Willard Libby | Academic Influence

Willard Libby's AcademicInfluence.com Rankings

Willard Libby

Chemistry

#163

Historical Rank

Physical Chemistry

#45

Historical Rank

chemistry Degrees

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Chemistry

Willard Libby's Degrees

Bachelors Chemistry University of California, Berkeley
PhD Chemistry University of California, Berkeley

Why Is Willard Libby Influential?

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According to Wikipedia, Willard Frank Libby was an American physical chemist noted for his role in the 1949 development of radiocarbon dating, a process which revolutionized archaeology and palaeontology. For his contributions to the team that developed this process, Libby was awarded the Nobel Prize in Chemistry in 1960.

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Willard Libby's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

Radiocarbon dates, II. (1951) (365)
Age Determination by Radiocarbon Content: World-Wide Assay of Natural Radiocarbon. (1949) (324)
Promising catalyst for auto exhaust. (1971) (317)
Age determinations by radiocarbon content; checks with samples of known age. (1949) (291)
The Natural Distribution of Tritium (1954) (291)
Atmospheric Helium Three and Radiocarbon from Cosmic Radiation (1946) (259)
Radiocarbon dates. (1951) (230)
Replacement Rates for Human Tissue from Atmospheric Radiocarbon (1964) (203)
Theory of Electron Exchange Reactions in Aqueous Solution (1952) (171)
Continental water balance, ground water inventory and storage times, surface ocean mixing rates and world-wide water circulation patterns from cosmic-ray and bomb tritium☆ (1957) (157)
Natural Radiocarbon from Cosmic Radiation (1947) (124)
Radiocarbon Dating of Bone and Shell from Their Organic Components (1964) (119)
Chemistry of energetic atoms produced by nuclear reactions. (1947) (118)
Natural distribution of cosmic-ray produced tritium. II (1955) (106)
Radiocarbon Content of Marine Shells from the California and Mexican West Coast (1966) (93)
UCLA Radiocarbon Dates IV (1965) (92)
Reactions of High Energy Atoms Produced by Slow Neutron Capture (1940) (92)
Measurment of Radioactive Tracers (1947) (91)
UCLA Radiocarbon Dates III (1964) (83)
Tritium in Nature. (1951) (83)
RADIOACTIVE STRONTIUM FALLOUT. (1956) (83)
World-Wide Distribution of Natural Radiocarbon (1951) (76)
Chicago Radiocarbon Dates V. (1954) (75)
Sintered Diamond Compacts with a Cobalt Binder (1971) (71)
Radiocarbon From Cosmic Radiation. (1947) (68)
Tritium Production by High-Energy Protons (1956) (64)
UCLA Radiocarbon Dates VI (1967) (61)
Equilibration of Atmospheric Carbon Dioxide with Sea Water: Possible Enzymatic Control of the Rate (1969) (60)
Soil radon concentration changes preceding and following four magnitude 4.2–4.7 Earthquakes on the San Jacinto Fault in southern California (1980) (57)
The Half-Life of Radiocarbon (C 14 ) (1949) (55)
Measurement of low level radiocarbon. (1951) (55)
UCLA Radiocarbon Dates IX (1969) (54)
Unseparated rare Earth cobalt oxides as auto exhaust catalysts. (1972) (52)
Radioactive fallout and radioactive strontium. (1956) (48)
Radioactive Fallout. (1957) (47)
Chemical ionization mass spectrometry. VII. Reactions of benzene ions with benzene (1967) (45)
