Frederick Kaufman

Frederick Kaufman's AcademicInfluence.com Rankings

Frederick Kaufman

Chemistry

#4580

Historical Rank

Organic Chemistry

#648

Historical Rank

chemistry Degrees

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Chemistry

Frederick Kaufman's Degrees

Bachelors Chemistry University of California, Berkeley
PhD Chemistry Stanford University

Why Is Frederick Kaufman Influential?

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According to Wikipedia, Frederick Kaufman was an Austrian-born American chemist. Kaufman was most notable for his research work which led to a ban on the use of chloro-fluorocarbon aerosol propellants in the United States. Kaufman was director of the University of Pittsburgh's Space Research Coordination Center, and a member of the National Academy of Sciences, president of the Combustion Institute. He served on various committees of the National Academy of Sciences, NASA, AFOSR, National Science Foundation, and National Research Council. He was also president of Space Research Coordination Center. The National Academies Press called Kaufman "a leader in the field of gas-phase chemical kinetics and its application to the understanding of atmospheric and combustion processes".

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Frederick Kaufman'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

Reactions of Metastable Nitrogen Atoms (1971) (248)
Oxygen quenching of aromatic triplet states in solution. Part 1 (1973) (185)
The air afterglow and its use in the study of some reactions of atomic oxygen (1958) (181)
Kinetics of elementary radical reactions in the gas phase (1984) (113)
Lifetime and reactions of OH radicals in discharge-flow systems (1962) (105)
Gas phase recombination of hydrogen and deuterium atoms. Ph.D. Thesis (1973) (99)
Kinetics of the isotope exchange reaction of 18O with NO and O2 at 298 K (1985) (97)
Quenching of NO2 Fluorescence (1966) (91)
Neutral reactions involving hydrogen and other minor constituents (1969) (91)
Vibrationally Excited Ground‐State Nitrogen in Active Nitrogen (1958) (83)
Thermal Decomposition of Nitric Oxide (1955) (83)
Fluorescence lifetime studies of NO2. I. Excitation of the perturbed 2B2 state near 600 nm (1977) (78)
Gas phase recombination of OH with NO and NO2 (1974) (77)
Kinetics and Mechanism of NO2 Fluorescence (1971) (76)
Product Channels of the N2 (A3Σ+u) + O2 interaction (1982) (74)
Kinetics and Mechanism of the Formation of Water Cluster Ions from O2+ and H2O (1972) (73)
Kinetics of the reaction of hydroxyl radical with methane and with nine chlorine- and fluorine-substituted methanes. 1. Experimental results, comparisons, and applications (1982) (71)
Excitation of Nitric Oxide by Active Nitrogen (1957) (69)
M Effect in the Gas‐Phase Recombination of O with O2 (1967) (66)
Fluorescence lifetime studies of NO2. III. Mechanism of fluorescence quenching (1979) (66)
Kinetics and product channels of the reactions of perhydroxyl with oxygen and hydrogen atoms at 296 K (1982) (65)
Gas Phase Kinetics of H+H+H2→2H2 (1970) (61)
Experimental Oscillator Strength of OH, 2Σ+→2Π, by a Chemical Method (1963) (61)
Air Afterglow and Kinetics of Some Reactions of Atomic Oxygen (1958) (58)
Oscillator Strength of the Resonance Transitions of Ground‐State N and O (1970) (55)
Determination of Ground‐State O, N, and H by Light Absorption and Measurement of Oscillator Strengths (1965) (54)
Water Cluster Formation Rates of NO+ in He, Ar, N2, and O2 at 296°K (1971) (53)
Kinetics of the reaction OH + NO2 + M → HNO3 + M (1972) (52)
Role of Nitric Oxide in the Thermal Decomposition of Nitrous Oxide (1956) (51)
Gas‐Phase Reaction Rates of Some Positive Ions with Water at 296°K (1970) (51)
