy Comm. Pub., TEI-752. N.S.A. 

14: 13921. AbG.tm.

U34 University of California at Los Angeles, 1962, Semiannual progress 

report [on biology and medicine] for the period ending June 30, 1962: 

California Univ. Los Angeles, Sch. Medicine, Lab. Nuclear Medicine and 

Radiation Biology. U.S. Atomic Energy Comm. Pub., UCLA-507, 91 p. 

N.S.A. 16:28670. AnC, Ha. 

Urso, Paul. See Grille, R. S.

VI Vacca, G., Garnier, A., and Jammet, H., 1962, Attempted unified classification of radioelements according to their radiation toxicity: Jour. 

Radiologie, Electrologie, et Mgdecine Nucleaire, v. 43, no. 5, p. 303-304. 

C.A. 61: 4669 e. Ha.

Vaccarezza, Jacques. See Amavis. Rene.

Vaisberg, 'S. E. See Varshavskil, Ya. M.

Valee, R. E. See Grove, G. R.

Vanderschmidt, G. F. See Roehrig, J. R.

Van Dyken, A. R. Sec Braun, V. G.

Van Dyken, A. R. See Brown, W. G.

Van Dyken, A. R. Sec Wilzbach, K. E.

V2 Van't Hof, J., 1963, Discrepancies in mitotic cycle time when measured 

by tritiated thymidine and colchicine The effect of tritiated thymidine 

on the Gi-period duration: U.S. Atomic Energy Comm. Pub., BNL-789S. 

17 p. N.S.A. 19:15012. BiB, InBi, KiB.

V3 Van't Hof, J., and Ying, Huei-Kuen, 1963, The simultaneous labeling of 

cells in different segments of the mitotic cycle with tritiated thymidine 

and colchicine and the effect of colchicine on thymidine uptake: U.S. 

Atomic Energy Comm. Pub.. BNL-7317. 28 p. N.S.A. 18:13413. BiB, BiC, 

InBi, KiB.

Van Wyck, R. W. See Butler. H. L.

V4 Van Wyck, R. W., and Butler, H. L., 1957. Integrity of a plastic suit 

in tritium atmospheres: U.S. Atomic Energy Comm. Pub.. AECU-3516. 

11 p. N.S.A. 11:11035. Ha, MeDf.

V5 Varshavskii, Ya. M., 1961, General rules governing thermodynamic isotope effects in tritium/protium exchange, in Tritium in the physical and 

biological sciences, v. 1. Proceedings Series: Vienna, Austria, Internat. 

Atomic Energy Agency Symposium on Detection and Use of Tritium in 

the Phys. and Biol. Sci., May 3-10. 1961, Proc.. p. 169-177 [1962]. U.S. 

Atomic Energy Comm. Pub.. AEC-tr-5229. 12 p. N.S.A. 16:16088. N.S.A. 

16: 28984. IsTh, SeAd, ThS.

V6 Varshavskii, Ya. M., and Oglobin, A. A., 1961, The use of tritium in 

physical and biological research: Atomnaya Energiya. v. 11, p. 264-267. 

C.A. 56:2123 h. Ge, In.

V7 Varshavskii, Ya. M., and Vaisberg, S. E., 1961, The equilibrium distribution of tritium in hydrogen isotope exchange: Akad. Nauk SSSR Doklady. 

v. 140, p. 1361-1363 [in Russian]. N.S.A. 16:5635. Xu. SeAd.
136 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Vasil'eva, N. A. See Alekseev, F. A.

V8 Vasil'eva, N. A., Sokolovskii, E. V., and Maidebor, V. N., 1960, Application of the radioactive hydrogen isotope tritium to the investigation of 

the movement of water pumped into [oil-well] strata: Geologiya Nefti i 

Gaza, v. 4, no. 7. p. 55-59. C.A. 61: 5418 gh. Ab, InKW , Inhy , MeDf. 

Vasilevich, A. O. See Boreskov, G. K. 

Vaughan, B. E. See Hutchin, M. E.

V9 Vaughan, B. E., and Boling, E. A., 1961, Rapid assay procedures for 

tritium-labeled water in body fluids: Jour. Lab. and Clinical Medicine, 

v. 57, p. 159-164. C.A. 55: 9537 g. An, BiZ, Ha, InBi.

V10 Vaughan, B. E., and Davis, A. K., 1961, Some critical observations concerning the handling of high levels of tritium radioactivity: U.S. Atomic 

Energy Comm. Pub., USN-RDL-tr-505, 18 p. N.S.A. 15:19672. AnC, Ha.

Vll Vavrejn, B., Franc, Z., Svoboda, J., Turek, S., Lipovska, M., Francova, 

V., and Hondlik, J., 1965, Preparation of samples of biological material 

for liquid scintillation measurement of low-energy ^-emitters: Colln. 

Czech. Chem. Commun., v. 30, no. 6, p. 2084-2090 [in English]. C.A. 63: 3304 

e; N.S.A. 19:40425. AnC, Sy. 

Vaze, P. K. See lyengar, T. S. 

Vaze, P. K. See Soman, S. D. 

Venkatavaradan, V. S. See Lal, Devendra.

V12 Veres, Arpad, 1963, Tritium determinations by means of a liquid scintillation counter: Fizikai Szemle, v. 13, no. 12, p. 375-379 [in Hungarian]. 

C.A. 60 : 15396 d, C.A. 61: 15631: N.S.A. 18 : 19887. AnC, Ha.

V13 Verhagen, B. Th., and Sellschop, J. P. F., 1963, Enrichment and assay 

of naturally occurring tritium, in National conference on nuclear energy 

Application of isotopes and radiation: Pelindaba, South Africa, Atomic 

Energy Board (South Africa), p. 109-119. N.S.A. 19:11033. Ge of: AnC; 

SeAd, SeDf.

V14 Verhagen, B. Th., and Sellschop, J. P. F., 1964, Enrichment of low-level 

tritium by thermal diffusion for hydrological applications: Geneva, 

Switzerland, United Nations 3d Internat. Conf. on Peaceful Uses of Atomic 

Energy Proc., no. 12, p. 398-405 [in English, 1965]. U.S. Atomic Energy 

Comm. Pub., A/COXF.28/P/465, 16 p., 1964. C.A. 65: 4961 gh; N.S.A. 

18: 37582. AnC, In, InA, SeAd, SeDf, Sy.

V15 Verhagen, B. Th., and Sellschop, J. P. F., 1965a, Problems in the enrichment of tritium by the thermal diffusion technique, in Chatters, R. M., 

and Olson, E. A., Radiocarbon and tritium dating: Pullman, Wash., Washington State Univ., 6th Internat. Conf. on Radiocarbon and Tritium Dating, 

June 7-11, 1965, Proc., p. 505-514. SeDf.

V16 Verhagen, B. Th., and Sellschop, J. P. F., 1965b, Tritium measurements 

of subterranean waters in some South African sites, in Chatters, R. M., 

and Olson, E. A., Radiocarbon and tritium dating: Pullman, Wash., 

Washington State Univ., 6th Internat. Conf. on Radiocarbon and Tritium 

Dating, June 7-11, 1965, Proc., p. 659-670. AnC, Ingw . 

Verly, W. G. See Ciccarone, P. A. 

Verly, W. G. See Dulcino, J.

V17 Verly, W. G., 1956, Tritium: Rev. Fermentations Industries Alimentaires, 

v. 11, p. 165-172. C.A. 51:1668 i. Ge (with 22 references).

V18 Verly, W. [G.], 1958, Tritium in biology: U.S. Atomic Energy Comm. 

Pub., NP-7148, 47 p. X.S.A. 13:3520. AbG, AbO, Ge of: An, BiC, InBi 

(with 36 references).
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 137

V19 Verly, W. G., 1960a, Tritium Dosage, preparation de molecules marquees 

et applications biologiques [Tritium Determination, preparation of labeled 

molecules and biological applications] : Internal. Atomic Energy Agency. 

Rev. Ser. 2, 56 p. [in French, with English summaries]. Distributed by 

Natl. Agency for Internat. Publications, 801 Third Ave., New York, N.Y. 

C.A. 55:2266 b; X.S.A. 14:15594. Ge of: An, AnC, BiB, InBi, Sy. 

V20 Verly, W. G., 19601), The use of tritium in biology: Inst. Agronomie et 

Stations Recherches de Gembloux Extra, v. 2, p. 720-723 [in French]. 

C.A. 56: 2676 i. AbO, BiZ.

V21 Verly, W. G., 1961, Measurement of radioisotopes with the aid of a 

scintillation solution: Archives Internat. Physiologie et Biochimie, v. 69. 

p. 389 [in French]. N.S.A. 17: 1185. AnC, AnSp.

V22 Verly, W. G., Humbelle, G., and Thomas, G, 1959. Determination of 

tritium in a proportional counter: Xukleonik. v. 1, p. 325-329 [in French]. 

X.S.A. 14:6268. AnC1 .

V23 Verly, W. G., Rachele, J. R., Vigneaud, V. du, Eidinoff, M. L., and Knoll, 

J. E., 1952, A test of tritium as a labeling device in a biological study : 

Am. Chem. Soc. Jour., v. 74, p. 5941-5943. C.A. 47:11283 i. BiC, InBi.

Viallard, Rodolphe. Sec Grenon, Michel.

V24 Viallard, Rodolphe, Corval, M., Dreyfus-Alain, B., Grenon, Michel, and 

Hermann, J., 1954, Determination of tritium in tritiated organic compounds: Chimie Anal., v. 36, p. 102-104. C.A. 48:6920 a. AnC. InBi. 

V25 Vickers, W. W., 1963, Geochemical dating techniques applied to antarcticsnow samples: Berkeley, Calif., Gen. Assembly, Comni. of Snow and Ice. 

Assoc. Internat. Hydrol. Sci. Pub. 61, p. 199-215. AbG, no »-. InA, n o«. 

Vielstich, W. See Von Buttlar, Haro. 

Vigneaud, V. du. See Verly, W. G. 

Vigneaux, Michel. See Alvinerie, Jacques. 

Vigneaux, Michel. Sec Leveque, Paul.

V26 Viktorov, S. V., Kocharov, G. E., and Naidenov, V. O., 1966, Possible 

method of determining trace amounts of 3TAr and 3H: Zhur. Tech. Fiziki 

[Jour, of Technical Physics], v. 36, no. 1, p. 199-201 [in Russian]. C.A. 

64 : 10696 cd. AnC. 

Vilenskii, V. D. See Karol, I. L. 

Vil'tsbakh, K. Ye. See Braun, V. G.

V27 Vinogradov, A. P., 1954, Geochemistry of isotopes: Akad. Nauk Vestnik 

SSSR, v. 24, no. 5, p. 26-43. C.A. 48: 13571 c. AbG. tm . 

Vishniac, Wolf. Sec Colman, Brian. 

Vogel, J. C. See Ehhalt, D.

V28 Vogel, J. C., Ehhalt, D., and Roether, W., 1963, A survey of the natural 

isotopes of water in South Africa, in Radioisotopes in hydrology, Proceedings Series: Vienna, Austria, Internat. Atomic Energy Agency Symposium 

on the Application of Radioisotopes in Hydrology, held at Tokyo, Japan, 

Mar. 5-9, 1963, Proc., p. 407-^15. N.S.A. 18: 1907. Ab.,m . Ab«w, Ab.w, In., m , 

Ingw , Insw , InAg ,, SeAd.tm.

V29 Volarovich, M. P., and Churaev, N. V., 1960, Use of the radioactive 

tracer method to study problems of the translocation of water in the peat 

stratum during drainage: Akad. Nauk Uzbek. SSR, Tr. Tashkentsk. Konf. 

po Mirnomu Ispol'z. At. Energii, v. 2. p. 230-?; U.S. Atomic Energy Comm. 

Pub., AEC-tr-6390, p. 304-321. N.S.A. 18:39514. Ingw , In., m , MeDfgw . 

V30 Von Buttlar, Haro, 1958a, Investigating ground water by analysis of 

atmospheric tritium : Am. Water Works Assoc. Jour., v. 50, p. 1533-1538.
138 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

C.A. 53:5554 i: N.S.A. 13:19022. Ab.tm, Abg w, AnC, Ha, In.tm, Ing w,

V31 Von Buttlar, Haro, 1958b, Hydrogen-boinb tritium as indicator for injection water in secondary recovery : Erddl u. Kohle, v. 11, p. 376-378.

C.A. 52 : 16729 c. AbG, lngv , InA. 

V32 Von Buttlar, Haro, 1959, Ground-water studies in New Mexico using tritium as a tracer, II: Jour. Geophys. Research, v. 64, no. 8, p. 1031-1038.

X.S.A. 13:21069. Ab.tm, Abg », Ingw, In.tm, InAgw , InAhy. 

V33 Von Buttlar, Haro, 1963a, Stratospheric tritium : Geochim. et Cosmochim.

Acta, v. 27, no. 7, p. 741-751 [in German]. C.A. 59:13729 e; N.S.A.

17:34124. AbG.,m , InA. t », MeDf.tm. 

\'34 Von Buttlar, Haro, 1963b, Tritium in rainwater, in Geiss, Johannes, and

Goldberg, E. D., eds., Earth science and meteoritics: Amsterdam, Netherlands, North-Holland Publishing Co., p. 188-206. C.A. 61 : 482 d. Ab. tm ,

AbG.tm, An, Ge of: MeDf.tm, In.tm Inny. 

V35 Von Buttlar, Haro, Farzone, K., and Wohlfahrt, D., 1965, Tritium concentration of German river waters measured with the proportionalcounting technique, in Chatters, R. M., and Olson, A. E., Radiocarbon and

tritium dating: Pullman, Wash., Washington State Univ., 6th Internat.

Conf. on Radiocarbon and Tritium Dating. June 7-11, 1965, Proc., p.

471-487. AbG.,, AnC, MeDf.w. 

A'36 Von Buttlar, Haro, and Libby, W. F., 1955, Natural distribution of

cosmic-ray-produced tritium. II : Jour. Inorganic and Nuclear Chemistry.

v. 1, no. 1, p. 75-91. AbG.tn,, AbG.., In.tm, In.w, MeDf.tm, MeDf.w. 

V37 Von Buttlar, Haro, and Stahl, W., 1961, A low-level Geiger counter for

tritium, in Tritium in the physical and biological sciences, v. 1, Proceedings Series : Vienna, Austria, Internat, Atomic Energy Agency Symposium

on Detection and Use of Tritium in the Phys. and Biol. Sci., May 3-10,

1961, Proe., p. 325-331 [1962]. C.A. 57:9427 fg: N.S.A. 16:16099. AnC,

SeAd. SeDf. 

V38 Von Buttlar, Haro, Stahl, W., and Wiik, B., 1962, Tritium measurements

in rainwater without isotope enrichment: Zeitschr. Naturforschung, v.

17a, p. 91-92. N.S.A. 16: 19205. Ab., m , AnC, In.tm, InA. tra , MeDf.,m , SeAd.tm. 

V3fl Von Buttlar, Haro, Vielstich, W., and Barth, H., 1963, Deuterium and

tritium separation factors from electrolytic evolution of hydrogen : Ber.

Bunsenges. Physik. Chemie, v. 67, p. 630-637; U.S. Atomic Energy Comm.

Pub., NP-tr-1155, 25 p. N.S.A. 18:31998. An, SeAd, SeEl. 

V40 Von Buttlar, Haro, and Wendt, Inuno, 1958, Ground-water studies in

New Mexico using tritium as a tracer : Am. Geophys. Union Trans., v.

39, p. 660-668; U.S. Atomic Energy Comm. Pub.. A/CONF.15/1954.

27 p. N.S.A. 13:6656. AbG.tn,, AnC, Ing w, In.,m , Inhy, InAg w, InA.tm,

MeDfgw, SeEl. 

V41 Von Buttlar, Haro, and Wiik, B., 1965a, Enrichment of tritium by

thermal diffusion and measurement, of dated antarctic snow samples :

Science, v. 149, no. 3690, p. 1371-1373. N.S.A. 19 : 46613. AbG.now, AnC,

In.now, InA.now , IsKi, KiR, SeAd, SeDf, SeEl, ThF. 

V42 Von Buttlar, Haro, and Wiik, B., 1965b, Enrichment of tritium by

thermal diffusion and measurement of some well-dated antarctic snow

samples, in Chatters, R. M., and Olson, E. A., Radiocarbon and tritium

dating: Pullman, Wash., Washington State Univ., 6th Internat. Conf. on

Radiocarbon and Tritium Dating, June 7-11. 1965, Proc., p. 515-524. 

w, InA.n0 w, SeDf.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 139

von Faultings [Fallings], Volkert. Nee Harteck, Paul. 

V43 von Faltings, Volkert, and Harteck, Paul. 1950a, Der tritiumgehalt der

atmosphare: Nature, v. 166, p. 1109. C.A. 45: 5533 b. AbG.tm, InA*tm. 

V44 von Faltings, Volkert, and Harteck, Paul, 1950b, Der tritiumgehalt der

atmosphare: Zeitschr. Naturforschung, v. 5a, p. 438-439. C.A. 45: 2330 i;

N.S.A. 15:20949. AbG.,m , AnC, InA.tln , NuB, NuR, SeEl. 

V45 von Faltings, Volkert, and Harteck, Paul, 1950c, La teneur en tritium

de 1'atmosphere [The content of tritium in the atmosphere] : Translated

into French from Zeitschr. Naturforschung, v. 5a, p. 438-439; Saclay,

France, Comm. a 1'Energie Atomique Rap., CEA-tr-A-821. N.S.A.

15: 20949. AbG.tm, AnC, InA.,m , NuB, NuR, SeEl. 

V46 Von Grosse, A. V., Johnston, W. M., Wolfgang, R. L., and Libby, W. F.,

1951, Tritium in nature: Science, v. 113, p. 1-2, C.A. 45: 2331 b. AbG., m ,

AbG.w, An, AnMs, InA.» m , InA, w , Nu. 

V47 Von Grosse, A. V., Kirschenbaum, A. D., Kulp, J. L., and Broecker,

W. S., 1954, The natural tritium content of atmospheric hydrogen: Phys.

Rev., v. 93, p. 250-251. AbG.,m , InA.,ra .

V48 von Jensen, Elwood, 1961, Determination of tritium in biological material, in Radioactive isotopes in physiology, diagnostics, and therapy, v. 1:

Berlin, Germany, Springer-Verla", p. 305-310. N.S.A. 16:1350. An, Ha. 

V49 von Ubisch, Hans, 1953, Age determination by means of tritium: Fra

Fysikkens Verden. v. 15. p. 174-177. C.A. 48:9209 e. BiB. TnA., m , InAgw,

InBi.

Vousden, J. E. Sec Pittendrigh, L. W. D. 

V50 Vul'fson, V. I., 1957, Use of radioactive atoms in hydrometeorological

and hydrochemical investigations: Uchenye Zapiski, Leningrad. Vysshee

Inzh. Morskae Uchilische. 1957, no. 6, p. 9-18: Referat. Zhur. Geoflz.

[Abs.], no. 2660 [1958]. C.A. 52:15274 a. Ge (with 22 references), In,

Is. Nu.

W

Wachberger, Eugen. See Kainz, Gerald.

Wl Waechter, K. H., 1961a, On the measurement of tritium in room air: 

Mitteilungsbl. Strahhmgsmessgeraete, no. 6, p. 11 [in German]. N.S.A. 

. 18:13674. AnC, In.,m .

\V2 Waechter, K. H., 1961b. The measurement of tritium and C14 [carbon14]: Kerntechnik, v. 3, p. 527-529. N.S.A. 16:11728. Ge of: An (with 

comparative tables).