Errata: ``Vibrational Frequencies of the Isotopic Water Molecules; Equilibria with the Isotopic Hydrogens'' (1943) (44)
Energies of the Soft Beta-Radiations of Rubidium and Other Bodies. Method for Their Determination (1939) (44)
Fundamentals of Radiation Chemistry (1950) (42)
ABSOLUTE ASSAY OF BETA RADIOACTIVITY IN THICK SOLIDS. APPLICATION TO NATURALLY RADIOACTIVE POTASSIUM (1955) (41)
End and wall corrections for absolute beta-counting in gas counters. (1950) (41)
Radiocarbon Dating The method is of increasing use to the archeologist, the geologist, the meteorologist, and the oceanographer (1961) (38)
Stratospheric residence time and interhemispheric mixing of strontium 90 from fallout in rain (1968) (38)
Effect of temperature on the mass spectra of benzene at high pressures (1969) (38)
Chemistry of Positive Ions. III. The Radiation Chemistry of Solid n-Hexane at 77°K (1963) (36)
Dosages from natural radioactivity and cosmic rays. (1955) (35)
High-Pressure Chemistry. (1962) (34)
Vegetative life on Venus? Or investigations with algae which grow under pure CO2 in hot acid media at elevated pressures (1970) (33)
Indium Antimonide: Superconductivity of the Metallic Form (1963) (33)
Radioactivity of Neodymium and Samarium (1934) (32)
RADIOACTIVE FALLOUT PARTICULARLY FROM THE RUSSIAN OCTOBER SERIES. (1959) (32)
Age Determination of Pacific Chalk Ooze by Radiocarbon and Titanium Content (1951) (31)
Primaeval melting of the Moon (1977) (31)
Chemistry of Positive Ions. I. General Theory Particularly for the Radiation Induced Cross Linkage of Polymers and Polymerization of Saturated Hydrocarbons (1961) (30)
Artificial Metals: InSb, the Sn Alloys with InSb, and Metallic InTe (1964) (29)
The Hot Atom Chemistry of the Propyl Bromides; Effect of Phase and Recoil Energy on Retentions (1952) (29)
CURRENT RESEARCH FINDINGS ON RADIOACTIVE FALLOUT. (1956) (29)
Moratorium tritium geophysics (1963) (28)
The Potential Usefulness of Natural Tritium. (1953) (28)
The Measurement of Very Slow Reaction Rates; Decarboxylation of Alanine1a (1958) (28)
Positive-Ion Chemistry: High Yields of Heavy Hydrocarbons from Solid Methane by Ionizing Radiation (1964) (27)
The Distribution of the Subgroup VII Elements between Pyridine and 4 N NaOH1 (1952) (27)
Stratospheric mixing from radioactive fallout (1960) (27)
HISTORY OF RADIOCARBON DATING. (1968) (27)
Indium Antimonide: the Metallic Form at Atmospheric Pressure (1963) (27)
Natural Radioactivity of Lutecium (1939) (26)
Simple Absolute Measurement Technique for Beta Radioactivity. Application to Naturally Radioactive Rubidium (1957) (26)
AUTO EXHAUST CATALYSTS * (1973) (26)
Accuracy of radiocarbon dates. Apparent discrepancies are examined for geophysical significance and for a general principle of correction. (1963) (26)
Tritium and Helium-3 in Solar Flares and Loss of Helium from the Earth's Atmosphere (1962) (24)
The Hot Atom Chemistry of the Propyl Bromides (1949) (23)
Natural Radioactivity of Rhenium (1948) (22)
Tritium in Mt. Everest ice—Annual glacier accumulation and climatology at great equatorial altitudes (1965) (22)
LARGE THIN-WALL GEIGER COUNTER (1953) (22)
RELATION BETWEEN ENERGY AND HALF-THICKNESSES FOR ABSORPTION OF BETA RADIATION (1956) (21)
Reactions of Thermal Carbon Atoms1 (1965) (21)