Kinetics of the reaction OH (v = 0) + O3 → HO2 + O2 (1973) (51)
Fluorescence lifetime studies of NO2. II. Dependence of the perturbed 2B2 state lifetimes on excitation energy (1978) (50)
Catalytic Effects in the Dissociation of Oxygen in Microwave Discharges (1960) (49)
Elementary Gas Reactions (1969) (48)
Kinetics of the reaction OH+H2O2→HO2+H2O (1980) (47)
Quenching of aromatic triplet states in solution by nitric oxide and other free radicals (1973) (46)
Kinetics of the reaction Cl + CH4 → CH3+ HCl from 200° to 500deg;K (1978) (45)
Kinetic studies of the reactions of atomic fluorine and hydroxyl radical with methanol (1989) (45)
Rate constants for electronic quenching of N2(A 3Σ+u, v=0–6) by O2, NO, CO, N2O, and C2H4 (1987) (45)
Rate constants of the reactions of metastable N2(A 3Σ+u) in v=0, 1, 2, and 3 with ground state O2 and O (1985) (43)
Absolute rate constant for the O + NO chemiluminescence in the near infrared (1973) (42)
Rate constant of the reaction O + 2O2→ O3+ O2 (1964) (41)
Rates of some reactions of N(2D and 2P) near 300 K (1980) (41)
The reaction of OH with CH4 (1974) (40)
Kinetics of the reaction Cl + O3 → ClO + O2 (1976) (40)
Vibrational relaxation of highly excited diatomics. IV. HF(v=1–7) + CO2, N2O, and HF (1983) (39)
Oxygen quenching of aromatic triplet states in solution. Part 2 (1973) (39)
Kinetics of the reactions of hydroxyl with ethane, 1,1,1-trichloroethane, 1,1,2-trichloroethane, 1,1-difluoro-1,2-dichloroethane, and 1,1,1,2-tetrafluoroethane (1984) (37)
Vibrational relaxation of highly excited diatomics. III. HF(v = 5, 6, 7)+H2, D2, N2, HF, CO2, N2O, CH4, and C2H6 (1982) (37)
Kinetics of the reactions of ClO with O and with NO (1977) (37)
Kinetics of the reactions of hydroxyl radicals with some halocarbons: CHFCl2, CHF2Cl, CH3CCl3, C2HCl3, and C2Cl4 (1977) (36)
Chlorine nitrate: Kinetics of formation by ClO+NO2+M and of reaction with OH (1977) (36)
OSCILLATOR STRENGTH OF THE RESONANCE TRIPLET OF ATOMIC OXYGEN. (1967) (36)
FAST REACTIONS OF OH RADICALS (1963) (36)
Rate constant of the reaction HO2+ClO→HOCl+O2 (1978) (35)
Kinetics of the O + O3 Reaction (1972) (34)
Kinetics of the reaction of CH3O with NO2 (1985) (33)
Rate constant of the hydroxyl + perhydroxyl (HO2) reaction from 252 to 420 K (1984) (33)
Primary products of the O+C2H4 reaction (1983) (32)
Rate constants for hydrogen atom + oxygen + M from 298 to 639 K for M = helium nitrogen and water (1989) (32)
Detailed course of the O + HO2 reaction (1985) (31)
Formation, Lifetime, and Decay of OH Radicals in Discharge‐Flow Systems (1961) (31)
Radiative lifetime and collisional quenching of NO2 flourescence and nature of the air afterglow (1968) (30)
Sources of error in using resonance light absorption to measure atomic concentrations (1970) (26)
Rates of the reactions of 111‐trichloroethane (methyl chloroform) and 112‐trichloroethane with OH (1979) (26)
Upper bound and probable value of the rate constant of the reaction hydroxyl + hydroperoxo .fwdarw. water + oxygen (1978) (26)
Flowing afterglow studies of hydronium ion clustering including diffusion effects (1976) (25)
Kinetics of Thermal Gas Reactions with Application to Stratospheric Chemistry (1979) (25)
Kinetics of the reaction OH + D → OD + H (1975) (24)
The production of atoms and simple radicals in glow discharges (1967) (22)
Kinetics of the reaction of hydroxyl radical with methane and with nine chlorine- and fluorine-substituted methanes. 2. Calculation of rate parameters as a test of transition-state theory (1982) (22)
Rate constants for the reaction of nitrogen (A3.SIGMA.u+, v = 0,1, and 2) with oxygen (1981) (22)
N2O Bond Dissociation Energy (1967) (22)
The Electrolytic Reduction of Simple Nitrate Esters1 (1952) (22)
Vibrational emission of NO2 from the reaction of NO with O3 (1974) (21)