W3 Waechter, K. H., 1962, Determination of tritium and carbon-14: Dechema 

Mon. 44, no. 709-733, p. 267. 278. C.A. 59:1092 d: N.S.A. 16:11728. Ge 

of: AnC (with 13 references). 

Wagner, C. D. See Guinn, V. P. 

Waingankar, U. S. See Kamath, P. R. 

Walker, B. E. See O'Steen, W. K. 

Walton, Alan. See. Feely, H. W. 

Walton, Alan. See Friend, J. P.

W4 Walton, Alan, Fisher, E. L., and Krey, P. W., 1962, Studies of nuclear 

debris in precipitation: U.S. Atomic Energy Comm. Pub.. XYO-9532. 

54 p. N.S.A. 16:23985. Ab., m . MeDf, 1m .
140 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

W5 Wang, C. H., and Willis, D. L., 1965, Radiotracer methodology in biological science: Englewood Cliffs, N.J., Prentice-Hall, Inc., 399 p. C.A. 

65 : 5863 f. Ge of: InBi.

W6 Wang, J. H., Robinson, C. V., and Edelman, I. S., 1952, Self diffusion 

and structure of liquid water; III, Measurement of the self diffusion of 

liquid water with hydrogen3, hydrogen*, and oxygen18 as tracers: Am. 

Chem. Soc. Jour., v. 75, p. 466-470. C.A. 47: 5198 i. In, MeDf. 

Wanke, H. See Bainbridge, A. E. 

Warin, R. See Guillaume, M.

W7 Washburn, H. W., Berry, C. E., and Hall, L. G., 1953, Instrumental 

problems encountered in mass-spectrometer isotope analysis of water 

samples: [U.S.] Natl. Bur. Standards Circ. 522, p. 141-149. C.A. 47:10342 

b. AnMs.

WS Watanabe, S., 1962, Researches on gas tritium fixation Part 1: Meidensha Jibo, v. 44, p. 67-70 [in Japanese]. N.S.A. 19:11251. Ge of: In; Is, Nu, 

Se.

Watkins, J. W. See Heemstra, R. J. 

Watson, M. S. See Porter, J. W. 

Watts, R. J. See Eutsler, B. C. 

Watts, R. J. See McClelland, Jean.

W9 Weinberger, D., and Porter, J. W., 1953, Incorporation of tritium oxide 

in growing Chlorella pyrenoidosa cells: Science, v. 117, p. 636-638. C.A. 

47: 8191 c. AbO, BiB, Is.

W10 Weinberger, D., and Porter, J. W., 1954, Metabolism of hydrogen isotopes by rapidly growing Chlorella pyrenoidosa cells: Archives Biochemistry and Biophysics, v. 50. p. 160-168. C.A. 48: 8870 d. AbO, BiC. 

Wll Weizmann Institute of Science, Isotope Department, Rehovot Laboratory, no date, Unpublished results on tritium investigations: (See Contract 

136/R2/Rb from the Internat. Atomic Energy Agency, Vienna, Austria.) 

Ab.tm, MeDf.tm, SeAdgw.

W12 Welge, H. J., 1955, New use for radioactive tracers; Super sleuths 

trace flow of injected gas Field tests in southern Oklahoma provide useful 

data on this new tool: Oil and Gas Jour., v. 54, no. 17, p. 77-79. C.A. 

49 : 15215 h. In.

Wells, E. J., Jr. See Dibeler, V. H. 

Wells, E. J., Jr. See Mohler F. L. 

Wendt, Immo. See Geyh, M. A. 

Wendt, Immo. See Von Buttlar, Haro. 

Wenzel, Martin. See Maurer, Rainer. 

Wenzel, Martin. See Schulze, P. E.

W13 Wenzel, Martin, 1965, Simple activity determinations of double-labeled 

compounds on chromatograms: Naturwissenschaften, v. 52, no 6, p. 129 

[in German]. N.S.A. 19:38561. AdC, AnC.

W14 Wenzel, Martin, and Schulze, P. E., 1962, Tritium-markierung 

Darstellung messung und anwendung nach Wilzbach, aH-markierter verbindungen in medizin, chemie, landwirtschaft, Industrie [Tritium labeling 

 Preparation, measurement, and application of compounds labeled by the 

Wilzbach method in medicine, chemistry, agriculture, industry] : Berlin, 

Germany. W. de Gruyter & Co., 176 p.: U.S. Atomic Energy Comm. Pub.. 

DM-26, X.S.A. 17:21771. Ge of: AnC, BiC, In, InBi.

W15 Werbin, Harold, Chaikoff, I. L., Imada, M. R., 1959, A rapid and sensitive method for determining H3-water in body fluids bv liauid scintillation
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 141

spectrometry: Soc. Experimental Biology Medicine Proc., v. 102, p. 8-. 

AnC, InBi. 

Werner, O. E. See Ostlund [Oestlund], H. G.

W16 West, D. L., 1965, Process scale separation of hydrogen isotopes by gas 

chromatography: U.S. Atomic Energy Comm. Pub., DP-979, 24 p. N.S.A. 

20:1733. Ab.rt, AdC, An.

W17 West, D. L., and Marston, A. L., 1964, Gas chromatographic separation 

of the hydrogen isotopes: Am. Chem. Soc. Jour., v. 86, p. 4731. N.S.A. 

19: 2230. AdC, SeAd. 

Westbrook, H. L. See Eastham, J. F.

W18 Westermark, Torbjorn, Devill, L., and Ghanem, N. A., 1960, The use 

of bremsstrahlung for the determination of tritium in aqueous and organic 

systems: Nuclear Instruments and Methods, v. 9, p. 141-144. C.A. 61:6605 

fg; N.S.A. 15:8719. AnC, MeDf, SeAd.

W19 Westermark, Torbjorn, Grapengiesser, Bjbrn, Lindroth, Hans, and 

Ghanem, N. A., 1960, Note on the determination of tritium by means of 

liquid scintillators and DC-measurements of photomultiplier currents: 

Nuclear Instruments and Methods, v. 9, p. 357-359 [in English]. N.S.A. 

15 : 8720. AnC, In, InBi.

W20 Westin, Sverre, 1958, Radiological dating, methods, and possibilities: 

Kgl. Norske Vidensk. Selsk. Forh., v. 31, p. 27-44. C. A. 53: 15789 i. Ab, 

Ge, In.

W21 Wexler, S., 1963, On the mechanism of the isotopic exchange of tritium 

with methane: Am. Chem. Soc. Jour., v. 85, p. 272-277. C.A. 58:6672 g; 

N.S.A. 17: 12251. AnMs, KiT, Nu, Se.

W22 Wexler, S., 1965, Mass spectrometric investigations of isotopic exchange 

reactions of gaseous hydrocarbon ions: Upton, N.Y., Symposium on Exchange Reactions, 1965, Proc., p. 301-324. AnC, AnMs, IsKi, SeAd. 

Whalley, B. E. See Frenkel, E. P. 

Wheat, J. A. See Foster, R. R.

W23 Whisman, M. L., and Eccleston, B. H., 1962, Gas-exposure labeling of 

organics with tritium: Nucleonics, v. 20, no. 6, p. 98-102. N.S.A. 16: 18968. 

Ge of: AnC, Sy.

W24 Whisman, M. L., Eccleston, B. H., and Armstrong, F. E., 1960, Reproducibility of tritium analysis of organic compounds, using [a] liquid 

scintillation spectrometer: U.S. Atomic Energy Comm. Pub., BM-R1-5801, 

17 p. N.S.A. 15:20655. Ge of: AnC, AnMs, Sy. 

White, D. E. See Craig, Harmon.

W25 White, D. E., Craig, Harmon, and Begemann, Friedrich, (no date 

shown), Isotope geology of the Steamboat Springs area, Nevada, in 

Tongiorgi, Ezio, ed., Nuclear geology on geothermal areas: Pisa, Italy, 

Consiglio Nazionale delle Ricerche, Laboratorio di Geologia Nucleare, 

paper presented at conference, 1963, Spoleto, Italy, p. 9-16 [pub. distribution, 1967]. Ingw, InAgw. 

White, D, F. See Campbell, I. G. 

White, D. F. See Payne, P. R.

W26 White, D. F., Campbell, I. G., and Payne, P. R., 1950, Estimation of 

radioactive hydrogen [tritium] : Nature, v, 166, p. 628-630. C.A. 45: 2050 g. 

AnC, InBi.

White, R. M. See Kambara, T. 

Wiik, B. See Yon Buttlar, Haro.
142 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Wilgain, S. See Picciotto, Edgard. 

Wilkinson, Geoffrey. See Cotton, A. F.

W27 Wilkniss, P., and Moghissi, A., 1965, Nucleonics in rocketry and space: 

Atompraxis, v. 11, p. 13-20. N.S.A. 19:17440. Ge of: AbG.tm, AbGm«t, 

AbG.at, In.tm, Inme t, Ins .t (with 259 references). 

Williams, A. See Goodier, I. W. 

Willis, D. L. See Wang, C. H.

W28 Wilson, A. T.f circa 1959, Technique for the use of tritium as a tracer 

in in vivo biological systems: U.S. Atomic Energy Comm. Pub., 

A/CONF.15/P/1506, 3 p. N.S.A. 13:6216. AdC, BiC, InBi.

W29 Wilson, A. T., and Fergusson, G. J., 1960, Origin of terrestrial tritium: 

Geochim. et Cosmochim. Acta, v. 18, p. 273-277. C.A. 54:16952 g; N.S.A. 

14:19671. AbG.tm.

W30 Wilson, A. T., and Spedding, D. J., 1965, Detection of tritium on paper 

and thin-layer chromatograms: Jour. Chromatography, v. 18, no. 1, p. 

76-80. C.A. 63:3600 g. Ge of: AdC, An (a review).

W31 Wilson, E. J., 1957, Manipulation of radioactive gas in high vacuum 

apparatus: Vacuum, v. 4, p. 303-325. C.A. 51:7885 a. AnC, Sy (with 64 

references). 

Wilson, J. E. See Khan, A. A.

W32 Wilson, S. H., 1963, Tritium determinations on bore waters in the light 

of chloride-enthalpy relations: Inst. Nuclear Sci., Lower Hutt, New Zealand, Rept. INS-R-29, 15 p. N.S.A. 18:43788. Ab? w, AbGterr, In*,-, InAgw , 

MeDfgw , ThD.

W33 Wilson, S. H., 1966, Origin of tritium in hydrothermal solutions: Nature, 

v. 211, no. 5046, p. 272-273. C.A. 65: 11978 a. Ab^, InBw, InA^, MeDfg w. 

Wilson, W. E. See McClelland, Jean. 

Wilzbach, K. E. See Brown, W. G.

W34 Wilzbach, K. E., 1957, Tritium-labeling by exposure of organic compounds to tritium gas: Am. Chem. Soc. Jour., v. 79, p. 1013. C.A. 51: 10359 

a. An, InBi, Nuln, SeAd, Sy.

W35 Wilzbach, K. E., and Dorfman, L. M., 1960, Labelling of organic compounds by electric discharge in tritium gas, in Radioisotopes in the physical sciences and industry, v. 3, Proceedings Series: Vienna, Austria, 

Internat. Atomic Energy Agency Conf. on Use of Radioisotopes in the 

Phys. Sci. and Industry, held at Copenhagen, Denmark, Sept, 6-17, 1960, 

Proc., p. 3-11 [1962]. N.S.A. 16:23548. AnC, SeEl.

W36 Wilzbach, K. E., K apian, Louis, and Brown, W. G., 1953, Preparation 

of gas for the assay of tritium in organic compounds: Science, v. 118, p. 

522-523. C.A. 48: 3156 h. AnC, Sy.

W37 Wilzbach, K. E., Van Dyken, A. R., and Kaplan, Louis, 1954, Determination of tritium by ion-current measurement: Anal. Chemistry, v. 26, p. 

880-883. C.A. 48: 11205 i. AnC, Kil.

W38 Wimber, D. E., 1959, Chromosome breakage produced by tritium-labeled 

thymidine in Tradescantia paludosa: [U.S.] Natl. Acad. Sci. Proc., v. 45, 

p. 839-846. C.A. 53:20323 de; N.S.A. 13:15898. BiB, InBi, KiB, KiP.

W39 Wimber, D. E., 1964, Effects of intracellular irradiation with tritium: 

Advances in (Radiation Biology, v. 1, p. 85-115, N.S.A. 19:19515. Ha, Ge 

of: BiB, BiC, Ki, KiB, Nu (with 87 references).

W40 Wimber, D. E., Quastler, Henry, Stein, O. L., and Wimber, D. R., 

1960, Analysis of tritium incorporation into individual cells by autoradiography of squash preparations: Jour. Biophys. and Biochem. Cytology, v. 8,
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 143

p. 327-331; U.S. Atomic Energy Comm. Pub., BNL-4718. N.S.A. 15:10625. 

AbO, BiC, InBi, KiR, SeAd.

Wimber, D. R. See Wimber, D. E.

W41 Wing, James, 1957, Solubility of water in aromatic solvents using tritium 

as a tracer: Ann Arbor, Mien., Michigan Univ. Microfilms, no. 19404, 144 p. 

Dissert. Abs., v. 17, p. 760-761. C.A. 51:11816 de. InSo, SeSo, SoO. 

W42 Wing, James, and Johnston, W. H., 1955, Method for counting tritium in 

tritiated water: Science, v. 121, p. 674-675. C.A. 49: 11438 f. AnC.

Winkelman, J. W. See Karmen, Arthur.

\V43 Winkelman, J. W., and Karmen, Arthur, 1962, Use of an ionization 

chamber for measuring radioactivity in gas chromatography effluents: 

Anal. Chemistry, v. 34, p. 1067-1071. N.S.A. 16:25428. AdC, AnC.

Winter, E. R. S. See Graupner, K.

\V44 Wittemore, I. M. and Lehman, R. L., 1957, Synthesis and storage of 

small quantities of tritiated water: U.S. Atomic Energy Comm. Pub., 

UCRL-8056, 9 p. C.A. 52:9798 e. Ha, Sy. 

Wohlfahrt, D. See Von Buttlar, Haro. 

Wolfgang, R. L. See Currie, L. A. 

Wolfgang, R. L. See Von Grosse, A. V.

W45 Wolfgang, R. L., 1961, Vapor-phase proportional counting, in Rothchild, 

Seymour, ed., Advances in tracer methodology, v. 1: New York, Plenum 

Press, p. 183-184 [1963]. C.A. 58:9845 h; N.S.A. 17:18489. AdC; Ge 

of: AnC.

W46 Wolfgang, R. L., and MacKay, C. F., 1958, New proportional counters 

for gases and vapors: Nucleonics, v. 16, no. 10, p. 69-73. C.A. 53: 891 a. 

AnC.

Wolfgang, Richard. See El-Sayed, M. A. 

Wolfgang, Richard. See Pratt, T. H.

W47 Wolfgang, Richard, 1961, On the origin of high tritium content of 

atmospheric methane, hydrogen, and stratospheric water: Nature, v. 192, 

p. 1279-1280. N.S.A. 16:7763. Ab.tm, Abaft, IiUt., SeAd.

W48 Wood, F. W., and O'Neal, Denny, 1965, Tritiated water as a tool for 

ecological field studies: Science, v. 147, no. 3654, p. 148. N.S.A. 19:8736. 

AbO, BiB, BiC, Inpf , InBi, MeDf, SeAdp,.

W49 World Health Organization, 1959, Methods of radiochemical analysis: 

Geneva, Switzerland, Rept. of a Joint WHO/FAO Expert Comm., World 

Health Organization Tech. Rept., ser. 173, 116 p. N.S.A. 15:7308. AnC, 

Ha, Inatm, Ingw, In,,, Inoc.an, Interr, InBi, KiR, Sy.

Wormall, A. See Francis, G. E.

W50 Wylie, K. F., Bigler, W. A., and Grove, G. R., 1963, Biological half-life 

of tritium: Health Physics, v. 9, p. 911-914. C.A. 60:5860 g: N.S.A. 

18: 1351. AbO, AnC, BiB, Ha, InBi. 

Wyttenbach, A. Sec Feitknecht, W.

Yl Yakushin, F. S., 1962, The use of kinetic isotopic effect of tritium in 

determining the reaction mechanism of the replacement and transfer of 

a hydrogen atom: Uspekhi Khim.. v. 31, p. 241-256 [in Russian]. N.S.A. 

16:14621. Eq, In. Ge of: IsEq, IsKi, Kil, KiL (with 77 references).

Y2 Yamada, Kiyoteru, and Sato, Yoshishige, 1961, Techniques for using tritium gas: Doitai To Hoshasen, v. 4, p. 64-66. N.S.A. 16:30457. Ha, MeDf. 

SeAd, SeDs, SeEl.
144 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Yamasaki [Yamazaki], Fumio. See Takahashi, Tan.

Y3 Yamazaki [Yamasaki], Fumio, Hamada, Tatsuji, Okano, Masaharu, and 

Takahashi, Tan, 1961, Measurement of tritium using ionization chambers: 

Tokyo, Japan, 4th Japan Conf. on Radioisotopes, Oct. 10-12, 1961, Proc., 

p. 716-720 [in Japanese]. C. A. 61: 11577 c; N.S.A. 17:29987. AnO.

Yamazaki, Mikio. See Kashida, Yoshihiko [Kasida, Yosihiko (or 

Yoshiko)].

Y4 Yamazaki, Mikio, Ishihama, H., and Kashida, Yoshihiko [Kasida, 

Yosihiko (or Yoshiko)], 1966, Tritium measurement with a liquid scintillation counter The application of the oxygen-flask combustion method 

to a strong coloured sample: Internat. Jour. Appl. Radiation and Isotopes, v. 17, no. 2, p. 134-136 [in English]. C. A. 64: 15331 d. AnC, And. 

Y5 Yang, J. Y., and Gevantman, L. H., 1964, Tritium 0-radiation-induced 

isotopic exchange with water vapor: Jour. Phys. Chemistry, v. 68, no. 11, 

p. 3115-3119. C.A. 61:15614 b; N.S.A. 18:3862, N.S.A. 19:4214. IsTh, KiR, 

NuB, NuR, SeAd, ThSo.

Y6 Yang, J. Y., Smith, C., and Gevantman, L. H., 1963, Tritium ^-decayinduced isotopic exchange with water vapor: Am Chem. Soc., 145th Natl. 

Mtg., New York, Sept. 1963. U.S. Atomic Energy Comm. Pub., CONF-117- 

19, 20 p. N.S.A. 18:3862. IsTh, KiR, NuB, NuR, SeAd, ThSo. 

Yang, Kang. See Gant, P. L. 

Yasushi, Nishiwaki. See Nishiwaki, Yasushi. 

Y7 (Reference deleted.)

Ying, Huei-Kuen. See Van't Hof, J. 

Yoash, Vaadia. See Raney, Franklin 

Yost, D. M. See Jenkins, W. A.

\"8 Youmans, A. H. (to Dresser Industries, Inc.) 1960, Method and apparatus 

for identifying the elements in the formations penetrated by a drill hole: 

U.S. Patent 3,257,557, June 21, 1966. N.S.A. 20:39137. An, InBW , NuB.

Yura, Osuma. See Mann, W. B.

Y9 Yura, Osuma, and Kimura, Miwako, 1964, Activity measurement of tritium with microcalorimeter: Oyo Butsuri, v. 33, p. 342-347 [in Japanese]. 