Cosmic Radiocarbon and Natural Radioactivity of Living Matter. (1947) (20)
Chemical Effects of the Nuclear Isomeric Transition in Bromine; Evidence for Atomic Bromine and Some of its Properties (1941) (20)
Superconductivity of Metallic Indium Telluride (1963) (20)
Stimulation of Jupiter's Radio Emission by Io (1967) (20)
Ice Caps on Venus? (1968) (19)
An Investigation of the Double Beta-Decay of Sn-12450 (1952) (18)
Evidence for Gamma-Radioactivity of 4.5-hourBr80from Radiobromate (1939) (18)
Electron Tunneling in Chemistry and Biology (1977) (18)
Size Effects Among Isotopic Molecules (1960) (17)
Chicago Radiocarbon Dates, IV. (1954) (17)
The possibility of superheavy elements in iron meteorites (1979) (17)
Indium Telluride Metal (1963) (15)
Production of Radioactive Hydrogen by Neutron Bombardment of Boron and Nitrogen (1941) (15)
Chemistry of Positive Ions. VI. Positive‐Ion Chemistry in Solid Methane (1966) (15)
UCLA radiocarbon dates [Part] 2. (1963) (15)
Stability of Uranium and Thorium for Natural Fission (1939) (14)
THE NATURAL RADIOACTIVITY OF In$sup 11$$sup 5$ (1950) (14)
The Exchange Reaction between the Hydrogen Halides and the Halogens in the Gaseous State (1949) (14)
Terrestrial and meteorite carbon appear to have the same isotopic composition. (1971) (14)
COLLECTING A SAMPLE OF SOLAR WIND: AN EXPERIMENTAL STUDY OF ITS CAPTURE IN METAL FILMS. (1969) (13)
Vapor Pressures of the Tritium Liquid Hydrogens Dependence of Hydrogen Vapor Pressure on Mass of the Molecule (1942) (13)
Tritium fallout in the Pacific United States (1970) (13)
ABSOLUTE EXCITATION FUNCTION OF THE Be$sup 9$(d,t) REACTION (1952) (13)
Catalysis of the Cerous–Ceric Electron Exchange Reaction by Fluoride (1952) (13)
The Beta-Rays of Mesothorium 1 and Radium D (1939) (13)
A high-pressure superconducting polymorph of cadmium tin diarsenide (1969) (12)
Superconductivity in the artificial metals: metallic indium antimonide, the indium--antimonide--tin alloys, and metallic indium telluride (1964) (12)
Hot Atom Chemistry of the Alkyl Bromides; Absence of Effects Due to High Radiation Density; Isotope Separation in Solids (1953) (12)
Life in space (1968) (12)
NEGATIVE PION ACTIVATION OF BROMINE (1952) (11)
Beneficiation of Soils Contaminated with Strontium-90: Beneficial Effects of Potassium. (1958) (11)
Tritium in Nature (1954) (11)
CHEMISTRY OF ENERGETIC ATOMS PRODUCED BY NEUTRON CAPTURE. (1941) (11)
Nature of the Chemical Reactivity of Radiobromine Atoms Produced by Isomeric Transition (1965) (11)
UCLA Radiocarbon Dates I (1962) (10)
Chemistry of Positive Ions. II. Ion—Molecule Reactions in Radiolysis of n‐Hexane at Low Temperatures (1962) (10)
Inhibition of erythrocyte phosphate transport by high pressures. (1976) (10)
Hydrocarbon emissions from jet engines operated at simulated high-altitude supersonic flight conditions (1975) (10)
Radio Reflection by Free Radicals in Earth's Atmosphere (1967) (10)
Chicago Radiocarbon Dates, III. (1952) (10)
Uranium Dioxide: Properties and Nuclear Application. (1962) (9)
An Improvement on the Quantitative Determination of Radioactivity (1936) (9)
HOT ATOM CHEMISTRY OF CARBON PARTICULARLY IN AROMATIC SYSTEMS (1956) (9)
HIGH PRESSURE CHEMISTRY, I: ULTRA RAPID RATES AT VERY HIGH PRESSURES. (1962) (9)