Kinetics of the reaction OH + HO2 .fwdarw. H2O + O2 (1981) (20)
Fluorescence lifetime studies of NO2. IV. Temperature dependence of fluorescence spectra and of collisional quenching of fluorescence (1980) (20)
Halogen Catalyzed Decomposition of Nitrous Oxide (1956) (20)
Vibrational relaxation of highly excited diatomics. II. HCl(v⩽7)+20 quenchers (1982) (20)
Effect of oxygen on thermal decomposition of nitric oxide at high temperatures (1958) (20)
Interferometric study of the chemiluminescent excitation of sodium by active nitrogen (1972) (19)
Gas phase hydrogen atom recombination (1975) (19)
Vibrational relaxation of highly excited diatomics. I. Method, analysis, and application to HCl(v≤7)+CO2 and N2O (1982) (19)
Rate constants for atomic hydrogen + oxygen + M at 298 K for M = helium, nitrogen, and water (1987) (19)
Vibrational relaxation of N2(A3Σu+,υ = 1, 2,3) by CH4 and CF4 (1983) (18)
Characteristics of O(I) and N(I) resonance line broadening in low pressure helium discharge lamps (1977) (18)
Kinetics of the reactions of N2H+, N4+, and N3+ with H2O in the gas phase (1974) (17)
Mechanism of NO2 fluorescence quenching (1977) (17)
Re‐evaluation of the BEBO method (1975) (17)
Measurement of ortho–para ratio in gas phase hydrogen atom recombination (1976) (16)
Chemical kinetics and combustion: Intricate paths and simple steps (1983) (16)
Vibrational relaxation of highly excited diatomics. VI. DF(9≤v≤12)+N2, CO, CO2, and N2O and HF(v=5–7)+CO (1984) (16)
Evaluation of the R-B system for the identification of enterobacteriacease. (1970) (15)
Study of combustion experiments in space (1974) (15)
Origin of Afterglows in Mixtures of Nitrogen and Oxygen (1958) (15)
The air afterglow revisited (1973) (14)
Upper limits of the rate constants for the reactions of CFCl3(F-11), CF2Cl2(F-12), and N2O with OH. Estimates of corresponding lower limits to their tropospheric lifetimes (1977) (14)
Vibrational relaxation of highly excited diatomics. V. The V–V channel in HF(v)+HF(0) collisions (1983) (13)
Hydrogen Chemistry: Perspective on Experiment and Theory (1975) (13)
Rate Constant of the Reaction O+2O2→O3+O2 (1964) (13)
Kinetics of the reactions of CH3O and CD3O with NO (1990) (13)
The thermal rate constant of elementary reactions: Does specificity of energy disposal require a concomitant lowering of its magnitude?☆ (1978) (11)
Reaction between Nitric and Nitrous Oxide (1955) (11)
Vibrational relaxation of highly excited diatomics. VII. DF(v=9–12) and HF(v=5–7)+HF(v=0), DF(v=0) in all combinations (1984) (11)
Calculation and use of total collision rates in thermal systems (1987) (11)
Reactions of atomic oxygen and atomic nitrogen with oxides of nitrogen (1958) (10)
The explosive decomposition of azomethane (1965) (9)
Kinetics of polyatomic radical reactions using a versatile flow reactor apparatus (1984) (9)
Kinetics of Decomposition of Nitric Oxide (1953) (9)
Rates of elementary reactions: measurement and applications. (1985) (8)
THE KINETICS OF THE CARBON MONOXIDE FLAME BANDS (1963) (8)
Symposium on Current Status of Kinetics of Elementary Gas Reactions: Predictive Power of Theory and Accuracy of Measurement (1979) (8)
Kinetic Studies of the Reactions of F and OH with CH3OH (1989) (7)
Aromatic Substitution. II. The Acid Cleavage of Diphenylmercury1 (1955) (7)
Studies of Atomic Recombination of Nitrogen, Hydrogen, and Oxygen by Paramagnetic Resonance (1963) (6)
The reaction of CO2 with active nitrogen (1976) (6)
Reply to Comment on ’’Mechanism of NO2 fluorescence quenching’’ (1978) (6)
Flow tube measurement of the rate constants of the N(2D, 2P, and 4S) + Cl2 reactions (1979) (5)
Electronic Controlled-Potential Reduction or Oxidation Apparatus (1954) (4)
Kinetics of the reaction OH + HNO3 yields H2O + NO3 (1975) (4)
