G. B. Skinner

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Survey of Recent Research on Flame Extinguishment

G. B. Skinner, 1962 .

FLAME SPEED DATA REDUCTION AND CORRELATION USING A DIGITAL COMPUTER

G. B. Skinner, G. H. Ringrose, D. R. Miller, 1963 .

The use of Television and Motion Pictures in Diagnostic Radiology

G. B. Skinner, R. G. Fraser, 1967 .

Shock-tube investigation of ignition in methane--oxygen--argon mixtures. [Temperature from 1500 to 2150/sup 0/K and pressures of 2 to 10 atm]

G. B. Skinner, A. Burcat, A. Lifshitz, 1971 .

Shock tube investigation of ignition inethane-oxygen-argon mixtures

G. B. Skinner, A. Burcat, K. Scheller, 1971 .

Kinetics of Methane Oxidation

G. B. Skinner, A. Burcat, A. Lifshitz, 1972 .

Resonance absorption measurements of atom concentrations in reacting gas mixtures. VI. Shapes of the vacuum ultraviolet oxygen (3S–3P) resonance triplet from microwave sources and empirical calibration in a shock tube

G. B. Skinner, D. Wood, A. Lifshitz, 1981 .

Effects of various inhibitors on hydrogen-air flame speeds

G. B. Skinner, D. R. Miller, R. L. Evers, 1963 .

Formation of hydrogen and deuterium atoms in pyrolysis of benzene-d6, chlorobenzene, bromobenzene, and iodobenzene behind shock waves

G. B. Skinner, V. Rao, 1988 .

Resonance absorption measurements of atom concentrations in reacting gas mixtures. VIII. Rate constants for O+H2→OH+H and O+D2→OD+D from measurements of O atoms in oxidation of H2 and D2 by N2O

G. B. Skinner, K. M. Pamidimukkala, G. Skinner, 1982 .

A shock tube study of vibrational relaxation of O2 in argon by small amounts of H2 (860–1290 K), D2 (890–1070 K), and He (1000–1500 K)

G. B. Skinner, V. Rao, G. Skinner, 1984 .

Shock-tube studies on the ignition of ethylene-oxygen-argon mixtures

G. B. Skinner, J. Baker, G. Skinner, 1972 .

Shock Tube studies on the Pyrolysis and Oxidation of Methane

G. B. Skinner, R. A. Ruehrwein, G. Skinner, 1959 .

Analytic solutions to sets of first‐order rate equations with up to six rate constants using a symbolic computer language SMP and application to biochemical kinetics

G. B. Skinner, W. Kreye, P. Batra, 1988 .

1 – The Nature of Chemical Kinetics

G. B. Skinner, 1974 .

Collaborative shock tube studies of benzene pyrolysis

G. B. Skinner, J. Kiefer, L. J. Mizerka, 1985 .

Further experiments on pyrolysis of 2,2‐dimethylpropane behind shock waves

G. B. Skinner, V. Rao, 1988 .

Resonance absorption measurements of atom concentrations in reacting gas mixtures 5. Pyrolysis of C3H8 and C3D8 behind shock waves

G. B. Skinner, C. Chiang, 1981 .

4 – Some Typical Gas-phase Reactions

G. B. Skinner, G. Skinner, 1974 .

Formation of hydrogen atoms in pyrolysis of ethylbenzene behind shock waves. Rate constants for the thermal dissociation of the benzyl radical

G. B. Skinner, V. Rao, 1988 .

Ideal Gas Thermodynamic Properties of CH3, CD3, CD4, C2D2, C2D4, C2D6, C2H6, CH3N2CH3, and CD3N2CD3

G. B. Skinner, K. M. Pamidimukkala, D. Rogers, 1982 .

Inhibition of the Hydrogen-Oxygen Reaction by CF3Br and CF2BrCF2Br

G. B. Skinner, 1975 .

Shock-Tube Experiments on Inhibition of the Hydrogen—Oxygen Reaction

G. B. Skinner, G. H. Ringrose, 1965 .

6 – Reactions in Solids and Heterogeneous Systems

G. B. Skinner, 1974 .

Low Temperature Heat Capacities of Inorganic Solids.1 VIII. Heat Capacity of Zirconium from 14 to 300°K.

G. B. Skinner, H. L. Johnston, G. Skinner, 1951 .

Shock tube investigation of ignition in propane--oxygen--argon mixtures. [At temperatures of 1250 to 1600/sup 0/K and pressures from 2 to 10 atm]

G. B. Skinner, A. Burcat, A. Lifshitz, 1970 .

7 – Experimental Methods

G. B. Skinner, 1974 .

Limitations of the Reflected Shock Technique for Studying Fast Chemical Reactions

G. B. Skinner, 1959 .

Formation of hydrogen and deuterium atoms in the pyrolysis of toluene-d8 and toluene-.alpha.,.alpha.,.alpha.-d3 behind shock waves

G. B. Skinner, V. Rao, 1989 .

Study of the high-temperature pyrolysis of propene by determination of H and D atoms formed from partially deuterated propenes heated behind shock waves