Polymer production in the .gamma.-radiolysis of methane, ethane, and ethylene solutions in liquid argon (1972) (9)
Radiocarbon Dates (1985) (9)
UCLA Radiocarbon Dates V (1966) (9)
Electron Transfer Among the Transition Elements; the Controlling Role of the Franck—Condon Principle on Rates (1963) (9)
Mechanism of the Exchange Reaction Between Gaseous Bromine and Hydrogen Bromide (1940) (8)
Hot Atom Recoils from C12(γ,n)C11 (1953) (8)
A high-pressure superconducting polymorph of cadmium germanium diarsenide☆ (1969) (8)
THE EXCHANGE REACTION BETWEEN HYDROGEN CHLORIDE AND CHLORINE IN THE GASEOUS STATE (1951) (8)
Electron Exchange between Manganate and Permanganate Ions by Solvent Extraction1 (1950) (8)
Talking to people (1981) (8)
Crystal Structure, Solubility, and Electronic Spectrum of Titanium Tetraiodide (1979) (8)
DIRECT PRODUCTION OF RADIOACTIVE ALIPHATIC HYDROCARBONS BY PILE IRRADIATION (1954) (8)
Archaeology and Radiocarbon Dating (1980) (8)
The Accuracy of Radiocarbon Dates (1963) (7)
INTENSE 584-A LIGHT FROM A SIMPLE CONTINUOUS HELIUM PLASMA (1964) (7)
ABSOLUTE CROSS SECTIONS FOR DEUTERONS ON BERYLLIUM (1955) (7)
Tritium geophysics from 1961–1962 nuclear tests (1968) (7)
Negative activation enthalpy in the dimerization of anthracene at very high pressure. [80/sup 0/K; 58000 bars pressure;. gamma. radiation] (1977) (7)
One-parameter equation of state for metals and certain other solids. (1972) (7)
Non-etching optical detection of fission tracks using Teflon (1975) (6)
Electron and Energy Transfer in Irradiated Xenon-Hexane Liquid Solutions (1965) (6)
Life on Jupiter? (1974) (6)
Theory of Metallic Diamond (1963) (6)
Radiocarbon dating, memories, and hopes (1972) (6)
Decay of the 4.5-HourBr80Isomer (1940) (5)
Effect of Gravitational Field on the Thermal Diffusion Separation Method (1940) (5)
Why is the moon gray? (1969) (5)
Isotope Size Effect in Van der Waals Radii and the Barrier to Rotation around the Carbon‐Carbon Single Bond (1961) (5)
Ice on venus: can it exist? (1968) (5)
Electron in Box Theory for Metal Atom Clusters (1967) (5)
Tritium and radiocarbon (1981) (5)
Melting Points at High Compressions from Zero-Compression Properties Through the Kennedy Relation (1966) (5)
History of tritium (1973) (5)
THE RADIOACTIVITY OF LANTHANUM, NEODYMIUM AND SAMARIUM (1933) (5)
Venus: Ice Sheets (1968) (5)
The Beta-Ray of Actinium (1935) (4)
The development and applications of low level counting. (1957) (4)
Width of Iodine Resonance Neutron Band (1937) (4)
Graduate Education in Chemistry. (1974) (4)
Beta-Radioactivity of Neodymium (1934) (4)
Isotopes in Meteorology (1958) (4)
Continental water balance, ground water inventory and storage times, surface ocean mixing rates, and world-wide water circulation patterns from cosmic ray and man-made tritium (1957) (4)
Moratorium fallout and stratospheric storage (1963) (4)
Food irradiation: an unused weapon against hunger (1978) (4)
Geometrical Theory of Heterogeneous Catalysis and the Role of Tunneling Therein (1981) (4)
Radiocarbon dating in the future; Thirty years after inception (1979) (4)
The Stratospheric Residence Time of Odd Nitrogen and the Effect of the SST, Studied in a Two-Dimensional Model Derived from High-Altitude Sampling of Radioactive Debris (1974) (3)
POLYMER PRODUCTION IN THE $gamma$ RADIOLYSIS OF METHANE IN LIQUID ARGON. (1969) (3)