N.S.A. 19:11586. AnC, AnCl, NuB, Sy.

Zaehringer, J. See Fireman, E. L. 

Zl Zajicek, G., anJ Gross, J., 1964, Studies on the radiobiological effect of

3H-thymidine on the DNA turnover in Landschuetz ascites tumor cells:

Experimental Cell Research, v. 34, p. 138-143. N.S.A. 18:23215. BiC, BiZ,

InBi.

Zaoralek, Peter. See Zuppinger, Adolph. 

Z2 Zav'yalov, A, P., Istomina, A. G., and Markelov, V. V., 1960, Device for

measuring tritium oxides: Meditsinskaya Radiologiya, v. 5, no. 12, p. 57-60.

C.A. 55: 14096 a. AnC. 

Z3 Zel'venskii, Ya. D., Efremov, A. A., and Larin, G. M., 1965, Study of the

liquid-vapor equilibrium in hydrocarbon-water systems using tritium:

Khimiya i Tekhnologiya Topliv i Masel, v. 10, no. 7, p. 3-7 [in Russian].

C.A. 63: 10745 fg. In, Is, MeSt, SoO, Th. 

Z4 Zel'venskii, Ya. D., Nikolaev, D. A., Tatarinskii, V. S., and Shalygin,

V. A., 1965, Concentration of water samples for the determination of the

tritium content: Atomnaya Energiya, v. 18, no. 4, p. 367-372 [in Russian].

C.A. 63:5373 c: N.S.A. 19:30407. AnC. IsTh, SeAd, SeDs.
MAIN BIBLIOGRAPHY AND AUTHOR INDEX 145

Z5 Zhuravlev, V. F., 1964a, Tritium in biology and medicine: Meditsinskaya 

Radiologiya, v. 9, no. 12, p. 63-70 [in Russian]. C.A. 62:9360 e; N.S.A. 

19:15967. AbO, Ge of: BiB, TnBi (with numerous references from 66 

articles).

Z6 Zhuravlev, V. F., 1964b, Experimental toxicity of tritium, in Moskalev. 

Yu. I., ed., Raspredelenie Biologicheskoe Deistvie TJskorenie Vyvecleleniya 

Radioaktivnye Izotopov [Distribution, biological effects, and rapid excretion of radioactive isotopes] : Moscow. U.S.S.R.. Sbornik Rabot, p. 202-208 

[in Russian]. C.A. 62:13482 b; X.8.A. 19:40337. AbO, BiZ. Ha.

Z7 Zhuravlev, V. F., 1964c, Experimental therapy of rabbits poisoned by 

tritium oxide, in Moskalev, Yu. 1., eel.. Raspredelenie Biologicheskoe 

Deistvie TTskorenie Vyvedeleniya Radioaktivnye Izotopov [Distribution, 

biological effects, and rapid excretion of radioactive isotopes] : Moscow, 

U.S.S.R., Meditsina, p. 299-310 [in Russian]. X.S.A. 19:40340. BiZ. TnBi.

Z8 Ziegler, Albert, and Peter-Juergen, Meyer (to Siemens-Schuckertwerke 

AG), 1962, Method for the recovery of deuterium oxide and tritium from 

the air of closed rooms of nuclear reactor installations and device for 

its accomplishments: German Patent 1,194,995 [June 16. 1965]. N.S.A. 

19: 38907. Ha.

Ziegler, C. A. .SVr Brinkerhoff, .7. M.

Z9 Ziegler, C. A., Chleck, D. J., and Brinkerhoff, J. M., 1957. Radioassay of 

low-specific-activity tritiated water by improved liquid scintillation techniques: Chicago, 111., Northwestern Univ., Conf. on Liquid Scintillation 

Counting Proc.. p. 185-190 [1958]. C.A. 53:5899 c. AnC.

Z10 Ziegler, C. A., and Schwebel, A., 1957, Technique for monitoring 

tritiated-water vapor in air: Nucleonics, v. 15, no. 1. p. 64. N.S.A. 11:3488. 

AnC.

Zll Zilversmit, D. B., 1961. Design and analysis of tracer experiments, in 

Rothchild, Seymour, ed., Advances in tracer methodology, v. 1: New York, 

Plenum Press, p. 203-204 [1963]. N.S.A. 16: 18493. Ge of: An, In, No, Sa.

Z12 Zimmermann, U., Ehhalt, D. and Miinnich, K. O.( 1966, Soil-water movement and evapotranspiration Changes in the isotopie composition of the 

water: Vienna, Austria, Internat. Atomic Energy Agency Symposium on 

Use of Isotopes in Hydrology, Nov. 14-18, 1966, Proc., Symposium preprint, 

SM83/38, 26 p. BiB, InHy, InS w, Tnr«., MeDf. SeDf.

713 Zimmermann, U., Miinnich, K. O., and Roether, W. K., 1966, Tracers 

determine movement of soil moisture and evapotranspiration: Science, v. 

152, no. 3720, p. 346-347. In HT , TnC w, IiUy, MeDf.

714 Zimmermann, U., Miinnich, K. O., Roether, W. K., Schubach, K., and 

Siegel, O., 1965, Downward movement of soil moisture traced by means of 

hydrogen isotopes Evaluation of evapotranspiration. in Chatters, R. M., 

and Olson, E. A., Radiocarbon and tritium dating: Pullman, Wash., Washington State Univ., 6th Internat. Conf. on Radiocarbon and Tritium Dating, 

.rune 7-11, 1965, Proc., p. 577-588. Abp,-. InP(-, InArc, MeDfpe. 

Zlatkis, A. See Shoemake, G. R.

Z15 Zodtner, H. H., 1965, Ground-water resources using nuclear techniques. 

in Schiff, Leonard, ed., Biennial Conference on ground-water recharge, 

development, and management: Los Angeles, Calif., California T T niv.. 

Fresuo Field Sta. Pub. PH-50-H-55. Ha, In^v.
146 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Z16 Zuppinger, Adolf, Poretti, G. G., Zaoralek, Peter, and Aebi, Hugo,

1962. Radiation conditioned disturbance of tritium incorporation in organic cell substances: Strahlentherapie, v. 118, p. 42-45. N.S.A. 16:20221. 

BiC, BiZ. 

Z17 Zuppinger, Adolf, Poretti, G. G., Zaoralek, Peter, and Aebi, Hugo,

1963. Disturbances in the tritium content in organs after irradiation: 

Radiologia Clinica, v. 32, p. 402-410 [in English]. N.S.A. 17:27181. AbO, 

BiC, BiZ, MeDf.
CLASSIFICATION INDEX PRINCIPAL SUBJECT INDEX

This principal subject index is compiled from the principal topics 

and subject code, which precedes the main bibliography. Indexing 

follows the general form used in the tritium bibliographies published 

by the U.S. National Bureau of Standards, with two exceptions. 

First, new principal and subsidiary topics with their appropriate 

subject codes have been added, and those not applicable to the purpose 

and scope of this bibliography have been omitted. Second, the principal and subsidiary topics are stated first,, followed then by the principal subject code enclosed in parentheses. This last change should help 

the reader to locate more readily the subject references. The 

letter-number symbols listed indicate references in the main bibliography (tritium references) only. However, the meanings of the 

auxiliary reference-list codings are identical to those of the main 

bibliography, except that they do not apply specifically to discussions 

of tritium.

Abundance (Ab) : A27, A30, A44, B13, B25, B99, C62, C75, C76, F62, F76, 

H17, H19, H54, H55, H58, 113, J20, K44, K73, L23, L44, L46, L59, L68, 

L72, M10, N22. P37, R22, R29, S112, T3, U28, U30, U31, V8, W20.

[Laboratory and artificial production (Ab.rt)]: B43, B66, B103, B104, 

B122, E5, G54, T37. .116, L50, M65. M66. M69, R33. S3o, S7S, T33. U7. 

U13, W16, W47.

[Atmosphere and precipitation (Ab.tm)] B9, Bll, B23, B24, B35, B36, B37, 

B43, B45, B48, B77, B80, B89, B91, B95, B97, B98, B100, B122, C13, 014, 

015, C53, C60, D5, D30, E5, E6, E8, E9, E32, PI, F5, F6, F36, F37, F47, 

F59. F64. F66, G9, G10, Gil, G12, G50, G53, G54, G55, G64. G65. 

G87, H16, H21, H25, H28, H56, II, 15, 118, 126, 127, 128, 129, J39, 

K42, K43. LI, L2, L10, L18, L19, L28, L43, L47, M2, M3, M4, M5, M7. 

M18, M21, M6o. M66, M68, M69, N21, O2, O26, O27, O29, R36. R49. 

S87. S91, S93, S102, S103, S105, SllO, T4, T5, Til, T14, T16. T17. 

T23, T25, T30, T33, V28, V30, V32, V34, V38, W4, Wll, W47.

[Ground water (meteoric and connate brines) (Ab,w )]: B9, B36, B91. 

B103, B121. C13, C14, CIS, C45, 071, D5, E30, F6, F37, F47, F65. G9. 

G10, G63, G64, G65, G87, H16, H25, H28, 15, 17, K36, K52, L47, M7, M65, 

M66, M68. M69. O29, P10, P14, P15, R36, S19, S21. S102. S103. T4. 

To, T14, T17, T21, T23, T30, T33. U15, U7, V28, V30. V32. W32. W33.

[Worldwide hydrologic environments and hydrologic cycle (AbHy )]: B9, 

B34, D5, E33, H56, 15, 118, M65, M66, S103, U18.

[Juvenile water (Abj u )]: B91, T33.

147
148 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

[Ocean water (Ab.ce.B )]: B6, B9, B36, B98, 060, 063, E32, F9, G9, G64,

15, 118, L47, N6, O29, R36, T14, T16, T17. 

[Pedology (soils) and agronomy (Abpc .)]: Sll, S19, Z14. 

[Snow, ice, and glaciers (Absnow )]: B35, B36, B37, B45, F37, G64, 137,

P38, T15.

[Surface waters (rivers, lakes, ponds, reservoirs, and water supplies) 

Absw )]: B9, B35, B36. B48, B86, B89, B91, C13, C45, E30, F6, F37, 

F47, G9, GIG, G63, G64, GS7, H16, H28, I.I, 17, K52, L19, L28, L47, 

Mc8, M7, M6o, M66, N21, O29, P14, P15, R14. R17, S19, S102, S103, 

To, T14, T17, T23, T33, V2S.

[Earth, rock, and aquifer materials (Abterr)] II, L18, L19. 

Geological and natural (AbG) : A25, B33, B34. B51, B55. B104, T12, ("57. 

E16, E17. E33. F21, F24. F39, F44, F45, F62, G29, G64, G87, 12, 121. 

.113, K16, K17, K29, K61, K62, K63, K64, L4, L34, L38, L40, L41, L51, L68, 

Mc6, M17, M3S, N7, N15. N19. O3, P26. P56. Rll. S50, S62, S71. S106. 

T34, U7. Y18, V31. Nrr also Abundance (Ab) and Organic abundance 

(AbO).

[Atmosphere and precipitation (AbGatm)]: A"), A18, A41, A43, A46, 

Bl, B4, B7, B9, Bll, B12, B35, B38, B39, B40, B41, B42, B44, B46, 

B4S, B50, B66. B67, B77, B79, B87, B97, B130, B131, C29, C35. 

C61. C65. 1)1, D6. 1)9, D30, D36. E7, E31. E34, F3. F10, F20, F25, 

F26, F27, F28, F29, F30, F33, F34, F35, F38, F41, G17, G18, G30, 

G31, G32, G4S, G49. G51, G79, H2, H22, H25, H28, H42, H53, 

H70, II, 15, 110, 118, 137, J41, ,T42, K14, K25, L3, L6, L7, L8, L9, 

L37, L39, L45, L48, L50, L67, L70, M19, M20, M33, M58, NX, N16. 

O26, O29, P8, P31. R6. R14, R47, R50. S44, S61, S92, S94, Sill, 

T10, T17, T22, T28, T29, T44, T45, U29, TT33. V27, Y33, Y34, Y36, 

Y40. AT43. Y44, Y45, V46. Y47, W27, W29.

[Ground water (meteoric and connate brines) (AbGK w)]: A18, B21, 

B50, B57, B130, D6, E29, E31, F18, G31, H6, H28, K25, L6, L45, 

L4S, L64, R15, S90. T10, T17, T29.

[Worldwide hydrologic environments (AbGnyll: A5. B44, E29, E31, 

G31, 111, 112, 114, 117, 118, 119, K25, L39, L45, L48, T22, T29, U29. 

[Juvenile water (AbG JU )]: B21.

[Meteorites (AbGmet)] : B12, B41, B42, B47, B49, C29, Dl, D9, D39, E3,

F4. F22, F23, F25, F26, F27, F29, F30, F31, F32, F33, F34, F38,

F41. G2, G17. G1S. G19. G20. G21. G43, G44. G4."». G46. H42, I.",

115. L9. L29. L66. M58, P8, S44. T7. T«, T44. T45. W27.

[Ocean water (AbGoc«B )]: A43, B7, B50, G30, G31, G32, H61, 118,

K2.1, L3. L39. L45. L64. X4, R6, T17. 

[Satellites (AbG.,,,)]: Dl. D9, F25, F27, F32, F33, F34, F41, H42,

II. L9, W27. 

[Snow, ice, and glaciers (AbG.now)]: B38, 137, L45, M43, R20, S27,

S45, T15. Y2.-. V41. Y42.

[Surface waters (rivers, lakes, ponds, reservoirs, and water supplies) 

(AbGs»)] : A15. Bll. B48, B130, C44, D6, E31, H25, H28, L6, L39, 

L45. L50. L64. R6. R14. T17. V35. Y36, Y46. 

[Earth, rock, and aquifer materials (AbGterr)]: A5, A43, Oil, F4,

F3,S. F4!>. K6. I>39. M5K. R50. W32.

organic (including uptake, biological half life, and fractionation) (AbO) : 

A45. B101. B139. B144. B145. B147. C4. ('10. C4S. D14. T)36, E20. E22. 

F54. F55. F74. F76. G39. GS3. 16. 116. K41. K43. K57. K61. K73. K76.
CLASSIFICATION INDEX PRINCIPAL SUBJECT INDEX 149

L30, M26, M55, M61, N3, P3, P25, P45, P63, P64, P66, R8, R9, R36, 

S23, S50, S60, S64, S65, S66, S67, S76, S95, S98, S99, T43, U14, U25. 

U26, U32, V18, V20, W9, W10, W40, W48, W50, Z5, Z6, Z17. 

Adsorption and sorption (Ad) : A38, A43. B12, B75. B106, B137, B138, C2, 

C44, D17, G69, H34. 133, J20. K4, K54, L17, M48, M63, M64, N16, PIS, 

P25, R2, R3, S36.

[In aquifers and filters (Adgw)l : E4, N17. S69.

Chromatography (AdC) : An, All, A34, B63, B107, B109, B113, Cl, CIS. 

C21, C22, C26, C66, C67, D18, D21, D43, G3, G4, G22, 15, Klo, K4S, 

K50, L22, O21, P19. P35, P36, P4l, P47, P48, R37, R43, Sll, S12. S15, 

S16, S17, S22, S25, S49, S60, S98. S117, T49, IJ12, U14. TJ21, U22. W13, 

W16, W17, W28, W30. W43, W45.

Gases on solids (AdG) : CIS, G4.

Liquids on solids (AdL) : A17, F12, F70, Rl, SI,

Analytical methods (An) : A6, A31, A35, A48, B13, B20, B23, B32, B73, B90, 

B107, BIOS, B148, C21, C52, C55, C59, C78, D17, D18, D35, D41, D42, E39, 

F5, F7, F13, F51, F58, F62, F75, G13, G66, G74. G76, HI, H5, H37. 

H48, H51, H54, H62, H65, H66, H69, 14, 15, 118, 120, 126, Jl, J2, J17, 

.118, .120, K5, K40, K48, L19, L31, L61, L72, Mco, M13, M24, M25, M44. 

O12, O13, O20, P4, P36, P42, P6o, R7, R16, R19, R24, R26, R32, R37, 

R44, Sll, S30, S40, S43, S72; S73, S74, S92, S108, T19, 1*12, Y9, V18. 

V19, V34, V39, V46, V48, W2, W16, W30, W34, Y8, Zll.

Counters, cloud chambers, electrometers, ionization chambers, photographic 

emulsions, and autoradiography (AnC) : Al, A2, A3, A5, A7, A9, A13, A22, 

A23, A24, A25, A28, A33, A34, A37, A38, A42, B2, B3, Bo, B8, B9, BIO, 

B12, B15, B18, B19, B41, B52, B58, B59, B61, B62, B64, B65, B66, B68, 

B97, B101, B110, Bill, B112, B113, B114, B115, B116, B117, B120, B130, 

B135, B136, B137, B138, B140, B141, B142, B143, B144, B147, B149, B150, 

Cl, C3, C5, C6, C7, C8, C9, C14, 016, CIS, C20, C22, C23, 026, C27, 

C30, C31, C32, C38, C39, C40, C41, C42, C44, C50, C51, C53, C54, 

C58, C66, C67, C72, C73, C77, D3, D4, D13, D18, D19, D20, D21, D22, 

D27, D31, D32, D33, D36, D37, D88, D40, D43, El, E2, E12, E15, 

E16, E19, E23, E24, E25, E28, E86, E37, E39, F2, F9, F12, F17, 

F19, F37, F44, F46, F47, F48, F49, F50, F53, F56, F60, F67, F68, 

F70, F71, F72, F73, G3, G5, G6, G7, G8, G9, G13, G14, G15, G19, 

G22, G27, G28, G29, G33, G35, G36, G37, G38, G40, G50, G52, G58, 

G60, G61, G62, G64, G67, G71, G72, G81, G82, G83, G84, G85, G86, 

G87, G88, H3, H9, Hll, H12, H15, H22, H23, H24, H26, H27, H31, 

H32, H36, H38, H39, H40, H41, H46, H47, H50, H53, H57, H59, 

H60, H63, H64, H67, H72, H73, H74, II, 13, 15, 16, 123, 124, 127, 

130, 132, 133, 134, 135, 136, .14, .T'5, J7, J8, Jll, J13, J23, J27, J38, 

J34, J35, .136, Kl, K2, K3, K4, K10, Kll, K12, K13, K14, K15, 

K19, K20, K21, K24, K25, K32, K33, K37, K38, K39, K45, K46, 

K47, K50, K51, K53, K54, K55, K58, K59, K60, K66, K68, K69, 

K74, K75, LI, L2, L6, L13, L15, L17, L22, L26, L27, L28, L32, L36, 

L39, L41, L55, L56, L57, L58, L60, L65, Mcl, Mc2, Mc4, M6, M8, M12, 

M14, M22, M27, M29, M30, M34, M35, MS8, M48, M49, M50, M51, 

M52, M54, M58, M59, M62, M65. M66, M70, Nl, N4, N10, Nil, N14, 

N18, N21, N22, N23, Ol, O4, O7, O8, O9, O10, Oil, O15, O17, O19, 

O21, O22, O23, O24, O25, O28, O29, O30, PI, P2, P8, Pll, P12, P16, 

P17, P22, P23. P24, P34, P35, P39, P40, P41, P46, P48, P58, P60, 

P63, P64, P67, Ql, R5, R18, R20, R25, R27, R28, R30, R31, R33, R35,
150 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

R40, R43, R45, R46, R51, R54, R55, S2, 84, S5, S6, S7, S10, S12, S13, 

S15, S16, S17, S20, S22, S24, S25, S26, S27, S31, S34, S37, S38, S39, 

S41, S42, S46, S47, S49, S50, S52, S53, S56, S57, S58, S63, S67, S77, 

S79, S80, S81, S83, S84, S85, S86, S88, S95, S96, S99, S100, S110, 

S113, S114, S117, T2, T3, T4, T6, T9, T10, Til, T12, T14, T15, T17, 

T21, T22. T27, T35, T46, T48, T49, T50, T52, T54, T55, T56, TJ1, 

U2, U3, U10, U14, U16, U19, U20, U29, U34, V10, Vll, V12, V13, 

V14, V16, V19, V21, V22, V24, Y26, V30, V35, V37, V38, V40, V41, V44, 

Y45, Wl, W3, W13, W14, W15, W18, W19, W22, W23, W24, W26, 

W31, W35, W36, W37, W42, W43, W45, W46, W49, W50, Y3, Y4, 

Y9, Z2, Z4, Z9, Z10.