Upper bound and probable value of the rate constant of the reaction OH + HO2 yields H2O + O2 (1978) (3)
KINETICS OF THE REACTION OH + HO2 → H2O + O2 (1982) (3)
Apollo‐Soyuz O(³P) and N(4S) density measurement by UV spectroscopy (1977) (3)
Rate Constants for H + O2 + M at 298 K for M: He, N2, and H2O (1987) (2)
Model predictions of ozone changes (1985) (2)
High-temperature gas kinetics with the use of the logarithmic photometer (1961) (2)
Experimental studies of thermal explosions and of moderately fast reactions (1961) (2)
Rate Constants for H + O2 + M from 298 to 639 K for M: He, N2, and H2O. (1989) (1)
Erratum: Water Cluster Formation Rates of NO+ in He, Ar, N2, and O2 at 296°K (1972) (1)
Kinetics and mechanism of the formation of water cluster ions from O2(plus) and H2O in He, Ar, N2, and O2 at 296 K. Ph.D. Thesis (1972) (1)
Rates of the reactions of 1, 1, 1-trichloroethane /methyl chloroform/ and 1, 1, 2-trichloroethane with OH. [in atmosphere] (1979) (1)
Catalytic dissociative reactions in electrical discharges (1961) (1)
LABORATORY STUDIES OF UPPER ATMOSPHERE CHEMICAL REACTIONS (1962) (0)
Rate constant of the reaction HO2 + ClO yields HOCl + O2 (1978) (0)
Measurement of Rate Constants of Elementary Gas-Reactions of Importance to Upper Atmosphere and Combustion Systems. (1985) (0)
Flow Reactor Studies Over Wide Temperature and Pressure Ranges of Atom and Radical Reaction Rates Important in Ignition and Combustion. (1985) (0)
THE PRESSURE DEPENDENCE OF THE $NO_{2}$ FLUORESCENCE SPECTRUM (1977) (0)
Chemical Reactions, Radiative and Energy Transfer Processes of Important Atmospheric Species. (1980) (0)
REACTIONS WITH APPLICATION TO STRATOSPHERIC CHEMISTRY (1979) (0)
Laboratory kinetic studies of reactions of atmospheric interest using resonance fluorescence spectroscopy (1976) (0)
Ultraviolet absorption: Experiment MA-059 (1976) (0)
Kinetics of the reaction OH (v equals 0) plus O3 yields HO2 plus O2 (1973) (0)
The 1976 Reports of the National Academy of Sciences on the Chlorofluorocarbon-Ozone Problem (1977) (0)
Kinetics of the reaction OH + D yields OD + H. [astrophysical implications] (1975) (0)
Vibrational relaxation of highly excited diatomics. III. HF(v = 5, 6, 7)+H/sub 2/, D/sub 2/, N/sub 2/, HF, CO/sub 2/, N/sub 2/O, CH/sub 4/, and C/sub 2/H/sub 6/ (1982) (0)
Hydrogen chemistry - Perspective on experiment and theory. [atmospheric chemistry] (1975) (0)
Research on the Chemical Reactions of Metastable Atmospheric Gas Species. (1973) (0)
Measurement of the rate constant for the NO+HO2 yields OH+NO2 reaction using laser magnetic resonance (1978) (0)
The O(3P) and N(4S) density measurement at 225 km by ultraviolet absorption and fluorescence in the Apollo-Soyuz test project (1976) (0)
Kinetics of the reaction OH + H2O2 yields HO2 + H2O (1980) (0)
LASER EXCITED N0$_{2}$ FLUORESCENCE LIFETIMES IN THE 571-612 nm REGION (1976) (0)
Ultraviolet absorption: Experiment MA-059. [measurement of atmospheric species concentrations (1977) (0)
Elementary Atmospheric Reactions: Laboratory Measurements and Their Interpretation (1980) (0)
Kinetics of the reaction OH + HO2 yields H2O + O2 at 296 K (1981) (0)
RESEARCH DIRECTED TOWARD THE STUDY OF CHEMICAL REACTIONS OF EXCITED ATMOSPHERIC SPECIES. (1968) (0)
Laser studies of atmospheric reactions (1981) (0)
Ionic and Neutral Reactions Relevant to Communications and Ionospheric Processes. (1977) (0)
Progress and Prospect in Elementary Reaction Kinetics/Dynamics of Polyatomics (1982) (0)
Laboratory studies of the kinetics of tropospheric and stratospheric atom and radical reactions using resonance fluorescence detection (1980) (0)
Kinetics of the O plus O3 reaction. Ph.D. Thesis (1971) (0)

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