RADIO-CESIUM ACTIVATED BY NEUTRONS (1935) (3)
Thirty Years of Atomic Chemistry (1964) (3)
Temperature-independent resistor for microelectronic circuits (1970) (3)
Europa and the Decametric Radiation from Jupiter (1968) (3)
PRODUCTION OF TRITIUM AND $Sup 3$He BY PROTON BOMBARDMENT OF METALS SOLAR ORIGIN OF TERRESTRIAL TRITIUM. (1965) (3)
Radioactive Fall-out (1955) (3)
Nuclear Dating: An Historical Perspective (1982) (3)
High-Pressure Metallic Polymorph of Cadmium Arsenide (1968) (3)
C14 Hot Atom Chemistry of n-Pentane and Isopentane1 (1957) (3)
Atmospheric bomb radiocarbon as a tracer in human beings. (1966) (3)
A Letter from Dr. Libby (1957) (3)
Charge Exchange Attraction between Primary Ions and Un-ionized Molecules in Radiation Chemistry. (1963) (3)
A Simple High Speed Counter Circuit of the Neher‐Harper Type (1937) (2)
Negative activation enthalpy in the dimerization of anthracene at very high pressure (1977) (2)
A report by the AEC General Advisory Committee (1952) (2)
RADIOCARBON FROM PILE GRAPHITE CHEMICAL METHODS FOR ITS CONCENTRATIONS (1946) (2)
The possibility of direct interaction between the hemes in hemoglobin. (1968) (2)
UCLA Radiocarbon Dates VII (1968) (2)
Progress in the use of isotopes. The Atomic Triad - reactors, radioisotopes and radiation (1958) (2)
Simple Amplifier for Geiger-Müller Counters (1932) (2)
RADIOACTIVE FALLOUT. (1957) (2)
UCLA Radiocarbon Dates II (1963) (2)
Water on Venus? (1970) (2)
Ice Nucleation in a Venus Atmosphere (1969) (2)
Day-night variation of Alouette II secondary resonances (1969) (2)
Alpha Radioactivity of Argon Formed by Radiochlorine (1935) (2)
Dating by radiocarbon (1972) (2)
Man's Place in the Physical Universe (1965) (2)
Primary Photochemical Processes in Solution (1937) (2)
The Scattering of Slow Neutrons by Gaseous Ortho- and Parahydrogen: Spin Dependence of the Neutron-Proton Force (1939) (2)
The Radiocarbon Story (1948) (2)
Isotopes in chemistry teaching (1957) (2)
Distribution and Effects of Fall-out (1958) (2)
Chemistry and the Atomic Nucleus (1958) (2)
BONE DOSES FROM STRONTIUM-90. (1959) (1)
The environment doctor. (1971) (1)
Search for natural curium 247 (1964) (1)
The heat capacity of indium antimonide—II (1971) (1)
Radioactivity and Nuclear Theory (1950) (1)
Measurement of Ocean Waves in a Satellite Photograph (1969) (1)
Stability of Beryllium (1933) (1)
Industrial uses of isotopes. (1961) (1)
Values in chemistry. (1969) (1)
Erratum: Natural Radioactivity of Rhenium (1948) (1)
Beneficiation of Soils Contaminated by Strontium-90. (1959) (1)
Knowledge and regulation (1979) (1)
Optical Transparency and Resistance to Flash Heating (1960) (1)
The Profession of the Environmental Doctor: Five Years Old (1976) (1)
Metallic diamonds; pressure-produced metals (1965) (1)
Bond Effect in the Action of Protons on Neutrons (1936) (1)
Radiocarbon and paleomagnetism (1967) (1)
Absence of Low Energy Radiations from Potassium and Rubidium (1934) (1)
Bond Energies and Mass Defects in Atomic Nuclei (1933) (1)
A Relevant Education. (1971) (1)
Geographical coincidence of high heat flow, high seismicity, and upwelling, with hydrocarbon deposits, phosphorites, evaporites, and uranium ores. (1974) (1)
Exchange of CO 2 between Atmosphere and Sea Water: Possible Enzymatic Control of the Rate (1975) (1)