Colorimetric methods (And) : B135, E10, Ell, 133, M12, N4, P43, P50, 

Y4. Y9.

Density methods (AnDn) : C26. R29.

Mass spectrograph and mass spectrometer (AnMs) : A5, A42, B56, B122, 

B137, B138, C2, C35, D29, E17, H34, H53, H59, 133, 134, J34, Kl, K22, K23, 

K24, Mc5. M16. M24. Nil, N1S. N23, O5, O6. P24, R46, S26, S101, T10, 

Y46. W7. \Y21, W22, W24.

Absorption spectra (AnSp) : B29, Y21.

Thermal conduction (AnTh) : R29.

Biological effects of tritium and tritium compounds (Bi) : A27, B92, B93, 

B119, B149. 052, D7, F60, .720, K53, M61, N3, P46. S23, S54, S65.

Botanical (BiB) : A39. A43. A45. B2S, B69. B70, 028. O36, O37, O48. 

O49. D8, E39, F57, G34. H24, H66, H6S, 129, K25, K29. K42, K57, K61, 

K73. K76, L28, L39, L62. Mc9, MclO, M26, M60, M69, P28, P29, P30, 

P53, P60, R4, R8, R9, R19, R36, S28, S55, S59, S60, S97, S98, S99, 

T1K, U9, V2, Y3. Y19, V49, W9, W38, NV39, W48, W50. Z5, Z12.

Biochemical (BiO) : A4. B16. B27, B52, B53, B76, B92, B102, 04, 025. 

O48. 056, 068, D7, 1)8, 1)23, D38, E20, E21, E39, F48. F54, F58. F60. 

F69, F71, F74, G7, G14, F36, G39, G56, G78, H9, H65, 15, 16, 116, 111, 124, 

.11, J2, J5. .712, K5, K8, K50. K61. L12, L63, M26, M45, Moo, M56. 

M60, N3, N10, Nil. O15, O16, O22, O23, O24. P2, P5. P27, P30, 7>33, 

P44, P55, P60. R4. R19, R21. R25, R34. R52, R53. S3, S28, S50, S53, 

S64, S66, S75. S76, T19. T43, T46, T51, U4. I T 6, U7. F8. UH, T T 14, U21, 

U22, U23, F26, F27, IT 28, Y3. Y1S. V23, W10, W14, W28. W39. W40, 

W48, Zl. Z16. Z17.

Zoological (BiZ): B26. B27, B53. B93, BJ)4. B101. B102, B133. B144, 

B145, B147. 04. 010, O40, 056, 069. O70. 7)14. 7)34. D36. 7338, ElS. 

E19, F7, F54, F55, F74, F76. G6. G73. G74, G75. G76. H9. H38, H45, 

H71, 116, 722. .72. .710, K5. K10. K13, K41. K61, L12, L20. L69, Ml, 

M26. M55, 013. O15, O22, O23. O24. P2. 1>3. P4, P6, P33, P45. P52, 

P54, Poo. P57, R19, R25, R52, S3. S29. R66. S67, S109, T12, T36, T37, 

T38, T39. T40, T41. T43, T T 14, U20, TT23, Vfl, Y20, Zl. Z6, Z7, Z16, Z17. 

Electrochemical i)roi)erties (Ec) : B73, B131, F49, F50, F70, [36, K4K.

Conductivities and mobilities (EcC) : A38, G60, S77, S112. 

Electromagnetic and optical properties (except spectra) (El) :

Oolor effects (E101) : 078.

Gas discharges (ElGd) : H44.

Magnetic moments (EIMn) : T13.

7,ight scattering (EISc) : Bll.

( 1 hemical equilibria (Eq> : B73, B125, B12S, K76. 7,33, 7>3(>. M38, R42, S2, 

S9, S89. Sill. Yl.
CLASSIFICATION INDEX PRINCIPAL SUBJECT INDEX 151

Gaseous (EqG) : B72, D26, J26, L5. 

Heterogeneous (EqH) : A12, A16, P36.

Ionic (Eql) : A12, B25, B104, B139, E23, F68, H21, M20, RoO, Sol, S112. 

Liquid and solution (EqL) : C78, J14, L5, P25, P44, S108.

General and review (Ge) : B125, B126, B129, C55, C62, D2, D28, D35, Eli, 

E38, F43, F75, F76, G41, G59, G67, H13, HIT, H54, 13, 18, J19, J21, 

J23, L38, L40, L47, LSI, L71, N3, Nil, P25, P6S, RIO, R29, R41, R48. 

S9, S28. S82, S89 T13, T21, T47, U5, V6, V17, W20.

Abundance (Ab) : F6, F66, 15, 16, 17, 118, J20, L18, L19, M7, M10, 

S78, U7. U13, U28.

Geological and natural (AbG) : A43, B40, Dl, G18, 15, 110, 115, 118,

121, J41, K16, K17, L37, L64, M38, N7, S50, T34, U7, W27. 

Organic (AbO) : 16, 116, S50, U2G. 

Adsorption and sorption (Ad) : B137, B138, Cl, CIS, C21, D43, 15, J20,

S17, U21, W30.

Analytical methods (An) : A7, A24, A42, B19, B137, B138, Cl, C6, C21. 

C26, C52, D18, D43, E39, F9. F51, F58, G13, G38, G72, G85, G86, H40, 

H41, H47, H66, H69, 14, 15. 16, 118, J2. Jll, J20, Kl, L19, L26, L27, 

M6, M13, M38, M44, M70, N4. O10. P16. P35, R18, R27, R32. R44, R45. 

R46, S17, S30, S50, S57, S73. T49. IJ16, Y13, V18, V19. W2, W3, W14, 

W23, W24, W30. W45. Zll.

Biological effects of tritium and tritium compounds (Bi) : C25, C52. E21, 

F57, F58, H66, 15, 16, 116, J12, J20, K8, L12, L63, R21, R53, S3, S23. 

S50, S55, S65, T43, U7, U21, U26, U28, V18, V19, W14, W39, Z5. 

Chemical equilibria (Eq) : B128, M38.

Handling, storage, contamination, health hazards, and safety (Ha) : B108. 

B146, B148, C25, F57, HIS, 16, 17, 116, J9, K70, Mc7, M38, M44, N24, R46, 

S3, S50, T43, T53, TT7, F16, F24, U26, TJ28.

Indicator and tracer techniques (In) : A14, A25, B132. B148, Cl, E18. 

G18, 14, Jll, J20, K17, K30, L17. M9, M10, M13, M38. N10. N12, O31, 

R46. S30, S78, T53. W8, W14, Zll.

[Laboratory, reactors, and artificial production (In.rt)]: TJ16. 

[Atmosphere and precipitation (In.im)] : B100, F66, 15, 118, 121, K16,

K18, L18, L19, S48, W27. 

[Ground water (meteoric and connate brines) (Ing «)]: A47. B40.

B54, F6, H19. 15, 17, 110, 118, 121, 125, K34, M40, N9. 

[Worldwide hydrologic environments, hydrologic budgets and cycles, 

recharge, and evapotranspiration (InHy )]: B40, F44, H19, 110, 113, 

118, 121, P13.

[Hydraulics, rates of recharge and movement, velocities, reservoir 

volumes, dilution, yield, and analysis of flow character (Inhy )]: 

B54, 15, 110, 118. 121, 125, K35, S33. 

[Meteorites (Inmet)]: 15, W27. 

[Ocean water (In0(.,» n ) ] : B40, K18. 

[Pedology (soils) and agronomy (InPe ) ] : F57, F66, 121. 125, S23,

S33, IJ16.

[Satellites. (In..,)] : W27. 

[Snow, ice, and glaciers (In.now)]: 121. 

[Surface waters (rivers, lakes, ponds, and reservoirs) (Insw )]: B40,

15, 17, T18, 121, 125.

[Earth, rock, and aquifer materials (In.err)] : B40, F42, 121, L18, L19. 

Age determinations (InA) : 121, K30, U28.
152 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

[Atmosphere and precipitation (InA.tm)]: B40, 115, L37. 

[Ground water (meteoric and connate brines) (InAgw)]: F6, 15,

17, 110, 115, K35, L37. 

[Surface waters (rivers, lakes, ponds, and reservoirs) InA,,,)]:

115, L37.

Biological (InBi) : C25. C52, E21, F57, F5S, G3S, 15, 16, 116, J9, Jll, 

J12, K7, KS. L12, L37, L63, R53, S3, S23, S33, S50, S55, S65, T43, 

U16, F21, H24, U26, VIS, V19, W5, W14, Z5. 

Geological nature (InG) : TJ16. 

Reaction kinetics (InKi) : B71. 

Isotope effects (Is) : R44, S33, T53, F16. 

Chemical equilibria (IsEq) : 15, Yl. 

Reaction kinetics (IsKi): J38, R45, Yl. 

Chemical kinetics (Ki) : B127, B128, .120, M38, T53, W39. 

Biochemical (KiB) : L12. T43, AV39. 

Gaseous (KiG) : K17. 

Ibnic (Kil) : M70, Yl. 

Liquid and solution (KiL) : Yl. 

Photochemical (KiP) : H66, J38. 

Radiochemical (KiR) : H66, .138, 1-37, R46, 

Mechanical properties (Me) : M70.

Diffusion, dispersion, convection, mass transport, and permeability 

(MeDf) : 15, M38, N9, T43, U28.

[Atmosphere and precipitation (MeDf.t^)]: A43, 118, 121, J41,

K16, L18, L19, L37, M2, S48, V34. 

[Ground water (meteoric and connate b,rines) (MeDf,.«)]: A43,

H19, 118, K30, K35, L64.

[Worldwide hydrologic environments (MeDfHy)]: 121. 

[Ocean water (MeDfocean) ] : A43, L64. 

[Pedology (soils) and agronomy (MeBfp*)]: 121. 

[Surface waters (rivers, lakes, ponds, and reservoirs) (MeDf. w )]: A43, 118, L19, L64.

[Earth, rock, and aquifer materials (]N|eDfterr) ] : L18, L19. 

Nomenclature (No): H19, Zll.

Nuclear properties (Nu): F45, F58, G55, J20, K16, M38, S50, S78, T53, 

U16, W39.

Beta-ray spectra (NuB) : R46.

Sampling techniques (Sa) : H19, 118, L18, L19, N9, Zll. 

Isotope separation and enrichment (Se) : B139, C21, M38.

Adsorption (including chromatography and ion exchange) (SeAd) : 

L53, M70, R45, S50, T43. 

[Biology (SeAdbi)] : F57.

[Ground water (meteoric and connate brines) SeAdgw )]: K35. 

[Pedology (soils) and agronomy (SeAdpe)]: F57. 

Diffusion (including thermal diffusion) (SeDf) : BIOS. 

Electrolysis (SeEl) : R45. 

Synthesis and preparation of compounds (Sy) : A42, D43, F51, F58, 16,

Kl, M13,, R42, R45, T53, V19, W23, W24. 

Thermodynamic and related properties (Th) : M38, M70. 

Handling, storage, contamination, health hazards, and safety (Ha) : A7, A25, 

A27, A34, A3,i A37, A43. B13, B14, B15, B16, B20, B26, B27, B30, B32, 

B54, B89, B9},' B93, BR4, B101, B102, B108, B116, BUT, B119, B121, B135, 

B144, B145, B140, B147. B148, C4, CIS, C25, C42, C45, C50, C51, C55,
CLASSIFICATION INDEX PRINCIPAL SUBJECT INDEX 153

C56, C59, C68, C69, C70, D4, D7, D10, Dll, D17, D23, D24, D30, D34, D36, 

El, E18, E22, E26, E27, E38, F2, F7, F44, F49, F54, Foo, F57, F61, F66. 

F67, F69, F71, F74, F76, G23, G25, G26, G27, G28, G57, G58, G73, G78, 

G88, G85, H5, H7, H13, H14, H15, H16, H18, H28, H29, H45, H56, H59, 

H62. H63, H64, H71, H73, 16, 17, 19, 116, 136, J9, K4, K10, K19, K25, K28, 

K29, K39, K41, K49, K50, K52, Ko4, K65, K67, K70, LI, L2, L15, L20, L23, 

L39, L44, L56, L58, L62, L65, L69, Mcl, Mc2, Mc3, Mc7, Ml, M23, M26, M27, 

M34, M37, M38, M44, M55, M56, M61, M64, M71. N10, N24, O14, O16, 

P2, P3, P6, P18, P25, 1*93, P35, P45, R6, R12, R19, R22, R34, R39, R46, R52, 

S3, S4, So, S18. S28, S29, S43; S50, S63, S64, S67, S92, S94, S106, S116, T12, 

T42, T43, T46, Tol, T53, til, T T 3, T T 6, T~7, Ull. U16. U23, U24. TJ25, U26. 

U27, U28, TT30, TJ31, T T 32, T T 34, VI, V4, V9, V10, V12, V30, V4H, W39, W44, 

W49, WoO, Y2, Z3, Z8, Z13.

Indicator and tracer techniques (In) : A9, A14, A17, A18, A25, A29, A30. 

A44, A49, B"13; B14, &25; B30, Bol, B70, B75, B96, B113, B132, B136, 

B143, B148, 01, C3, I 1 2d, C23, 033, O47, ELS, E39, F14, F17, F45, G18. 

G58, G67, G85, HIS, H14, H20, H54, H56, H59, H64, 12, 14, 111, 112, 

114, 117. 119"; .711, .720, J24, K17, K30. K46, K47, K51, K65, K67, L16, 

L17, L40, L44; L49, L54, L68. L71, Ml), M10, M13. M27, M38, M42, Nl, 

X10, Ml, X12, X13, N21, Oil, O31, P17, P18, P35, P39, P41, P66, 

R2, R7, R40, R46, S16, S18, S24, S30, S4o, S77, S78, S83, S104, T3, T27, 

T53, Ul, T T 6, V6, V14, V50, W6, W8, W12, W14, AV19. W20, Yl, Z3, Zll. 

[Laboratory, reactors, and artificial production (In» r t)]: B43. F48, G54,

G71, L39, L6o, U16.

[Atmosphere and precipitation (In. tm )]: A7, A28, A33, B7, Bio, B20, 

B24, B29, B35, B36, B37, B41, B43, B44, B45, B50, B65, B66, B67, B78, B79, 

B80, B91, B97, B98, B100, B116, B117, B122, B146, C27, C42, C53, 

C60, C65, D4, D5, D6, D9, D36, E5, E6, E7, E8, E26, E32, E33, E34, 

F10, F30, F31, F37, F47, F48, F64, F66, Gil, G12, G16, Gl9, G23, G46, 

G48, G53, G54, G55, G64, G87, HIS, H16, H25, H28, 10; 118, 121, 127, 

128, 129, 135, 137, K14, K16, K18, K42, K43, K44, K66, Ll, L2, L3, L8, 

L10, Ul. Lift, L19, L28. L39, L46, L47, L4S, M2, M3 S Mo, M7, M8, 

M18, M20, M34, M41, M56, M65, M66, M69, N21, O25, O26* O27, O29, P14, 

Plo, P31, R19, R3">, R36, So, S48, S81, S92, SlOo, SliO, T4, T5, T6. 

T16, T17, T22, T25, T28, T30, T33, U29, V28, V29, V30, V32, V34, V36, 

V38, V40, Wl, AV27, W47, W49, Y7.

[Ground water (meteoric and connate brines) (Ingw )]: Ao. A8. A10, 

A13. A40, A4o, A47, B3">, B36» B40, BoO, Bo4. B83. B8o, B91, B103, 

B121, B123, B124, B130. B134, P12, C14, O15, C18, C45, ('46, Do, D6. 

Dll, D12, D17. E13, E29. E30, F6, Fll, F16, F18. F37, F43, F47, F4S. 

F65, G10, G62, G63, G64, G69, G89, H5. H6, H7. H8. Hlo, H16, H19. 

H25, H28, H30, H34, Hoo, H58, 13, lo, 17. 110, 118, 121, 125, 131. 

J3, .725, K14, K25, K26, K27, K29, K31, K34, K36. K52, K54, K55, K56, 

K74, L17, L2M, L30, L32, L39. L45, L46, L47. L48, Mc4. Mc8. M7, M9. 

M28, M82, M36, M37, M39, M40, M65, M66. M68, M69, N9, MO. X17. 

M9, O29, P9, PlO, P14, Plo, P19. P31. Rl, R14, R17, R36. S14, S19. 

S70, R90, T4, To, T10, T17, T21. T22, T30. T31, T32, T33, T47. U17, 

TT29, V8, V16. V28, V29, V30, V31, V32, V40. AV2o. W32. W33, W49, 

Y8, Z12. 213, Z15.

[Worldwide hydrologic environments, hydrologic budgets and cycles, recharge, and evapotranspiration (InH y)]: BIO, B40, B130, C16, C17, 

('19. C43, D17, D36. E33. F44. G42, G62, H19, H2o, H53, 110, 113, 118,
154 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

121, K14, K36, K55, L39, L45, Me4, M7, M65, M66, M67, M69, P13, P14, 

P15, S90, T16, T32, U18, Z12, Z13.

[Hydraulics, rates of recharge and movement, velocities, reservoir volume, 

dilution, yield, and analysis of flow character (Inhy )]: A8, B35, B50, 

B54, C14, C44, Do, E29, E30, E38, F47, F48, G30, G62, G64, H25, 

H28, 15, 110, 118, 121, 125, 131, J3, J25, K35, K36, K56, K74, L4, L47, 

L48, M9, M32, M36, M37. M69, P9, P10, R14, R15, S14, S33, T17, T22, 

T32, F29, AT 8, AT30, A7 34, V40, Z13. 

[Juvenile water (Inju )]: B91, G64. 

[Meteorites (Inm e,)]: D9, G19, 15, T44, W27. 

[Ocean water (In00 e» n )]: B6, B7, B36, B40, B50, B98, C60, C63, E32,

H61, H67, K14, K18, L3, L46, L47, L48, N6, O29, P31, T17, W49. 

[Pedology (soils) and agronomy (In?,)]: A40, B121, E38, F57, F66. 

G42, G87, H15, H16, 1158. 121. 125. K54, L28, L39, Mc8, M26, M36, M65, 

M66, M69, N2. O8, O9. P19, Rl, R17. R36, Sll, S14, S23, S33, T22, F4, 

U16, U29, AV48, Z12, Z14. 

[Satellites (Ins .,)]: D9, AAT27. 

[Snow, ice, and glaciers (In s »ow)]: B35, B36, B37, B39, B45, B50, F37.

121, 137, K14, L39. O29, R20, A'41.

