Thorfin R. Hogness

Thorfin R. Hogness's AcademicInfluence.com Rankings

Thorfin R. Hogness

Chemistry

#5167

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chemistry Degrees

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Chemistry

Thorfin R. Hogness's Degrees

PhD Chemistry University of Chicago
Bachelors Chemistry University of Chicago

Why Is Thorfin R. Hogness Influential?

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According to Wikipedia, Thorfin Rusten Hogness was a physical chemist, director of plutonium research for the Manhattan Project, and, after WW II, an advocate of "international control of nuclear energy". Biography Hogness graduated from the University of Minnesota with a B.S. in 1918 in chemistry and a Ch.E. degree in 1919 in chemical engineering. He received in 1921 a Ph.D. in physical chemistry from the University of California, Berkeley . His Ph.D. thesis is entitled The surface tensions and densities of liquid mercury, cadmium, zinc, lead, tin and bismuth. From 1921 to 1930 he was a faculty member at UC Berkeley, except for a leave of absence from 1926 to 1927 when he had a research fellowship at the University of Göttingen. In the chemistry department of the University of Chicago he became in 1930 an associate professor and in 1938 a full professor.

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Thorfin R. Hogness'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

The Ionization of Hydrogen by Electron Impact as Interpreted by Positive Ray Analysis (1925) (143)
Photoelectric Spectrophotometry. An Apparatus for the Ultra-violet and Visible Spectral Regions: Its Construction, Calibration, and Application to Chemical Problems (1937) (102)
CYTOCHROME C PEROXIDASE (1940) (91)
The enzymatic reduction of cytochrome c. Cytochrome c reductase. (1940) (90)
The Thermal Decomposition of Silane (1936) (81)
THE SURFACE TENSIONS AND DENSITIES OF LIQUID MERCURY, CADMIUM, ZINC, LEAD, TIN AND BISMUTH. (1921) (78)
Atomic Energy (1947) (73)
THE SALT EFFECT ON THE HEMOGLOBIN-OXYGEN EQUILIBRIUM (1938) (65)
THE PROMOTING EFFECT OF ALUMINUM, CHROMIUM, AND THE RARE EARTHS IN THE SUCCINIC DEHYDROGENASE-CYTOCHROME SYSTEM (1939) (49)
THE CYTOCHROME C-CYTOCHROME OXIDASE COMPLEX (1938) (48)
The Ionization Processes of Iodine Interpreted by the Mass-Spectrograph (1928) (48)
CYTOCHROME C PEROXIDASE II. THE PEROXIDASE-HYDROGEN PEROXIDE COMPLEX (1942) (42)
CYTOCHROME REDUCTASE II. IMPROVED METHOD OF ISOLATION; INHIBITION AND INACTIVATION; REACTION WITH OXYGEN (1942) (34)
THE RÔLE OF THE CYTOCHROMES IN THE ACTION OF "INDOPHENOL OXIDASE" (1938) (34)
CYANIDE HEMOCHROMOGEN THE FERRIHEME HYDROXIDE-CYANIDE REACTION: ITS MECHANISM AND EQUILIBRIUM AS DETERMINED BY THE SPECTROPHOTOELECTRIC METHOD (1937) (31)
Qualitative analysis and chemical equilibrium (1940) (31)
THE SPECTROPHOTOMETRIC DETERMINATION OF THE EQUILIBRIUM IN OXIDATION-REDUCTION SYSTEMS; THE POTENTIAL OF CYTOCHROME C (1938) (23)
The Diffusion of Gases through Fused Quartz (1931) (22)
The Precision and Accuracy of a Photoelectric Method for Comparison of the Low Light Intensities Involved in Measurement of Absorption and Fluorescence Spectra. (1933) (21)
THE PHOTOCHEMICAL POLYMERIZATION OF CYANOGEN (1932) (18)
THE PREPARATION OF HYDROGEN COMPOUNDS OF SILICON (1934) (17)
THE SPECTROSCOPIC DETERMINATION OF CYTOCHROME C AND ITS DISTRIBUTION IN SOME MAMMALIAN TISSUES A CORRECTION (1939) (16)
THE ABSORPTION SPECTRA OF COMPOUNDS RELATED TO THE STEROLS (1937) (16)
The Positive Ray Analysis of Nitric Oxide and Collisions of the Second Kind (1927) (14)
THE CATALYTIC DECOMPOSITION OF GERMANE (1932) (11)
NOTE ON THE PREPARATION AND PROPERTIES OF HEMOGLOBIN (1939) (11)
The Ionization of Carbon Monoxide by Controlled Electron Impact, Interpreted by the Mass Spectrograph (1928) (10)
SOLUBLE CYTOCHROME C OXIDASE (1939) (10)
MICRODETERMINATION OF TRIPHOSPHOPYRIDINE NUCLEOTIDE (1942) (8)
THE ENZYMATIC LINK BETWEEN DIHYDRO-DIPHOSPHOPYRIDINE NUCLEOTIDE AND CYTOCHROME C. (1941) (8)
Products and Processes of Ionization in Methyl Chloride as Determined by a Mass Spectrometer (1935) (7)
THE ENZYMATIC REDUCTION OF CYTOCHROME C; A NEW ENZYME (1939) (6)
THE HEMOGLOBIN-OXYGEN EQUILIBRIUM (1939) (6)
An introduction to qualitative analysis (1957) (6)
The Ionization Potentials of Hydrogen as Interpreted by Positive Ray Analysis. (1924) (5)
The Para‐Ortho Hydrogen Conversion by the Hydrogen Iodide Reaction and by Iodine Atoms (1934) (4)
SOLUBILITY. IX. METALLIC SOLUTIONS (1923) (2)
CYTOCHROME B2. (1942) (1)
Isotopes of Neon (1928) (1)
SPECTROSCOPIC EVIDENCE FOR THE EXISTENCE OF CARBOXYCYTOCHROME C (1938) (1)
Ionic equilibrium as applied to qualitative analysis (1941) (1)
Orthohydrogen, Parahydrogen and Heavy Hydrogen (Farkas, Adalbert) (1936) (1)
Nuclear fission-a source of competitive energy (1949) (0)
The Aliphatic Free Radicals (Rice, F. O.; Rice, K. K.) (1935) (0)
How's Your Atomic Vocabulary (1948) (0)
A Search for Evidence of the Radioactive Decomposition of Barium. (1932) (0)
Summary report for March, 1946 (1976) (0)
Atomic Research May Solve Important Oil Problems (1948) (0)
A Policy for Survival (1948) (0)
Cytochrome B 2 (1942) (0)
Letter from T. R. Hogness to Joshua Lederberg (1949) (0)
Every Life Process Governed by Enzymes and Vitamins (1941) (0)
Elementary Principles in Physical Chemistry. By T. J. Webb. (1935) (0)
Institutes of the University of Chicago: Institute for Nuclear Studies, Institute for the Study of Metals, Institute of Radiobiology and biophysics. (1951) (0)
Physical Chemistry. By Frank H. MacDougall. (1935) (0)

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