Radio Reflection by Free Radicals in Earth's Atmosphere. (1967) (1)
Possible Formation of Singlet Oxygen in the Radiolysis of Water under High Pressure Oxygen (1973) (1)
Vulcanism and radiocarbon dates (1972) (1)
THE BETA-PARTICLE FROM ACTINIUM (1935) (1)
THE RESPONSIBILITIES OF THE UNIVERSITIES IN THE ENVIRONMENTAL CRISIS (1975) (1)
IMPLICATIONS OF THE DISCOVERER XVII SATELLITE DATA- THE MECHANISM OF ATMOSPHERIC LOSS FROM THE EARTH AND THE PRODUCTION OF H SUPER 3 AND HE SUPER 3 IN SOLAR FLARES (1962) (0)
Fallout from the A-bomb (1956) (0)
Continuous plasma laser. [method and apparatus for producing intense, coherent, monochromatic light from low temperature plasma (1977) (0)
Sintered diamond compacts using cobalt as a binder (1970) (0)
Interdisciplinary Space-Oriented Research in the Physical, Biological and Engineering Sciences Semiannual Report, Period Ending Feb. 28, 1966 (1966) (0)
INDEX TO VOLUME 156 (1962) (0)
Man's place in the physical world. (1969) (0)
The multidisciplinary grant as a mechanism for support of basic research in universities (1965) (0)
The Action of Neutrons on Heavy Water (1935) (0)
ISOTOPE CHRONOLOGY AND RECORDED HISTORY (1966) (0)
Ionizing Photolysis of Methane (1968) (0)
A LOOK INTO THE FUTURE FOR PLOWSHARE. (1970) (0)
Climatology Conference (1976) (0)
Response : Beneficiation of Soils Contaminated by Strontium-90 (1959) (0)
First Miami Conference on Isotope Climatology and Paleoclimatology (1976) (0)
Time and Talent. (1962) (0)
Tritium hydrology studies in California (1973) (0)
Potentialities of atomic power (1956) (0)
Chemistry and the Peaceful Uses of the Atom: The atom needs chemists and chemical engineers and they may well be the ones who unlock the final door leading to economic feasibility of atomic power in this country (1957) (0)
Education and atomic energy (1955) (0)
Industrial chemistry in space (1970) (0)
How Did It Happen That It Didn't Happen?: The German Atomic Bomb . The History of Nuclear Research in Nazi Germany. David Irving. Simon and Schuster, New York, 1968. 329 pp., illus. $6.95. (1968) (0)
Climatology conference. (1976) (0)
Letter from Willard F. Libby, United States Atomic Energy Commission to Linus Pauling (1957) (0)
ARPA Workshop on Needs of the Department of Defense for Catalysis. Volume II. Proceedings Held at Santa Monica, Calif. on November 5-6 1973. (1973) (0)
The German Atomic Bomb. The History of Nuclear Research in Nazi Germany. David Irving. Simon and Schuster, New York, 1968. 329 pp., illus. $6.95 (1968) (0)
Sintered diamond compacts using metallic cobalt binders (1972) (0)
Scientists' Statement on Energy Policy (1975) (0)
NATURAL TRITIUM ASSAY, ROUTINE METHOD FOR ABSOLUTE ASSAY OF BETA RADIOACTIVITY, AND THE REACTIONS OF NEGATIVE $pi$ MESONS WITH ELEMENTARY BROMINE: FINAL REPORT (1952) (0)
Geothermal Energy Production (1975) (0)
Hot Atom Chemistry (1950) (0)
Approximate Rules for Solute Activities in Dilute Solutions of Non-electrolytes. Generalized Form of Bury's Rule. (1940) (0)
Radioactive fallout. (1958) (0)
A Convergence Test and a Remainder Theorem (1933) (0)
Letter: Temperature-dependent high-pressure argon effect on the radiolysis of water. (1976) (0)
PRIORITIES IN EDUCATION, PUBLIC INFORMATION, AND USE OF BASIC KNOWLEDGE: GROUP REPORT 4 * (1975) (0)