[Surface waters (rivers, lakes, ponds, and reservoirs) (In.w)]: A40, 

B35, B36, B40, B8S>, B91, B130, C44. 045, D6, D17, E30, F37, F47, F48, 

F67, G10, G62. G63, G64. G87, H16, H28, H55, H67, 15, 17, 118, 121. 

125. J6. K14. Ko2, L28. L39, L46. L47, L48, Mc8, M7, M26, M65. M66. 

N21, O29. P14, P15. P31. R14, R17, R19, R36. S19. S67, T5, T6, T17. 

T22, T28, T33, T35, Ull, U29, V28, V36, W49. 

[Earth, rock, and aquifer materials (ln, P rr)]: B40, F42, F48, 121, L18.

L19. L32, AV49.

Age determinations-(InA) : A17. B31. B34. B42. BS5. C33, E3, E38, F29. 

F55. F63, T13, 121, K30, K43, K56, K64. L29. 1,38, L41. L42, L46, L47. 

Lol, L61, M63, N14, N15, N20, O3, P31, P37, P43, P63, P64, S14, S40, 

S80, S94, T7. F27, I T 28, AT 14, AT 31.

[Atmosphere and precipitation (InA.tm )]: B12, B23, B33, B40, B50. 

B95. B122. B131. C13, C53, D5, D6, E9, E31, F28, G10, Gil, G12. 

G31, G32, G49, G65, H2, 115, ,T39, L6, L7, L8, L37, L39, L45, L48. 

L50, L59, Ml, M3, M5, M9, M21, M69, O29, S92, S103, T14, T16, T23, 

T28, T29, A^33. V38, V40, V43, V44, V45, V46, V47, V49. 

[Ground water (meteoric and connate brines) (InAB «)]: A40, Bl. 

B9. B50, B57, B83, B85, B130, B134, C12, C13, C14, 015, 017. C18. 

019, O46, 071, I>5. D6, Dll, D12, E4, E13, E29, E30, E31. F6. 

Fll, F16. F47, G10, G24. G31. G62. G64, G65, H6, H16, H19, H34. 15. 

17, 110. 115, 131, K27. K28, K35, K55, K71, L6, L14. L28, L37. 

L39, L45, L48, M32. M37. AI68, M69, N19, O29, P9, P14, P15, P20. 

Rio. R36. S21. S68, S69, S102, S103, T10, T14, T23. T24, T26. T29. 

T30, T32, V28, V30, V32, V40, V49, W25, W32, W33. 

[ AVorldwide hydrologic environments, hydrologic budgets and cycles, 

recharge, and evapotranspiration (InAHy )]: B50, B130. O13. F47. 

G10, M32, R14, S69. S103. T29, V32.

[Meteorites (TnAme t)]: B12. B47, B49, F25, G17, G20, G21, T44. 

[Ocean water (InAor,. Bn ) ] : Bl, B6, B7. B50, G30. G31, G32, L45,

L4S. T14. T16.

[Pedology (soils) and agronomy (InAPP )] : K61, M69, P9, Z14. 

[Satellites (InA«,)] : F25.
CLASSIFICATION INDEX PRINCIPAL SUBJECT INDEX 155

[Snow, ice, and glaciers (InA,now )]: B9, B50, 137, M43, N6, O4, O29, 

P38, S45, T15, V25, V41, V42.

[Surface waters (rivers, lakes, ponds, and reservoirs) (InA.w)]: 

A15, Bl, B86, B130, C13, D6, E30. G10, G62, G64, 115, L6, L37, 

L39. 7,45, L50, P14, P15, P20, R36, S102, S103, T14, T16. T23. V46.

[Earth, rock, and aquifer materials (InAt.rr)]: A43.

[Biological (InBi)]: A4, Ao, A27, A38, A39, A43, A45, B16, B28, B52, 

B53, B56, B63, B92, B94, B101, B102, B113, B135, B144, B145, B146, 

B147, B148, B149, B150, C4, CIS, C25. C36. C37, C40, C49, C52, C55, 

C56, C68, C69, C70, D3, D8, D23, D28, D32, D34, D36, D38, E19, E21. 

E22, E38, E39. F8, F54, F57, F58, F60, F68, F71, Gl, G7, G14. G27, 

G34, G38, G39, G75, G76, G83, H9, H12, H23, H24, H38, H45, H59. 

H65, H68, H69, H71, H73, H74, 15, 16, 116, 122, 124, 129, 133, J2, J4, 

J5. .79, .110, .Til, .112, .136, K2, K4. K5, K7, K8, K10, K13, K21. 

K25, K37, K42, K43, K50, K57, K61, K73, K75, L12, L15, L20, L28, L30, 

L37, L39. L47. 1,55, L5S. L62, L63, M15, M26. M29, M45., N55, N59, 

N60, M62, N10, Nil, O22, O23. O24. O29, PI, P2, P4, P5, P7, P22, P25. 

P27, P28, P29, P30, P33, P40, P44, P45, P52, P53, P54, P57, P60, P61, 

P63, P64, P67, R4, R6, R8, R9, R19, R23, R25, R34, R36, R43, R52. 

R53, S3, 87, S14, S20, S23. S28, S29, S33, S36, S46, S47, S50, S55, 

S59, S60, S64, S65, S67, S73, S7o, S76, S79, S95, S96, S97, S98, S99, 

S106, T2, T12, T18. T36, T37, T38, T39. T40, T41, T43, T46, T49, 

T51, T55, U3, F4, US, U9, U14. U16, U20, U21. U22, U23. IT 24, U26. 

V2, V3, V9, V18, V19. V23, V24, V49. W5. W14, W15, W19. W26. W28. 

W34, W38. W40, W48, W49, W50, Zl, Z5, Z7.

[Geological nature (InG)]: C44, U16.

Reaction kinetics (InKi) : A16. R71.

Solubility determinations (InSo) : B82. W42.

Spectra (TnSp) : Tl.

Isotope effects (Is) : A5. All, A43, B53, B60. B106. D15, F44, G10. G85, 16,

124, J24, K48, K55, M7, N20, O18, P25, P49. P58. P59. R44, S9, S33. Til.

T53. U16. V50. W8. W9. Z3. 

Pedology (soils) and agronomy (IsP e) : Rl. 

Crystal structure (IsCr) : A48.

Chemical equilibria (IsEq) : B73. B113. H20, 15. J3. S115. F15. Yl. 

Reaction kinetics (IsKi) : B71. B84. B113. C24. G60. H20. .728. .738. M20,

No. O30. R4o. R50. R55. S2. S116. V41. W22. Yl. 

Mass spectra (IsMs) : K9. SS. 

Spectra (IsSp): C7S. D41. M57. 

Thermodynamic properties (IsTh) : B73. B106. C3. .732. K40. K54. P42.

R13, R51. S116. 7 T 5. V5. Y5. Y6. 74.

Chemical kinetics (Ki) : B60. B71. B74. B125. B126. B127. B128. C2. D29. G3.

G4, G70, .720. 1,54. 7,72. M38. P59. R42. R47. R50. S9. S40. S89. Sill.

T53, W39. 

Biochemical (KiB) : B76. G76. .72. 7,12. M59. P6. P30. T43. T46. V2. V3.

W38. W39.

Gaseous (KiG) : D26. K17, S24. 

Heterogeneous (KiH) : A16, K74. R3.

7onic (Kil) : A49. B25. M70. S2. S51. 1T2. W21. W37. Yl. 

7,iquid and solution (KiL) : .714, R3. Yl.
156 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Photochemical (KiP) : B25, B30, F50, G2o, G26, G66, H21, H59, H65, H66,

.T17, J28, J38, N10, P22, P47, S42, S52, S60, S73, T19, W38. 

Radiochemical (KiR) : A5, A12, B30. B63, B104, B124, B139, C2, CIS, C66, 

C68, Dl, E23, E38, F12. F50, F66, F68, F75, G7, G66, G81, H14, H21, 

H36, H39, H48, H53, H6o, H66, J28, .T38. L9, L37, N5, Nil, P4, P28, 

R4, R43, R46, R49, 82, 811, Tl, V41, W49, Y5, Y6. 

Mechanical properties (Me) : Bl, C35, E33, F44, M70. 

Density and molar volume (MeD) : E33, H10.

Diffusion, dispersion, convection, mass transport, and permeability (MeDf) :

A17, A27, A48, B28, B34, B42, Bol, B75, B96, B136, B148, C49, C62,

C74, Dll, D17, E20, E27, F8, F13, F15, F47, F76, Gl, G18, G31, G34,

G39, G68, G69, H15, H29, 12, 15, K17, K54, L16, L42, L44, L54, L68, M8,

M15, M38, M42, M59, Nl, N9, N16, N21, N25, O12, P3, P18, P22, P32,

P37, P44, R3, R8, R9, R23, R33, S18, S60, S64, S66, S94, S98, T31, T43,

U9, TT27, U28, U30, U31, V4, V8, W6, W18, W48, Y2. Z12, Z13, Z17.

[Laboratory and artificial production (MeDf.rt)l : F75, G54.

[Atmosphere and precipitation (MeDf.tm)]: A18, A43, B9, B23, B24,

B35, B36, B37, B39, B44, B45, B48, B50, B65, B66, B67, B77, B78, B79,

B80, B100, B122, B130, B131, C13, C15, C53, D5, D6, D30, E5, E9, B32,

E33, E34, F4, F66, G10, Gil, G12, G16, G32, G48, G50, G53, G54, G64,

G87, H2, H25, 118, 121, 126, 127, 129, 137, J39, J41, J42, K14,

K16, K18, K25, K43. LI, L2, L6, L7, L8, L10, Lll, L18, L19, L28,

L37, L39, L43, L45, L48, LoO, L59, Ml, M2, M3, M4, Mo, M18, M19,

M20, M21, M41, M43. M65, M66, O26, P14. Plo, P31, R6, R36, S45,

S48, S87, S91, S92, S93, S102, S103, S105, T14, T15, T16, T17, T22,

T25, T28, T29, TI29, V33, V34, V36, W4, Wll.

[Ground water (meteoric and connate brines) (MeDf*« )]: A18, A40, 

A43, Bl, B36, BoO, B85, B103, B130, C12, CIS, Clo, 046, C71, D5, 

D6, E4, E30, G10, G62, G87. H5, H7, H16, H19, H25, H30, H34, 

118, 131, .13, J25, K25, K26, K27, K28, K29, K30, K34, K35, K36, 

K55, K71. K74, L6, L28, L29, L4o, L48, L64, Mc4, M9, M37, M65, 

M66, M69. N17, N19, P9, P14, P15, P19, Bl, R15, R17, S19, S21, 

S68, S69, S89, S102, S103, T14, T20, T22, T29, T47, IJ17, U29, V29, 

V40, W32, W33.

[Worldwide hydrologic environments, hydrologic budgets and cycles, 

recharge, and evapotranspiration (MeDfHr )]: B9, C43, E32, 121, 

LoO, M65, M66, P14, P15, S103, F18. 

[Meteorites (MeDfm .,)]: D39. 

[Ocean water (MeDf,,. )]: A43, B6, B7, B36, B50, C63, E32, E33,

G30, G32, G64, H61, K13. L4o, L48, L64, N6, R6, T14, T16. 

[Pedology (soils) and agronomy (MeDfP.)]: D5, 121, M65, M66, M69,

N2. 09, P9, Bl. R17, T22, T29, IT 29, Z14.

[Snow, ice, and glaciers (MeDf »-)]: B36. 137, P38, S45, T15. 

[Surface waters (rivers, lakes, ponds, and reservoirs) MeDf.w)]: 

A15, A43, B35, B36, B48, B86, B130, C44, 1)6, E30, G10, G62, 118, 

L6, L19, L28, L45. L50, L64, Mc8, M65, M66, P14, P15, R6, R14. 

S102, S103. T6. T14, V5. V6.

[Earth, rock, and aquifer materials (MeDf.err)]: L18, L19. 

Surface tension (MeSt): S35. 73. 

Viscosity (MeV): B17. B60. J24. P49. R38.

Nomenclature (No) : An, A19. A20, B6. B77, B139, E38, G41. G64, H19, H53, 

H59. IS, N6. P42, R41. Zll.
CLASSIFICATION INDEX PRINCIPAL SUBJECT INDEX 157

Nuclear properties (Nu) : A3, A21, B13, B23, B38. B55. B113, C2, C13, CIS. 

C35, C55, C57, D6, D15, E38, F29, F44, F4o, F52, F58, F62, F63, F69, 

G17, G31, G55, G66, G85, H14, H18, H34, J20, J25, K16, KIT, L16, L34, 

L35, L38, L45, M38, M42, N8, N17, P50, R47, S28, S34, S50, S78, S86, 

S92, T7, T53, U16, V7, V46, V50, W8, W21, W39.

Beta-ray spectra (XuB) : All, A43, Bl, B4, B39, B102, D6, D17. D41, 

E10, Ell, G45, G64, G70, G80, H15, H30, H57, J15, J27, J31, L17, L39, 

L45, L57, Mc3, M3, M5. M16, X5, P31, P43, P51, Po9, R46, Y44, V45, 

Y5, Y6, Y8, Y9.

Hyperfine structure (NuH) : A,">, II.

Interactions (absorption of radiation, ranges, and scattering) (Nuln): 

B88, D17, D25, F40. G82, H43, K54, L68, N16, P45, P68. S64, TT 14. W34. 

Masses and binding energies (NuM) : B60, F59, K64, Pol. 

Piles, reactors, and accelerators (NuP): S62.

Reactions (NuR) : All, B88, B104, C24, C65. E17, E23, E34, F3, F3o, 

F40, F52, G27, H39. H49, H52, II, J16, K6, L39, L4o, Mo8, PI, P42, S28, 

S32, V44, V45, Y5, Y6. 

Magnetic resonances (NuRe) : B81. 

Spins, states, and wave functions (XuS) : An. J26. 

Statistics (NuSt) : H57. 

Sampling techniques (Sa) : B91, B97. E39, G8, G10, G13, G49, G87, Ho. H10.

118, 126, K36, L18, L19, L28, M29, M69, N9, N25, O29, T16, T17, Zll. 

[Atmosphere and precipitation (Sa.tm)]: 059, F66, S92. 

[Ground water (meteoric and connate brines) (Sa g «)]: E31. Mc4. 

[Surface waters (rivers, lakes, ponds, and reservoirs) (Sa«w)]: C44, E31. 

Solid state (Sd) : G77.

Nuclear properties (SdXu) : B60, B81. 

Spectra (SdSp) : .T30.

Transitions (including phase transitions) (SdTr) : H10. 

Isotope separation and enrichment (Se) : B60, B139, C21, C32, E38, F44, K33,

M38, O20, S35, W8, W21.

Adsorption (including chromatography and ion exchange) (SeAd) : A5, 

A16, A40, A49, Bl, Bo, BIO, B42, B73, B75, B84, B88, B106, B107, 

B109, B113, B120, C22, O23, 058, 067, D4, D30, D31, D33, D44, E14. 

E18, E20, E23, E36, E38, F8, Fo2. F73, Go, G34, G47, G52, G60, G87, 

H19. H24, H34. H66, 124, 127, .118. K9, K14, K40, K51, K54, K68, K73, 

L13, L17, L20, L25, L39, L53. L58, MS, M42, M59, M63. M68, M70, 

X23, O12, O16, O25, O30, P39, P44, P58, P59, P65, P66, R3, R7, R8, R9. 

R23, R24, R43, R45, R55, SI. S34. S36, S38, S50, S51, S53, S60, S64, 

S66, S72, S74, S77, S9S, S99. S114, Tl, T10, Til, T31. T43, Ull, Flo. 

V5, V7, V13, V14, V37, V39. Y41, W17, W18, W22, W34, W40. W47. Y2, 

Y5, Y6, Z4.

[Atmosphere and precipitation (SeAd., m )]: E33, G10. M7. M20. S103,

T29, V28, V3S. 

[Biology (SeAdbi)] F57.

[Ground water (meteoric and connate brines) (SeAdK w)]: B83, B103, 

B119, B124, C45, E4, G10, G62, H5, K34, K35, K55, K74, M37, N17, 

P19, S69, S103, T21, T29, U17, Wll. 

[Worldwide hydrologic environments, hydrologic budgets and cycles.

recharge, and evapotranspiration (SeAdHy)]: 043. 

[Ocean water (SpAd,,o, n ) ] : A43, ESS. R6.
158 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

[Pedology (soils) and agronomy (SeAdpe)]: B119, 045, F57, K52,

M36, X2, P9, P19, R2, R17, S19, T29, W48. 

[Surface waters (rivers, lakes, ponds, and reservoirs) (SeAd.w)]:

G10, G62, S103.

[Earth, rock, and aquifer materials (SeAd,- )] : A43, J3, K52, M7. 

Diffusion (including thermal diffusion) (SeDf) : B94, B105, B109, C22, 

C58, C64, E27, E33, F8, F75, G46, G74, G75, H34, H53, K40, L17, N25, 

P45. R16, R24, V13, V14, Vlo, V37, V41, V42, Z12.

[Laboratory, reactors, and artificial production (SeDf.rt)]: G52. 

[Ground water (meteoric and connate brines) (SeDfgw )]: B103. 

[Meteorites (SeDfm et)] : F33, F34. 

[Satellites (SeDf,.,)]: D9, F33. F34. 

Distillation (SeDs) : B5. B73. B95. C64, D4, F44. G10, 129, R26, S35. S74.

S108. Y2, Z4.

Electrolysis (SeEl) : A13, B5, B8, B65, B66, B90, B91, B97, C8, C14, 

E16, F44, F47, F52, G9, G13, Gf>2, G64, G81, G87, H53, 120. T27, J18, 

K14. K24, K74. L17, L28, L39, N21, O4, O30, R45. R51. SO. S47. TH. 

T6. T14. T17, V39, V40. Y41, V44. V45, W35, Y2. 

Mass spectrometer and mass spectograph (SeMs) : D41, M53. 

Solubility (SeSo) : W41. 

Solubility (So) :

Organic solvents (SoO) : B82, W41. Z3. 

Spectra and spectroscopic constants (Sp) : B29, 89. 

Molecular electronic (SpEl) : G80, H44. 

Fluorescence and luminescence (SpFl) : Bill. C73. C78. D3S, F46, H9,

H59, J30, J34. L57, Mc3. P22, P35.

Vibrational (including Raman) (SpVi) : A5, 1.33. L36. 

X-ray (SpX) : S99.

Mass spectrometry (Sr) : D16. M53, 88. 

Molecular structure (St) :

Molecular constants (interatomic distances, bond angles, moments of inertia,

and force constants) (StD) : F8, L24, M57, O8, R3.

Synthesis and preparation of compounds (Sy) : A9, A22, A32, A42, BIO, B52, 

B91, B112, B130, B143, B149, B150, Oil, C23, C39, C41, C55, C59, D29, 

D42, D43, E28. F17, F35, F45, F51, F53, F58, F60, G8, G15, G19, G27 G33, G66, 

G67, G8n. H12, H23, H24, H34, H48, H51, H53, 16, 18, 133, 134, J4, J5. 

.T33, Kl, K4, K10, K20, K32, K53, K54, K68, L21, L57, L60, L61, Mc2, M13, 

M24, M25, N4, N10. Nil. O8, O29, PI, P12, P35, P39, P40, P55, P65. Ql, 

R5, R26, R42, R43, R45, R54. Roo, S10. Sll, S15, S25, S46, S58. S67, S79. 

S84, S95, S96, S107, S114, T2, Til, T16, T28, T48, T53, T55, Vll, V14, V19, 

W23, W24, W31, W34, W36, W44. W48, Y9.

Thermodynamic and related properties (Th) : A5, Bl, B48. B95, B104, B113, 

B148, C24, C35, C55, E6, G70, H33, H59, H64, J24, L20, M12, M38, M70, 

P43, S9, U15. Z3.

Diffusion and heat conduction (ThD) : G52, G68, G84, R3, R16, R33, W32. 

Thermodynamic functions for pure substances and reactions between them 

(E, H, 8. Cr. C,,. F, K, Aff, AS, AE, AC,. AF, data of state, and thermal 

expansion) (ThF) : B72. G81, J26. L33, L36, R50, V41. 

Phase equilibria (melting points, triple points, boiling points, heat of 

transition, critical constants, and vapor pressure) (ThP) : B60, B74, 

F64, G8, G27. G77, H10. J29, .732, K45, L24, M47, R3. R26, R38, S35. 

Statistical mechanics and statistical thermodynamics (ThS) : B60. O18. V5.
CLASSIFICATION INDEX PRINCIPAL SUBJECT INDEX 159

Properties of solution (activities, fugacities, pH, vapor pressure, heat of 

solution, and dilution, and colligative properties) (ThSo) : Bo, C20, C34, 

F8. G10. K20. L52. M14, M46, M47. N5, P19, P62, R3. R38, S35, S112, 

Y5, Y6.
AUXILIARY REFERENCE LIST 

ANALYTICAL METHODS

Bell, C. G., Jr., and Hayes, F. N., eds., 1957, Liquid scintillation counting:

Chicago, Northwestern Univ. Conf. on Liquid Scintillation Counting, Proc.,

New York, Pergamon Press, 292 p. [1958]. Ge of: AnC. 

Birks, J. B., 1954, Scintillation counters : New York, Pergamon Press, 148 p.

Ge of AnC. 

Curran, S. C., and Craggs, J. D., 1949, Counting tubes : Theory and applications : New York, Academic Press. Ge of : AnC. 

Edwards, J. M., and Holter, E. L., 1962, Applications of subsurface solidstate isotope injector to nuclear-tracer survey methods : Jour. Petroleum

Technology, v. 14, p. 121-124. N.S.A. 17:3090. Ha, Ing ,,, MeDfgw. 

Gfeller, Chr., and Oeschger, Hans, 1962, Limits for the measurement of weak

activities: Helvetica Physica Acta, v. 35, nos. 4, 5, p. 307-313 [in German].

C.A. 59 : 4759 c. AnC. 

Houtermans, F. G., and Oeschger, H., 1958, Proportional Ziihlrohr zur Messung

schwacher aktivitaten weicher 0-Stralen : Helvetica Physica Acta, v. 31,

p. 117-126. C.A. 52 : 19544 e. AnC. 

Hull, D. E., 1958, The total count technique : A new principle in flow measurement : Internat. Jour. Appl. Radiation and Isotopes, v. 4, p. 1. AnC, InBW . 

Laustriat, Gilbert, 1965, Detection of low-energy /3-rays by using liquid scintillation counters: Rev. Med. Toulouse, v. 1, no. 2, p. 147-162 [in French].

Ge of: AnC (with 48 references). 

Parsons, P. J., 1962a, Movement of radioactive wastes through soil; IV,

Migration from a single source of liquid waste deposited in porous media :

Chalk River, Ontario, Canada, Atomic Energy Canada, Ltd., Pub.,

AECL-1485, 22 p. : Sci. Doc. Distrib. Office Pub., CRER-1077, 22 p. C.A.

57 : 7047 cd. InAgw , InP e, MeDfBW , MeDfPe , SeAdgw , SeAdp*. 

Parsons, P. J., 1962, Movement of radioactive wastes through soil, V. The

liquid disposal area : Chalk River, Ontario, Canada, Atomic Energy

Canada, Ltd., Pub.. AECL-1561, 15 p. : Sci. Doc. Distrib. Office Pub.,

CRER-1089. 15 p. C.A. 57 : 16346 a. Tn PP , In*,-, Inh.r, InAP e, InAgw,

SeAdp,., SeAdgw. 

Raymond, J. R., and Bierschenk, W. H., 1957, Hydrologic investigations at

Hanford: Am. Geophys. Union Trans. v. 38, no. 5, p. 724-729. An, Ing,,,

Sheppard, C. W., 1962. Basic principles of the tracer method : New York, 

John Wiley & Sons, Inc., 282 p. Ge of: In.

Volarovich, M. P., and Churaev, N. V., 1960, Use of the radioactive tracer 

method to study problems of the translocation of water in the peat stratum 

during drainage : Vienna. Austria. Internat. Atomic Energy Agency 

Symposium on Peaceful Uses of Atomic Energy, Proc., at Tashkent, 

Uzbek. SSR, v. 2. U.S. Atomic Energy Comm. Translation Pub., 6390, p. 

304-321 [in English. 1964]. Tn E ,-. MeDfg ,v .

161
162 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Waldron, J. D., ed., 1958, Advances in mass spectrometry: Conf. on Advances 

in Mass Spectrometry, Proc., New York, Pergamon Press, 704 p. C.A. 

54:13847 a. Ge of: AnMs.

Washtell, C. C. H., 1960, An introduction to radiation counters and detectors; 

New York, Philosophical Library, Inc.. 115 p. Ge of: AnC.

Wilkinson, D. H., 1950, lonization chambers and counters: New York, Cambridge Univ. Press of: AnC.

ATMOSPHERE

Alsop, R. J. L., Moroney, J. R., Nunn, R. O., Stevens, D. J., and Titterton,

E. W., 1963, Global fallout in Australia during 1962: Australian Jour. 

Sci., v. 25, p. 426-429. C.A. 59: 3509 f. Ab, In, MeDf.

Benton, G. S., Estoque, M. A., and Dominitz, J., 1953, Baltimore, Md., Johns 

Hopkins Univ., Dept. Civil fing.. Scientific Rept. 1, Contract AF 

19(122)-365 of Geophysics Research Div., U.S. Air Force, Cambridge 

Research Center. MeDf.tm.

Hagemann, F. TM Gray, J., Jr., and Machta, Lester, 1965, UC measurements 

in the atmosphere 1963 to 1964: U.S. Atomic Energy Comm. Pub., 

HASL-159, 124 p. C.A. 63:5216 d. In.« m , MeDf., m , Sa.

Hinzpeter, M., 1965, Relation of total /3-activity to specific nuclide concentrations in fallout: Zentralblatt fiir Biol. Aerosol Forschung, v. 12, no. 4, 

p. 273-284 [in German]. C.A. 63:10965 f. MeDf., m .

Junge, C. EM 1958, Atmospheric chemistry, in Landsberg, H. E., and Van 

Mieghem, eds.. Advances in geophysics: New York, Academic Press, Inc., 

v. 4, p. 1-108. Ge of: Ab, MeDf.

Kruger, Paul, Hamada, Gerald, and Miller, Albert, 1963, Radioactive fallout 

in California during the winter 1961-62: Jour. Appl. Meteorology, v. 2, 

no. 5, p. 608-613. C.A. 60: 5042 f. Ab, MeDf.tm, Sa.

Kuroda, P. K., Hodges, H. L., Fry, L. M., and Moore, H. E., 1962, Stratospheric residence time of strontium-90: Science, v. 137, no. 3523, p. 15-17. 

InA.,m , MeDf»,m.

Landsberg, H. E., and Van Mieghem, J., eds., 1958, Atmospheric diffusion and 

air pollution: Internat. Union of Theoretical and Appl. Mechanics Internal. Union of Geodesy and Geophysics Symposium, held at Oxford, 

England, Aug. 24-29, 1958, Proc., Advances in Geophysics, v. 8. New York, 

Academic Press, 470 p. [1959]. Ge of: MeDfatm.

Lassen, L., 1962, Distribution of natural radioactivity on the different particle sizes in atmospheric aerosols: 1st Natl. Conf. on Aerosols, at Liblice, 

near Prague, Proc., p. 345-352 [in English. 1965]. C.A. 64:10973 f. 

MeDf., m .

Library of Congress, 1962, Phenomena in the upper atmosphere review of 

Soviet literature: Washington, Library of Congress, Aerospace Inf. Div., 

U.S. Atomic Energy Comm. Pub., NP-11961, 27 p. N.S.A. 16:27418. General of meteorology, geophysics, astrophysics (with summaries of 21 Soviet 

pubs.). Ge.

Lockhart, L. B., Jr., Baus, R. A., Patterson, R. L., Jr., and Saunders, A. W., 

Jr., 1959, Contamination of the air by radioactivity from the 1958 nuclear 

tests in the Pacific: Science, v. 130, no. 3368, p. 161-162. Ab. tm, MeDf.tm.

Lockhart, L. B., Jr., and Piatt, V. R., 1965, The present status of chemical 

research in atmosphere purification and control of nuclear-powered submarines : U.S. Atomic Energy Comm. Pub.. Accession 29751, NRL-6251, 70 

p. C.A. 64: 13708 h. An, MeDf, Sa.
AUXILIARY REFERENCE LIST 103

Lodge, J. P., Jr., and Holland, J. Z., 1963, Atmospheric chemistry: Am. Geophys. Union Trans., v. 44, no. 2, p. 365-369. Ge of: Ab.tm.

Machta, Lester, 1959a, Role of atmosphere in fall-out problem, in Biological 

and environmental effects of nuclear war, Part 1: Hearings before Spec. 

Subcomm. on Radiation of the Joint Comin. on Atomic Energy, U.S. 86th 

Cong., 1st sess., p. 127-139. MeDf.tm.

Machta, Lester, 1959b, Fallout from nuclear weapons tests: Hearings before 

Spec. Subcomm. on Atomic Energy, U.S. 86th Cong., 1st sess., p. 787-806. 

N.S.A. 14:6123. Ab.tm, Abpe, MeDf.tm.

Machta, Lester, 1960, Meteorology and radioactive fallout: World Meteorol. 

Organization Bull., v. 9, no. 2, p. 64-70. Ge of: MeDfatm.

Machta, Lester, and Lucas, H. F., Jr., 1962, Radon in the upper atmosphere: 

Science, v. 135, p. 296-299. N.S.A. 16:7764. MeDf.tm.

Newell, R. E., 1963. The general circulation of the atmosphere and its effects 

on the movement of trace substances: Jour. Geophys. Research, v. 68, 

no. 13, p. 3949-3962. Ge of: In.» m , MeDf, tm (with 30 references).

New York Times, 1955, Report issued by the [U.S.] Atomic Energy Commission on effects of H-bomb explosions: New York Times, Feb. 16, 1955, 

p. 18. Ge of: Ab, tm , Ha, In.» m , MeDf.tm.

Pierson, D. H., 1961, Transfer of stratospheric fission products into the 

tropopause: Nature, v. 192, p. 497-500. N.S.A. 16:4417. MeDf.tm.

Rose, D. C., Fenton, K. B., Katzman, J., and Simpson, J. A., 1956, Latitude 

effect of the cosmic-ray nucleon and meson components at sea level from 

the Arctic to the Antarctic: Canadian Jour. Physics, v. 34, p. 968-977. 

AbG.

Santholzer, V., and Havlovic, V., 1962, Increase in the radioactivity of the 

fallout in spring 1962 and the mechanism of distribution of the fission 

products in the atmosphere: Jaderna Energia, v. 8, p. 422-^28 [in Czech.]. 

N.S.A. 17:8404. MeDf.,,n .

Simpson, J. A., and Fagot, W. C., 1953, Properties of the low-energy nucleonic 

component at large atmospheric depths: Phys. Rev., v. 90, p. 1068-1072. 

AbG.

Stern, S. C., 1961. Isotope ratios of fission products in the stratosphere and 

in the tropospheric fallout, in Wood, R. C.. and Jones, S. P., Letter progress report [on the atmosphere monitoring program] for January 1961: 

U.S. Atomic Energy Comm. Pub.. TID-11923, 11 p. N.S.A. 15:13166. 

Ab,,m, BiC, In.tm, MeDf.im, Sa, SeAd.» m.

U.S. Atomic Energy Commission, 1959, Fallout from nuclear weapons tests: 

U.S. Govt. Spec. Subcomm. of the Joint Comm. on Atomic Energy Hearings on Radiation, May 5-8. v. 1, p. 23, Washington. U.S. Govt. Printing 

Office. Ab, MeDf.

U.S. Atomic Energy Commission, 1961, The circulation of the stratosphere: 

U.S. Atomic Energy Comm. Pub.. TID-13093, 10 p. N.S.A. 16:4374. MeDf.

U.S. Atomic Energy Commission, 1962, Study of techniques for determining 

distribution of radioactive material deposited in the upper atmosphere: 

U.S. Atomic Energy Comm. Pub., NYO-10393, 13 p. InA., m . MeDf»,n,.

Wilson, G. U., and Phillips, E. F., 1962, Meteorological factors affecting the 

strontium-90 content of rain water: Australian Jour. Sci., v. 24. p. 437-447. 

C.A. 58:2293 d. MeDf.

Wood, R. C., and Jones, S. P., 1961. Letter progress report [on the atmosphere 

monitoring program] for January 1961: U.S. Atomic Energy Comm. Pub., 

TID-11923, 11 p. Ab., m . MeDf., m .
164 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

BIOLOGY

Jarvis, P. G., and Slayter, R. O., 1966, Calibration of /3 gauges for determining leaf water status: Science, v. 153, p. 78-79. BiB, InBi, Sa.

Katz, J. J., and Crespi, H. L., 1966, Deuterated organisms Cultivation and 

uses: Science, v. 151, no. 3715, p. 1187-1194. AbO, An, BiB, InBi.

Moskalev, Yu. L, ed., 1964, Raspredelenie biologicheskoe deistvie uskorenie 

vyvedeniya radioaktivnye izotopov [Distribution, biological effects, and 

rapid excretion of radioactive isotopes] : Moscow, U.S.S.R., Meditsina, 

375 p. [in Russian]. N.S.A. 19:40311. Ge of: Bi (contains 45 papers).

Nakayama, F. S., and Ehrler, W. L., 1964, Beta-ray gauging technique for 

measuring leaf water-content changes and moisture status of plants: Plant 

Physiology, v. 39, no. 1, p. 95-98. C.A. 60: 13563 c. AbO, AnC, InBi.

Sale, Anneli, and Miettinen, J. K., 1964, Strontium-90 and cesium-137 in 

arctic vegetation during 1961: Nature, v. 201, no. 4925, p. 1177-1179. C.A. 

60: 14811 be. AbO, MeDf.

U.S. Government, 1963, Environmental radiation studies, in Fundamental 

nuclear energy research: Washington, U.S. Govt. Printing Office, p. 139- 

180. N.S.A. 18:9817. Ge of: AbO, BiC, In*,, InP,, In.r ,.n, InBi.

GEOLOGIC ABUNDANCE

Anderson, H. R., 1961, Primary cosmic radiation in 1958 and variations: Pasadena, Calif., California Inst. Technology, unpub. thesis. AbG.

Burg, Constant, 1965, Radioactive fallout and atmospheric pollution: Bull. 

Soc. Lorraine Sci. 5. no. 4, p. 131-139 [in French]. C.A. 64: 18917 e. Ge of: 

Ab.tm, MeDf.tm.

Czubek, J. A., ed.. 1962, Nuclear Geophysics, v. Ill: Warsaw, Sci., Tech., 

and Econ. Info. Center of Govt. Comm. for Atomic Energy Nuclear Geophysics Conf., held at Kracow, Poland. Sept. 24-30. 1962 [1963], Proc. 

N.S.A. 18:5510. Ge.

Hess, W. N., 1959, Van Alien belt protons from cosmic-ray neutron leakage: 

Phys. Rev. Letters, v. 3, p. 11-13. N.S.A. 13:18428. AbG.

Hess, W. N., Canfield, E. H., and Lingenfelter, R. E., 1961, Cosmic-ray neutron demography: Jour. Geophys. Research, v. 66, p. 665-677. AbG.

Kellogg, P. J., 1959, Possible explanation of the radiation observed by Van 

Alien at high altitude in satellites: Nuovo Cimento. v. [10] 11, p. 48-66. 

AbG.

Kokubu, Nobuhide, Mayeda, T., and Urey, H. C., 1961, Deuterium content 

of minerals, rocks, and liquid inclusions from rocks: Geochim. et Cosmochim. Acta, v. 21, p. 247-256. C.A. 55: 10236 h. AbGs ,, AbGooe.n, AbGt*rr.

An, lUterr, In,w, lUocfan.

Korff, S. A., 1963, Production of neutrons by cosmic radiation [abs.] : Houston. 

Tex., Rice Univ. Internat. Symposium on Natural radiation environment, 

1963, Proc., p. 29. AbG. tm.

Lingenfelter, R. E., 1963, The cosmic-ray neutron leakage flux: Jour. Geophys. 

Research, v. 68, no. 20. p. 5633-5639. Ge of: AbG (with 27 references).

Lockwood, J. A., 1960, On the long-term variation in cosmic radiation : Jour. 

Geophys. Research, v. 65, p. 19-25. AbG.

Lord, J. J., 1951, The altitude and latitude variation in the rate of occurrence of nuclear disintegrations produced in the stratosphere by cosmic 

rays: Phys. Rev., v. 81. p. 901-909. AbG.
AUXILIARY REFERENCE LIST 165

Meyer, P., and Simpson, J. A., 1955, Changes in the low-energy particle cutoff and primary spectrum of cosmic radiation: Phys. Rev., v. 99, p. 1517- 

1523. AbG.

Neher, H. V., 1959, Change of cosmic rays in space: Nature, v. 184, p. 423- 

425. AbG.

Neher, H. V., and Anderson, H. R., 1962, Cosmic rays at balloon altitudes and 

the solar cycle: Jour. Geophys. Research, v. 67, p. 1309-1316. AbG.

Oana, S., 1942, Geochemical studies of volcanos in Japan: XXV, Density measurements of water from fumarole of Yadedake, 2: Chem. Soc. Japan Bull., 

v. 17, p. 302-304. C.A. 41-4418. AbG, AnDn.

Schaeffer, O. A., Stoenner, R. W., and Davis, R., Jr., 1960, Meteorites as 

space probes for cosmic rays, in Radioisotopes in the physical sciences 

and industry, v. 1, Proceedings Series: Vienna, Austria, Internat. Atomic 

Energy Agency Symposium on Use of Radioisotopes in the Phys. Sci. 

and Industry, held at Copenhagen, Denmark, Sept. 6-17, 1960, Proc., 

p. 3-11 [1962]. C.A. 57:5527 a. N.S.A. 16:16038. AbG,, m .

Simpson, J. A., 1951, Neutrons produced in the atmosphere by cosmic radiations: Phys. Rev., v. 83, p. 1175-1188. AbG.

Soberman, R. K., 1956, High altitude cosmic-ray neutron-intensity variations: 

Phys. Rev., v. 90, p. 934-950. AbG.

Telegadas, K., 1959, Fallout from nuclear weapons tests: U.S. 86th Cong. 

Spec. Subcomm. of the Joint Comm. on Atomic Energy Hearings on Radiation, May 5-8, 1959, v. 8, app. 1, p. 2517-2533. Washington, U.S. Govt. 

Printing Office. Ab.tm, In.tm, MeDf.tm.

Yagoda, Herman, Filz, Robert, and Fukui, Katsura, 1961, Emission of carbon-group heavy nuclei from a 3+ solar flare: Phys. Rev. Letters, v. 6, 

p. 626-628. C.A. 55: 26756 ef. AbG.

GROUND WATER

American Petroleum Institute, 1958, Problems in the disposal of radioactive

wastes in deep wells: Dallas, Tex. MeDfg «. 