MY TUNNELING EXPERIENCES (1979) (0)
Chemistry of Energetic Atoms Produced by Neutron Capture (1941) (0)
THE STATE OF THE ART IN $sup 14$C DATING. (1967) (0)
Nitrogen fixation studies, lead detection in living plants, and solar wind analysis (1971) (0)
ARPA workshop on needs of the Department of Defense for catalysis. Volume II. Proceedings held at Santa Monica, CA on Nov 5-6 1973. [Processing of coal and oil shales] (1973) (0)
PURIFICATION OF MILK FOR CALCIUM AND STRONTIUM WITH DOWEX-50 W RESIN (1954) (0)
Water on Venus (1971) (0)
Radioisotopes in the Physical Sciences and Industry: Proceedings of the Joint IAEA-UNESCO Conference at Copenhagen (1962) (0)
Catalyzed and uncatalyzed dissolution of anhydrous chromic chloride in aqueous solutions (1974) (0)
Authors' reply to the preceding discussion [on “Stratospheric mixing from radioactive fallout”] (1961) (0)
Kinetics of sulfation of alkalized alumina (Na2O · Al2O3)∗ (1973) (0)
The Chemistry of Materials under Extreme Environmental Conditions (1975) (0)
Radioactivity & particle physics and radioactive fallout & technology (1981) (0)
WORLD PRIORITIES—ENERGY RESOURCES AND ARRANGEMENTS: GROUP REPORT 2 (1975) (0)
Carbon-14 hot atom chemistry of n-Pen-tane and iso-pentane (1957) (0)
Reply [to “Discussion of paper by W. F. Libby, ‘Moratorium fallout and stratospheric storage’”] (1963) (0)
MELTING THE MOON WITH SUPERHEAVY ELEMENTS (1978) (0)
RADIOACTIVE FALLOUT. (1958) (0)
CHEMISTRY AND BIOLOGY (1977) (0)
Radiocarbon dating. (1961) (0)
Effect of Hydrocarbons at Low Temperatures on Slow Neutrons (1936) (0)
Radioactive fallout and medicine. (1959) (0)
Negative-Pion Activation of Silver (1956) (0)
Uranium and Atomic Power . Jack De Ment and H. C. Dake. Brooklyn: Chemical Publishing Co., 1945. Pp. x + 343. $4.00. (1946) (0)
ION MOLECULE PLASMA CHEMISTRY IN REDUCING PLANETARY ATMOSPHERES (1976) (0)
Response : Ice on Venus: Can It Exist? (1968) (0)
Institutes of the University of Chicago: Institute for Nuclear Studies, Institute for the Study of Metals, Institute of Radiobiology and biophysics. (1951) (0)
Radiochemistry, hot atoms & physical chemistry (1981) (0)
Nuclear Energy—Some New Aspects (1959) (0)
Why is the moon grey? (1973) (0)
NASA supported research programs (1975) (0)
EDITORIAL: Man's Place in the Physical Universe (1966) (0)
New Applications for Plowshare and its Future (1967) (0)
Solar system physics & chemistry ; and, Papers for the public (1981) (0)
Radiocarbon Dating (1959) (0)
Developments in the peacetime uses of atomic energy (1959) (0)
Absorption and Scattering of Neutrons (1935) (0)
Life on Jupiter. [terrestrial type life possibilities (1974) (0)
THE LOW TEMPERATURE CHEMISTRY OF HIGH TEMPERATURE MOLECULES (1969) (0)
FALLOUT HELPS WEATHER STUDIES (1958) (0)
The Production and Properties of Low Temperature Neutrons (1937) (0)
AFOSR Program in Space Chemistry at UCLA. The Chemistry of Materials Under Extreme Conditions Including Ionizing Radiation, High Vacuum, High Pressure, and High Temperature (1971) (0)
Lunar Sample and Crustal Magnetization and Early Heat Sources in the Solar System (1980) (0)
Comparison of magnetospheres and radio emissions of Jupiter with earth (1975) (0)
THE ENVIRONMENT DOCTOR (1971) (0)

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