Andrew, J. T. G., Ellis, W. R., Seatonberry, B. W., and Wiebenga, W. A.,

1965, The use of radioisotopes as ground-water tracers in the Burdekin

Delta area of North Queensland, Australia: Lucas Heights, Australian

Atomic Energy Comm. Research Establishment Pub., AAEC/E-137, 44 p.

N.S.A. 19:42646. Abgw , Ingw , Inhy, InAgw . 

Arlin, Z. E., 1962, Deep-well disposal of uranium tailing water: U.S. Atomic

Energy Comm. Pub.. TID-7628, p. 356-360. C.A. 58: 1236 b. MeDfgw. 

Baumann, Paul, 1965, Technical development in ground water recharge, in

Chow, Ven Te, Advances in hydroscience v. 2-1965: New York, Academic

Press, p. 209-279. MeDfgw , MeDfhy. 

Bear, Jacob, and Todd, D. K., 1960, The transition zone between fresh and

Geophys. Research, v. 66, no. 4, p. 1185-1197. Ingw , MeDfgw. 

Bear, Jacob, and Todd, D. K., 1960, The transition zone between fresh and

salt waters in coastal aquifers: California Univ. Water Resources Center

Contr. 29, 156 p. MeDfgw . 

Becherly, J. G., 1960, Nuclear subsurface prospecting, paper 13, in Annual

review of nuclear science: Vienna, Austria, Internat. Atomic Energy

Agency. Ge of: Ingw. 

Borowczyk, M. J., Mairhofer, and Zuber, A., 1965, Laboratory investigations

on the determination of filtration velocity by means of radioisotopes:

A1 omkernenergie. v. 10, p. 51-56.. Ing w, MeDfgw .
166 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Brinkman, Roland, Eichler, Roland, Ehhalt, D., and Miinnich, K. O., 1963,

Uber den deuterium-gehalt von Niederschlags and grundwasser [Deuterium concentration in precipitation water and ground water] : Naturwissenschaften, v. 50, p. 611. AbG. tm, AbGgw , In, Is, SeAdgw, ThD.

Brown, R. F., 1966, Hydrology of the cavernous limestones of the Mammoth 

Cave area, Kentucky: U.S. Geol. Survey Water-Supply Paper 1837, 64 p. 

Ingw .

Brown, R. H., 1961, Hydrogeologic factors pertinent to ground water contamination: U.S. Dept. Health, Education and Welfare Symposium on 

Ground-water contamination, Proc., Robert A. Taft Sanitary Eng. Center 

Tech. Rept., W61-5, p. 7-16, Ingw , MeDfg w.

Cahill, J. M., 1966, Preliminary evaluation of three tracers used in hydraulic 

experiments on sand models, in U.S. Geological Survey Research 1966: 

U.S. Geol. Survey Prof. Paper 550-B, p. B213-B217. Ingw , MeDfgw, SeAdgw.

Champlin, J. B. F., 1962, Research on field problems on injecting solutions into 

permeable rocks: U.S. Atomic Energy Comm. Pub., TID-7628, p. 324-341. 

C.A. 58: 1233 f. MeDf.

Davis, S. N., and De Wiest, R. J. M., 1966, Hydrogeology: New York, John 

Wiley & Sons, Inc., 463 p. MeDfgw .

Day, P. R., 1956, Dispersion of moving salt-water boundary advancing through 

saturated sand: Am. Geophys. Union Trans., v. 37, no. 5, p. 595-601. 

MeDfgw .

de Josselin de long, G., 1958, Longitudinal and transverse diffusion in granular deposits: Am. Geophys. Union Trans., v. 39, p. 67-74. Ingw , MeDfgw .

De Wiest, R. J. M., 1965, Geohydrology: New York, John Wiley & Sons, Inc., 

366 p. Ge of: MeDfgw .

Filip, A., and Vukmirovic, V., 1964, Determination de vitesse de filtration 

d'eau souterraine par la methode de dilution au moyen de traceurs radioactifs: Internat. Assoc. Sci. Hydrology, v. 9, no. 2, p. 19-24. Ingw , MeDfgw .

Guizerix, J., Grandclement, C., Gaillard, B., and Ruby, P., 1963, Appareil 

pour la mesure des vitesses relatives des eaux souterraines par la m^thode 

de dilution ponctuelle [Apparatus for measuring the relative velocities of 

ground waters by the point dilution method] : Vienna, Austria, Internat. 

Atomic Energy Agency Symposium on the Application of Radioisotopes 

in Hydrology, held at Tokyo, Japan, Mar. 5-9, 1963, Proc., p. 25-35. 

Ingw, MeDfgw .

Halligan, E. G., 1962, Deep well fluid-waste disposal: U.S. Atomic Energy 

Comm. Pub., TID-7628, p. 363-372. C.A. 58:1236 a. Ha, MeDf.

Honstead, J. F., McConiga, M. W., and Raymond, J. R., 1955, Gable Mountain 

ground-water tests: U.S. Atomic Energy Comm. Research Devel. Rept., 

HW-34532. MeDfgw.

Hubbard, King, 1940, The theory of ground-water motion: Jour. Geology, v. 

48, no. 8, pt. 1, p. 785-944. MeDfgw

Lieberman, J. A., and Simpson, E. S., 1960, Practices and problems in disposal of radioactive wastes into the ground: Helsinki, Finland, Internat. 

Assoc. Sci. Hydrology Gen. Assembly, Pub. 52, p. 581-591. Ingw , InPP , 

MeDfg w MeDfpe.

List, J. E., 1965, The stability and mixing of a density-stratified horizontal 

flow in a saturated porous medium: Pasadena, Calif., California Inst. 

Technology, W. M. Keck Lab. Hydraulics and Water Resources Rept. KH11, 164 p. MeDfgw.

Mandel, S., 1960, Hydrological field work with radioactive tracers in Israel, up
AUXILIARY REFERENCE LIST 167

to May 1960: Internal. Assoc. Sci. Hydrology, Comm. on Subterranean 

Waters Pub. 52, p. 497-502. Abgw , Ingw , MeDfgw .

Martin, P. W. (to McCullough Tool Co.), 1959, Tracer injector means utilizing 

a radioactive electrode: U.S. Patent 3,116,419 [Dec. 31, 1963]. N.S.A. 

18: 6965. Ingw .

Martin, R. I., and Taylor, L. B., 1952, A symposium on water flooding of 

oil reservoirs: Rolla, Missouri, Missouri Univ., Mines and Metallurgy 

Bull., Tech. Ser. 8, 55 p. MeDfgw .

Mercado, A., and Halevy, E., 1966, Determining the average porosity and 

permeability of a stratified aquifer with the aid of radioactive tracers: 

Water Resources Research, v. 2, no. 3. p. 525-531. Ingw . InhT, MeDfgw, 

MeDfhT.

Moser, H., Neumaier, F., and Rauert, W., 1963, New experiences with the 

use of radioactive isotopes in hydrology in Radioisotopes in hydrology, 

Proceedings Series: Vienna, Austria, Internal. Atomic Energy Agency 

Symposium on the Application of Radioisotopes in Hydrology, held at 

Tokyo, Japan, March 5-9, 1963. Proc.. p. 283-295. N.S.A. 18: 1922. Ingw, 

Inhy, MeDfgw .

Nelson, R. W., 1964, Stream functions for the three-dimensional flow in 

heterogeneous porous media: Berkeley, Calif., Internal. Assoc. Sci. Hydrology Gen. Assembly, Pub. 64, p. 290-301. MeDfgw.

Ochiai, Toshiro, and Rodriguez, V. C., 1962, Ground water quantity measurement on the foot of Mt. Fuji by the use of radioisotopes: Toyko, Japan, 

Radioisotopes, v. 11, p. 373-379 [in English]. N.S.A. 17:8416. Ingw , Inhr, 

MeDfgw .

Ogata, Akio, 1961, Transverse diffusion in saturated isotropic granular media: 

U.S. Geol. Survey Prof. Paper 411-B, 8 p. MeDfgw .

Ogata, Akio, 1964a, The spread of a dye stream in an isotropic granular 

medium: U.S. Geol. Survey Prof. Paper 411-G, 11 p. MeDf. gw .

Ogata, Akio, 1964b, Mathematics of dispersion with linear adsorption isotherm: U.S. Geol. Survey Prof. Paper 411-H, 9 p. MeDfgw , SeAdg w.

Ogata, Akio, and Banks, R. B., 1961, A solution of the differential equation 

of longitudinal dispersion in porous media : U.S. Geol. Survey Prof. Paper 

411-A, 7 p. MeDfg w.

Olsen, H. W., 1966, Darcy's law in saturated kaolinite: Water Resources Research, v. 2, no. 2, p. 287-295. MeDfsw.

Orcutt, R. G., Rifai, M. N. E., Klein, G., and Kaufman, W. J., 1957, Underground movement of radioactive wastes: Sewage and Industrial Wastes, 

v. 29, p. 791-804. C.A. 51: 13594 i. Angw , Ha, InAg w, KiB, MeDfgw , SeAdgw.

Pavlov, A. N., 1964, Estimate of the age of the matsesta mineral waters from 

short-life isotopes: Akad. Nauk SSSR Doklady, Earth Sci. sees., v. 158, 

no. 1-6, p. 87-90 [1965]. InAgw , MeDfgw .

Piper, A. M., 1952, Geologic, hydrologic, and thermal features of the sites: 

Project 1 (8) a [of] Operations Windstorm and Jangle, OTS, U.S. Atomic 

Energy Comm. Pub., WT-343, 71 p. [1959]. N.S.A. 14:10678. Ingw .

Piper, A. M., 1966, Potential effects of Project Chariot on local water supplies, northwestern Alaska: U.S. Geol. Survey Prof. Paper 539, 45 p. 

Abgw, Ha, Ingw.

Polubarinova-Kochina, P. Ya., 1952, Theory of ground-water movement, translated from the Russian by J. M. Roger De Wiest: Princeton, N. J., Princeton Univ. Press, 613 p. [in English, 1962]. MeDfgw.
168 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Pottier, J., and Jacquard, P., 1963, Influence of capillarity on the unstable 

displacement of immiscible fluids in a porous medium: Rev. Inst. Frangais Petrole Annales Combustibles Liquides, v. 18, p. 527-540. C.A. 

59:6165 ab. MeDf, MeV.

Raymond, J. R., 1955, An electrical technique for ground water Velocity measurement: U.S. Atomic Energy Comm. Research Development Rept., HW36-217. An, MeDfgw , MeDfHy.

Richard, J. A. (to Jersey Production Research Co.), 1959, Method of controlling well fluid circulation by radioactivation of fluid elements: U.S. 

Patent 3,115,576 [Dec. 24, 1963]. MeDfgw.

Rifai, M. N. E., and others, 1956, Dispersion phenomena in laminar flow 

through porous media: Berkeley, Calif., California Univ., Sanitary Eng. 

Research Lab. Rept. 3, 156 p. MeDfgw .

Scheidegger, A. E., 1954, Statistical hydrodynamics in porous media: Jour. 

Applied Physics, v. 25, no. 8, p. 997-1001. MeDfgw .

Scheidegger, A. E., 1957, The physics of flow through porous media: New 

York, Macmillan Co., 236 p. Ge of: MeDfgw (with an extensive bibliography).

Simpson, E. S., 1962, Transverse dispersion in liquid flow through porous 

media: U.S. Geol. Survey Prof. Paper 411-C, 30 p. MeDfgw.

Simpson, E. S., 1966, Flow velocity and the dispersion coefficient in porous 

media [abs.] : Program, 1966 Ann. Mtg., Geol. Soc. America, p. 204-205. 

Ingw , MeDfg ,.

Skibitzke, H. E., 1961, Temperature rise within radioactive liquid wastes 

injected into deep formations: F.S. Geol. Survey Prof. Paper 386-A. 8 p. 

C.A. 56:2295 a. Me, ThD.

Skibitzke, H. E., 1964, Extending Darcy's concept of ground-water motion: 

U.S. Geol. Survey Prof. Paper 411-F, 6 p. MeDfgw .

Souffraiu, J., Simpson, E. S., Baetsle, L., and de Jonghe, P., 1960, Investigations on the movement of radioactive substances in the ground; II, 

The Cu rod method for measuring ground-water flow: U.S. Atomic Energy 

Comm. Pub.. TID-7628, p. 155-164. N.S.A. 16:25046. InA,w, MeDf,w, 

SeAdg ,.

Stallman, R. W., 1962, Multiphase fluids in porous media A review of theories 

pertinent to hydrologic studies: U.S. Geol. Survey Prof. Paper 411-E. 

51 p. MeDfg w.

Stallman, R. W., and Papadopulos, I. S., 1966. Measurement of hydraulic 

diffusivity of wedge-shaped aquifers drained by streams: U.S. Geol. Survey Prof. Paper 514, 50 p. MeDfgw .

Szmanski, J., 1963, Determination of the permeable zones in the water injection wells by means of radioactive tracers, in Nuclear geophysics: 

Kracow. Poland. Sci. Tech. and Econ. Inf. Center of Gov. Comm. for 

Atomic Energy, v. 4, p. 943-958 [in Polish]. N.S.A. 18:5531. Ingw, Inhj> 

MeDfgw.

Theis, C. V., 1963, Hydrologic phenomena affecting the use of tracers in timing 

ground-water flow, in Radioisotopes in hydrology, Proceedings Series: 

Vienna, Austria, Internat. Atomic Energy Agency Symposium on the 

Application of Radioisotopes in Hydrology, held at Tokyo, Japan, March 

5-9, 1963, Proc., p. 193-206. N.S.A. 18:1921. Ge of: In^. InhT. InAgw . 

MeDfg,.

Todd, D. K., 1959, Ground-water hydrology: New York. John Wiley & Sons, 

Inc., 336 p. Ge of: Iiiew , MeDfgw .
AUXILIARY REFERENCE LIST 169

Torre, C., 1963, The energy distribution of radioisotopes in ground-water flow: 

Atomkernenergie, v. 8, p. 226-231 [in German]. N.S.A. 17:30685. Ingw, Inny.

Watkins, J. W., Armstrong, F. E., and Heemstra, R. J., 1960, Feasibility of 

radioactive waste disposal in shallow sedimentary formations: Nuclear 

Sci. and Eng., v. 7, p. 133-143. C.A. 54: 11345 h. MeDfgw . Watkins, J. W., Dunning, H. N., Armstrong, F. E., Heemstra, R. J., and 

Hsiao, L., 1955, Radioactive isotopes in petroleum-production research: 

Geneva, Switzerland, Internat. Conf. on Peaceful Uses of Atomic Energy, 

1955, held at the United Nations, New York, N.Y., Proc., v. 15, p. 73-77, 

[1956]. C.A. 50: 12665 g. Ge of: Ingw (with 38 references).

Watkins, J. W., and Mardock, E. S., 1954, Use of radioactive iodine as a 

tracer in water-flooding operations: Jour. Petroleum Technology, v. 6, 

no. 9, p. 117-124. C.A. 49:4267 h. An, MeDfgw . Witkowski, E. J., and Manneschmidt, J. F., 1962, Ground disposal of liquid 

wastes at Oak Ridge National Laboratory: U.S. Atomic Energy Comm. 

Pub., TID-7628, p. 506-512. C.A. 58: 1234 de. Adgw , Ha, Ingw , MeDfgw .

Youngs, E. G., 1966, Horizontal seepage through unconfined aquifers with nonuniform hydraiilic conductivity: Jour. Hydrology, v. 4, no. 1, p. 91-97. 

MeDfgw .

HANDLING, HEALTH, AND STORAGE

Abbatt, J. D., Lakey, J. R. A., and Mathias, D. J., 1960, Natural radioactivity 

in West Devon water supplies: Lancet, v. 2, p. 1272-1274. N.S.A. 15: 17142. 

AbGgw , BiC, Ha, InBi.

Behoumek, Frantisek, 1960, The problem of radioactive waste disposal in the 

world: Jaderna Energia, v. 6, p. 53-61 [in Czechoslovakian]. BiC, Ha.

Bradshaw, R. L., Boegly, W. J., Jr., Empson, F. M., Kubota, H., and Struxness, E. G., 1962, Storage of high-level packaged solid wastes in rock salt: 

U.S. Atomic Energy Comm. Pub., TID-7628, p. 477-488. C.A. 58:1234 h. 

AbG, Ha, MeDf, ThD.

Empson, F. M., 1962, Storage of low-level packaged solids in a salt mine: 

U.S. Atomic Energy Comm. Pub., TID-7628, p. 469-476. C.A. 58:1235 ab. 

Ha, MeOf.

Gorman, A. E., 1956, Sanitary engineering objectives of the atomic energy industry: U.S. Atomic Energy Comm. Pub., TID-7517 (pt. la), 607 p. 

Ha.

Healy, J. W., Honstead, J. F., and Matsumoto, 1955, Flow patterns in disposal to the Columbia River, in Gorman, A. E., Sanitary engineering objectives of the atomic energy industry: A seminar sponsored by the 

Atomic Energy Comm. and the Public Health Service, held at the Robert 

A. Taft Sanitary Engineering Center, Cincinnati, Ohio, Dec. 6-9, 1955, 

9 p.; U.S. Atomic Energy Comm. Pub., TID-7517 (pt. II, less deletions) 

p. 23-36 [1956] N.S.A. 13:13039. Ha, In.w , MeDf. w .

Jaag, O., 1963, Determination of radioactivity in water and soil: Oncologia, v. 

16, no. 3, p. 230-244 [in German]. C.A. 60:10168 fg. Ge of: AbG, AbO, 

BiB, BiZ, Ha, In, SeAd.

Morgan, J. M., 1962, Land burial of solid packaged low-hazard potential radioactive wastes in the United States: U.S. Atomic Energy Comm. Pub., TID7628, p. 396-427. C.A. 58: 1235 f. Ge, Ha, MeDf.

Morgan, K. Z., 1957, Health physics, in Gray, E. D., ed., American Institute 

of Physics handbook: New York, McGraw-Hill Book Co., sec. 8m, p. 

8-250 to 8-257. Ha, No.
170 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY

Philberth, Bernhard, 1959, Storage of atomic wastes in glacial caps of the 

earth: Comptes Rendus, v. 248, p. 2090-3092 [in French]. N.S.A. 13: 13040. 

Ha.

Pierce, W. G., and Rich, E. I., 1962, Summary of rock salt deposits in the 

United States as possible storage sites for radioactive waste materials: 

U.S. Geol. Survey Bull. 1148, 91 p. C.A. 58:1233 i. Ha, MeDf.

Prout, W. E., 1962, Studies of the containment of radioactive wastes in underground mined caverns at the Savannah River plant: U.S. Atomic Energy 

Comm. Pub., TID-7628, p. 380-390. C.A. 58 : 1235 h. Ha, MeDf.

Stanley, W. E., and Eliassen, Rolf, 1960, Status of knowledge of ground 

water contaminants: U.S. Federal Housing Adm., Contract HA ( ) 

fh-757, 465 p. [1961]. Ge of: Ha (with 57 references).

Term an, A. V., 1960, The application of radioactive indicators for hygienic 

research: Translated from Meditsinskaya Radiologiya, v. 5, no. 3, p. 76- 

79; U.S. Atomic Energy Comm. Pub., JPRS-5124, p. 193-206. N.S.A. 

14:25792. Ge of: Ha, In.« m , InHr (with 29 references).

U.S. Government, 1963, Research in the medical and life sciences, in Fundamental nuclear-energy research : Washington, U.S. Govt. Printing Office, 

p. 3-138. N.S.A. 18:9815. Ge of: Ab.tm, BiC, Ha, MeDf, tm.

Voress, H. E., Davis, T. F., and Hubbard, T. N., Jr., 1958, Radioactive waste 

processing and disposal A bibliography of selected report literature : 

U.S. Atomic Energy Comm., Div. Tech. Inf. Pub., TID-3311, 131 p. Ge of: 

Ha.

NUCLEAR PROPERTIES

Killeen, John, Hess, W. N., and Lingenfelter, R. E., 1963, Electrons from

bomb neutron decay : .Tour. Geophys. Research, v. 68, no. 16, p. 4637-

4643. AbG. 

Smales, A. A., and Wagner, L. R., 1960, Methods in geochemistry : New

York, Interscience Publishers, Inc., 467 p. Ge. 

Teis, R. V., 1946, Isotope composition of mineral waters : Comptes Rendus,

Akad. Sci. TTRSS Doklady, v. 53, p. 135-137. C.A. 41:4345 c. Abgw, EqL,

Teis, R. V., 1948, Isotopic composition of fossil ices : Akad. Nauk SSSR Doklady, v. 62, p. 365-367. C.A. 43 : 2050 gf. AbGBnow . 

Trainor, J. H., and Lockwood, J. A., 1963, Neutron albedo and chargedparticle measurements at 200-400 km [abs.] : Am. Geophys. Union Trans.,

v. 44, p. 73. AbG.

OCEANS

Broecker, Wallace, 1963, Gas exchange between the atmosphere and oceans :

U.S. Atomic Energy Comm. Pub., TID-19900, 67 p. N.S.A. 18:7592.

MeDf.tm, MeDfoce.n, SeAd.tm, SeAd0 ,e.n . 

Duke, T. W., circa 1963, Use of radioisotopes in marine biological research:

U. S. Atomic Energy Comm. Pub., TID-7689, p. 69-72. N.S.A. 18:15748.

AbO, BiB, BiC, Int err, InBi. 

U.S. Atomic Energy Commission, 1963, Radioelement studies in the oceans:

U.S. Atomic Energy Comm. Pub., TID-18389, 38 p. N.S.A. 17:17737.

Inocean MeDfocean.
AUXILIARY REFERENCE LIST iTl

PEDOLOGY

Bergseth, H., Hageboe, F. A., Lien, H., and Steenberg, K., 1963, Determination of cation exchange capacity in colloidal soil material by means of 

radiostrontium (Sr 89): Soil. Sci., v. 95, p. 97-100. N.S.A. 17:25135. 

SeAdpe.

Bianchi, W. C., and Haskell, E. E., Jr., 1966, Air in the vadose zone as It 

affects water movements beneath a recharge basin: Water Resources Research, v. 2, no. 2, p. 315-322. MeDfPf, MeDfgw .

Churaev, N.V., 1960, Study of the water properties, structure, and processes 

of moisture transfer in peat, using labelled atoms: Translated from Akad. 

Nauk Uzbek, SSR, Taskentsk. Konf. po Mirnomu IspoFz Atomnaya Energiya. v. 2, p. 243-?; U.S. Atomic Energy Comm. Pub., AEC-tr-6390, p. 

322-338. N.S.A. 18:39515. Ingv , InP,, MeDfPf, SeAd.

Graham, E. R., 1959, Weathering of fallout: Science, v. 129, p. 1276-1277. 

O.A. 53: 16719 g. Ad, MeDf.

Haney, W. A., and Honstead, J. F., 1958, A history and discussion of specific 

retention disposal of radioactive liquid wastes in the 200 areas: U.S. 

Atomic Energy Comm. Pub., HW-54599. N.S.A. 14:17634. MeDfp*.

Hawkins, M. B., 1959, The effect of terrain and natural weathering factors 

on fallout deposits, in Biological and environmental effects of nuclear 

war, pt. 1: Hearings before Spec. Subcomm. on Radiation of the Joint 

Committee on Atomic Energy, U.S. 86th Cong., 1st sess., p. 168-186. Abpf, 

MeDfpe, SeAdpP ,

Honstead, J. F., 1959, The movement of liquid through soils: U.S. Atomic 

Energy Comm. Pub., HW-S4-42, 9 p. N.S.A. 14: 1171. Ha, MeDfpe , MeDfgw.

Irish, E. R., 1962, Comparison of ground-waste disposal status at Hanford: 

U.S. Atomic Energy Comm. Pub., TID-7628, p. 491-504. C.A. 58:1234 cd. 

AbG, Ha, MeDf, Nu.

James, P. E., and Wilkins, D. E., 1964, An evaluation of radioisotopes and 

fluorescent tracer techniques. Am. Soc. Agr. Engineers Ann. Mtg., Fort 

Collins, Colo., June 1964. U.S. Atomic Energy Comm. Pub., CONF-646-1, 

18 p. N.S.A. 18:39718. InP,, Sa, SpFl.

Jamison, D. K., Kornegay, B. H., Vaughan, W. A., and Morgan, J. M., Jr., 

eds., 1962, The use of inorganic exchange materials for radioactive waste 

treatment: Washington, U.S. Atomic Energy Comm. Working Meeting, 

Aug. 13-14, 1962, Proc. U.S. Atomic Energy Comm. Pub., TID-7644, 238 

p. N.S.A. 17:19703. Ge of: SeAd.

Liakopoulos, A. C., 1966, Theoretical prediction of evaporation losses from 

groundwater: Water Resources Research, v. 2, no. 2, p. 227-240. MeDfp,, 

MeDfgW , MeDfHy.

Lomenick, T. F., and Cowser, K. E., 1962, Land burial of solid waste at Oak 

Ridge National Laboratory: U.S. Atomic Energy Comm. Pub., TID-7628. 

p. 437-455. C.A. 58: 1235 c. Ha, MeDf.

McHenry, J. R., and Honstead, J. F., 1957, Evaluation of sites for the disposal of radioactive waste solutions: U.S. Atomic Energy Comm. Pub., 

HW-53219, 12 p. N.S.A. 13:13035. MeDfPf, MeDfgw , SeAdr*, SeAdgw.

Parsons, P. J., 1961, Movement of radioactive wastes through soil; III, Investigating the migration of fission products from high-ionic liquids deposited in soil: Chalk River, Ontario, Canada, Atomic Energy of Canada, 

Ltd., Pub., AECL-1325, 46 p.: Sci. Doc. Distrib. Office Pub., CRER-1018, 

46 p. C.A. 56: 4546 a. AbP,, Abgw, Adg w, InAPo , InAgw , MeDfr,-, MeDfK ,v .
172 BIBLIOGRAPHY. TRITIUM STUDIES RELATED TO HYDROLOGY

Remson, Irwin, and Randolph, J. R., 1962, Review of some elements of soilmoisture theory: U.S. Geol. Survey Prof. Paper 411-D, 38 p. MeDfPe , Th.

Smith, W. O., 1961, Mechanism of gravity drainage and its relation to specific 

yield of uniform sands: U.S. Geol. Survey Prof. Paper 402-A, 12 p. MeDfpe .

Stallman, R. W., and Reed, J. E., 1966, Steady flow in the zone of aeration: 

Paris, France, United Nations Educational, Scientific, and Cultural Organization (UNESCO) Symposium on water in the Unsaturated Zone, held 

at Wageningen, Netherlands, June 19-25, 1966, Proc., 26 p. MeDfPe . Ward, H. L., 1964, Radioisotopes in agriculture Analytical procedures, animal 

husbandry, entomology, fertilizer uptake, general studies, photosynthesis, 

plant genetics, and plant physiology: U.S. Atomic Energy Comm. Pub., 

TID-3078, Supp. 1, 24 p. Ge of radioisotopes in agriculture sciences (with 

229 selected references for 1958-62).

PHYSICOCHEMICAL PROPERTIES

Baetsle, L., and de Jonghe, P., 1960, Investigations on the movement of radioactive substances in the ground; III, Practical aspects of the program 

and physicochemical considerations: U.S. Atomic Energy Comm. Pub., TID7628, p. 198-210. InAg ,v , InAhy , SeAdp-, Sygw .

Biggar, J. W., and Nielson, 1962, Some comments on molecular diffusion and 

hydrodynamic dispersion in porous media: Jour. Geophys. Research, v. 

67, p. 3636-3637. MeDfgw , SeDfgw.

Better, Fernande, de la Perrieri, G., and Tistchenko, S., 1961, Isotopic analysis of H2HD, D2 mixtures and analyses of mixtures of ortho and para 

hydrogen by gas chromatography: Saclay, France, Comm. a 1'Energie 

Atomique Rap., CEA-1962. 27 p. C.A. 55: 25591 c. AdC, AnC, MeDf.rt, 

SeAd.

Grove, G. R., Foster, K. W., and Vallee, R. E., 1955, Gaseous thermal diffusion [abs.] : Phys. Rev., v. 99, p. 340. C.A. 51: 10974 f. An, SeDf.

Grove, G. R., Foster, K. W., and Vallee, R. E., 1958, Parameters of thermal 

diffusion columns, in International Symposium on Isotope Separation Proceedings: Amsterdam, Netherlands, North-Holland Publishing Co.. p. 462- 

470. C.A. 52:11597 g. Ge of: SeDf (with 7 references).

Holland, J. Z., 1963, Distribution and physicochemical nature of fallout: Federation Proc., v. 22, no. 6, p. 1390-1397. C.A. 60:7655 d. Ge of: MeDf.

Mal'tsev, E. D., Yudin, F. P., Shamin, V. S., and Dolgikh, P. F., 1962, The 

problem of heat generation presented by the disposal of liquid radioactive wastes in deep geological formations: Atomnaya Energiya, v. 12, 

p. 36-39. C.A. 58: 1236 fg. Ad, Eq, Ki, MeDf, ThD, ThP.

Meek, B. D., MacKenzie, A. J., and Stockinger, K. R., 1964, Evaluation of 

a radioactive tracer method for measuring water intake of soils: Soil 

Sci. Soc. America Proc.. v. 28. p. 153-155. N.S.A. 18:24045. Ad, InPe. 

MeDfpe, SeAdpe.

Rice, W. L. R., 1955, Use of clays for disposal of radioactive wastes [abs.] : 

Phys. Rev., v. 99, p. 340. Ab, SeAd.

Robinson, B. P., 1962, Ion-exchange minerals and disposal of radioactive 

wastes A survey of literature: U.S. Geol. Survey Water-Supply Paper 

1616, 132 p. Ge of: Ab, Ad. In, Is, Ki, Nu, Se, Th (with 590 references).

Suess, H. E., and Jensen, H., 1944, Rules on the condition of isotopic exchange equilibria: Naturwissenschaften. v. 32, p. 372-374. C.A. 43:6078 a. 

Eql.

Taylor, H. S., 1934. Protium-deuterium-tritium, the hydrogen trio: Sci. Monthly 

[later merged with Science]. p. 364-372. C.A. 28: 66267. Xu.
AUXILIARY REFERENCE LIST 173

SURFACE WATER

Clayton, C. G., and Smith, D. B., 1963, A comparison of radioisotope methods 

for river flow measurements: Vienna, Austria, Internat. Atomic Energy 

Agency Symposium on the Application of Radioisotopes in Hydrology, 

held at Tokyo, Japan. Mar. 5-9, 1963, Proc., STI/PUB/71, p. 1-24, [1964]. 

AbG. w , Ad, AnC, Inhy, In.w, InG, MeDf9 w, NuB, Nuln, Sa. w , SeAdiw.

Glover, R. E., 1964, Dispersion of dissolved or suspended materials in flowing 

streams: U.S. Geol. Survey Prof. Paper 433-B, 32 p. In,w , MeDf.w.

Gonfiantini, Roberto, Togliatti, V., Tongiorgi, E., De Brueck, W., and Picciotto, Edgard, 1963, Snow stratigraphy and oxygen isotope variations in 

the glaciological pit of King Baudouin Station, Queen Maud Land, 

Antarctica: Jour. Geophys. Research, v. 68, p. 3791-3798. C.A. 58:11128 e; 

C.A. 59:3678 be. Ab.now, InA.now, MeDf.n0w, Sa.

Honstead, J. F., 1954, Columbia River survey, 1951, 1952, 1953: U.S. Atomic 

Energy Comm. Pub., TID-10126 [Declassified Mar. 1, 1957], 92 p. N.S.A. 

11: 11666. MeDf8 w.

Honstead, J. F., 1957, Dispersion of dissolved material in the Columbia River: 

U.S. Atomic Energy Comm. Pub., HW-49008, 16 p. N.S.A. 14:18709. 

MeDf, w , Sa.

Kolupaila, Steponas, 1961, Bibliography of hydrometry: Notre Dame, Ind., 

Notre Dame Univ. Press, 975 p. (See especially p. 580-583, with 28 references.) Insw , Inhr, Ingw, In Hy, MeDf, w , MeDfgw , MeDfny.

Moser, H. Neumaier, F., and Rauert, W., 1962, The utilization of radioactive 

isotopes in hydrology; V, Measurement of the water flow of open currents 

by means of radioactive tracers: Atomkernenergie, v. 7, p. 321-324 [in 

German]. MeDf.w.

Oana, S., 1942, Geochemical studies of volcanos in Japan, XXVI, Density 

measurements of stream waters: Chem. Soc. Japan Bull., v. 17, p. 314-320. 

C.A. 41:4418 d. AbG, AnDn.

Sabo, J. J., and Bedrosian, P. H., eds., 1963, Studies of the fate of certain 

radionuclides in estuarine and other aquatic environments: Washington, 

D.C., U.S. Public Health Service Symposium on the Various Aspects 

of Radiological Surveys of Aquatic Environments, held at Savannah, Ga., 

Proc., 73 p. N.S.A. 17:29151. AbO, BiB, Insw , InPe , Sa, SeAd.w.

Struxness, E. G., Carrigan, P. H., Jr., Churchill, M. A., Cowser, K. E., Morton, R. J., Nelson, D. J., and Parker, F. L., 1967, Comprehensive report 

of the Clinch River study: U.S. Atomic Energy Comm. Pub., ORNL-4035; 

UC-70, Waste disposal and processing, 121 p. Health Physics Div., Oak 

Ridge Natl. Lab., Oak Ridge, Tenn. Ge of: Insw , Ingw , InBi, BiC, Ha, 

MeDf, Sa, SeAd.

Svasek, J. N., 1963, Radioactive tracers in hydrology: Assoc. Beige De>eloppement Pacifique Energie Atomique Bull. Inf., v. 8, no. 44-^46, p. 64-67 

[in French]. N.S.A. 18:14303. In,w, Inpe .

Timblin, L. O., Jr., and Peterka, A. J., 1963, Use of radioisotopes for openchannel flow measurements in Radioisotopes in hydrology, Proceedings 

Series: Vienna, Austria, Internat. Atomic Energy Agency Symposium on 

the Application of Radioisotopes in Hydrology, held at Tokyo, Japan, Mar. 

5-9, 1963, Proc., p. 37-61.

U.S. Atomic Energy Commission, 1962, High dilution on-stream isotopic 

tracers: U.S. Atomic Energy Comm. Pub., JLI-2748-0-7, 121 p. N.S.A. 

17:34195. In.,..
174 BIBLIOGRAPHY, TRITIUM STUDIES RELATED TO HYDROLOGY 

TRACERS AND INDICATORS

, R. H., and Davies, J. A., 1964, Recent applications of tracers in the 

physical sciences in Canada : Canadian Nuclear Assoc. Conf . on Canada's 

Kole in a World of Expanding Nuclear Industry, held at Toronto, Canada, 

May 1964, Proc. U.S. Atomic Energy Comm. Pub., CONF-539-4, 12 p. 

N.S.A. 18:29163. Ge of: In.

Bozoky, Laszlo, and Vodros, Daniel, 1960, Exploration of underground water 

movements with radioisotopes : Energia es Atom tech., v. 13, p. 135-136 

[in Hungarian]. N.S.A. 14:16896. Ingw, Sa.

Caswell, A. E., Jr., 1959, Radioactivity oil well logging and oil field 

tracer applications : Tulsa, Okla., Well Surveys, Inc., 4 p. ; U.S. Atomic 

Energy Comm. Pub., TID-7571, p. 146-149. N.S.A. 14:10676. Ge of: Ingw,

Interr.

Cowser, K. E., 1962, Movement of ruthenium in the Oak Ridge National Laboratory waste-pit system: U.S. Atomic Energy Comm. Pub., TID-7628,

p. 513-531. C.A. 58 : 1234 e. Ab, Ad, Ha, MeDf , NuR. 

Hess, H. H., Adkins. J. N., Benson, W. E., Frye, J. C., Heroy, W. B., Hubbert, M. K., Russell, R. J., and Theis, C. V., 1957, The disposal of radioactive waste on land: [U.S.] Natl. Acad. Sci. Natl. Research Council

Pub. 519, 142 p. C.A. 54 : 25420 a. Ge of : In. 

Hours, R., 1955, Les traceurs radio-actifs en hydrologie [Radioactive tracers

in hydrology] : Memoires et travaux de la Societe hydrotechnique de

France, v. 1, p. 14-24; Houille Blanche Spec. A/1955, p. 14-24. C.A.

51:8334 f. MeDf, SeAd. 

Hull, D. E., 1960, Tracing of water flow by means of radioactive isotopes and

scintillation counters: Internat. Jour. Appl. Radiation and Isotopes, v.

7, p. 260. N.S.A. 14:9638. AnC, InHr. 

Kaufman, W. J., and Klingerman, P. C., 1963, Nature and disposition of sediment sorbed radionuclides entering San Francisco Bay: U.S. Atomic

Energy Comm. Pub., TLD-7664, p. 149-157. AbO, AdL, AnC, In.w, Interr,

InBi, KiB, MeDf, w , MeDfterr, Sa, SeAd. 

Kazmann, R. G., 1965, Modern hydrology : New York, Harper & Row, Publishers, 301 p. (See especially p. 157-158.) Ge of: Ingw, Ge of: MeDfgw. 

Kulcsar, Miklos, 1966, Radioactive isotope tracer technique on the plant scale:

Magyar Kemikusok Lapja, v. 21, no. 2, p. 76-82 [in Hungarian]. C.A.

64:13791 ab. Ge of: In (with 221 references). 

Mihram, R. G., 1959, Some uses of radioisotopes in oil field operations:

Duncan, Okla., Halliburton Oil Well Cementing Co., 6 p. U.S. Atomic

Energy Comm. Pub., TID-7571, p. 8-13. N.S.A. 14:10675. Ge of: Ingw,

Interr.

O'Rourke, E. V., 1962, Uses of water injection to the subsurface through 

boreholes: U.S. Atomic Energy Comm. Pub., TID-7628, p. 374-378. C.A. 

58 : 1235 g. Ha, In, MeDf.

Simpson, E. S., 1962, Investigation on the movement of radioactive substances 

in the ground; I, Geohydrology and general considerations: U.S. Atomic 

Energy Comm. Pub., TID-7628, p. 145-153. C.A. 57 : 16345 a. AdL, An, 

InAgw, Sagw , SeAd.

Skibitske, H. E., Chapman, H. T. Robinson, G. M., and McCullough, R. A., 

1961, Radio-tracer technique for the study of flow in saturated porous 

materials : Internat. Jour. Appl. Radiation and Isotopes, v. 10, p. 38-46. 

C.A. 55 : 17124 e. An, Ingw , MeDfgw .

 ft U.S. GOVERNMENT PRINTING OFFICE: 1970 0 388-339