G. B. Skinner, V. Rao, 1989 .

Measurement and modeling of nitrogen resonance line profiles from an electrodeless discharge lamp

G. B. Skinner, D. Wood, A. Lifshitz, 1987 .

Resonance absorption measurements of atom concentrations in reacting gas mixtures. II. Calibration of microwave sources over a wide temperature range

G. B. Skinner, D. Wood, A. Lifshitz, 1979 .

Resonance absorption measurements of atom concentrations in reacting gas mixtures. I. Shapes of H and D Lyman‐α lines from microwave sources

G. B. Skinner, D. Wood, A. Lifshitz, 1979 .

Absorption of H and D Ly-α radiation by O2 molecules at high temperatures

G. B. Skinner, C. Chiang, 1980 .

Improved high-intensity microwave discharge lamp for atomic resonance absorption and fluorescence spectrometry.

G. B. Skinner, D. Wood, A. Lifshitz, 1978, Review of Scientific Instruments.

Consistency of theory and experiment in the ethane–methyl radical system

G. B. Skinner, D. Rogers, K. B. Patel, 1981 .

Shock tube experiments on the pyrolysis of deuterium-substituted ethylenes

G. B. Skinner, R. C. Sweet, S. Davis, 1971 .

Formation of H and D atoms in pyrolysis of 1,3‐butadiene and 1,3 butadiene‐1,1,4,4,‐d4 behind shock waves

G. B. Skinner, K. Takeda, V. Rao, 1988 .

Formation of deuterium and hydrogen atoms in the pyrolysis of benzene-d6 and chlorobenzene behind shock waves

G. B. Skinner, V. Rao, 1984 .

RESONANCE ABSORPTION MEASUREMENTS OF ATOM CONCENTRATIONS IN REACTING GAS MIXTURES. 7. PYROLYSIS OF ETHANE AND ETHANE-D6 BEHIND SHOCK WAVES

G. B. Skinner, C. Chiang, 1982 .

High temperature decomposition of ethane

G. B. Skinner, A. Burcat, K. Scheller, 1973 .

SHOCK TUBE EXPERIMENTS ON THE PYROLYSIS OF ETHANE

G. B. Skinner, Edward M. Sokoloski, 1960 .

Thermal reactions of ethane‐d6–acetylene and D2–acetylene mixtures behind shock waves

G. B. Skinner, D. Rogers, 1981 .

The importance of wall cooling in single‐pulse shock‐tube studies

G. B. Skinner, G. Skinner, 1977 .

CONSISTENCY OF THEORY AND EXPERIMENT IN THE ETHANE-METHYL RADICAL SYSTEM

G. B. Skinner, D. Rogers, K. B. Patel, 1981 .

Resonance absorption measurements of atom concentrations in reacting gas mixtures. III. Pyrolysis of CD/sub 4/ behind shock waves

G. B. Skinner, J. Baker, C. Chiang, 1980 .

Formation of H and D Atoms in Pyrolysis of 1,3-Butadiene and 1,3-Butadiene-1,1,4,4,-d4 Behind Shock Waves.

G. B. Skinner, K. Takeda, V. Rao, 1988 .

Reactions of vinyl radicals at high temperatures: pyrolysis of vinyl bromide and vinyl iodide and the reaction H + C/sub 2/D/sub 2/. -->. D + C/sub 2/HD

G. B. Skinner, V. Rao, G. Skinner, 1988 .

Resonance absorption measurements of atom concentrations in reacting gas mixtures. 7. Pyrolysis of C/sub 2/H/sub 6/ and C/sub 2/D/sub 6/ behind shock waves

G. B. Skinner, C. Chiang, 1981 .

Theoretical Rate Constants for the Formation and Decomposition of Chlorinated Ethyl Radicals.

G. B. Skinner, B. Rabinovitch, G. Skinner, 2010 .

THERMAL, STRUCTURAL, ELECTRICAL, MAGNETIC AND OTHER PHYSICAL PROPERTIES OF TITANIUM, ZIRCONIUM, HAFNIUM AND THORIUM AND SOME OF THEIR SIMPLE COMPOUNDS. PART 3 HAFNIUM, ITS OXIDES, HALIDES, CARBIDE, AND THE ALKALINE EARTH HAFNATES. Technical Report No. 102-AC49/2-100-3

G. B. Skinner, H. L. Johnston, C. Beckett, 1950 .

The Vapor Pressure of Inorganic Substances. V. Zirconium between 1949 and 2054°K.1

G. B. Skinner, H. L. Johnston, J. Edwards, 1951 .

Thermal Expansion of Zirconium between 298°K and 1600°K

G. B. Skinner, H. L. Johnston, 1953 .

The System Iron--Tin: Liquidus Only

G. B. Skinner, A. N. Campbell, J. Wood, 1949 .

2 – How Kinetic Results Are Expressed

G. B. Skinner, G. Skinner, 1974 .

Semi-solid Agar Media for Culture and Drug Sensitivity Tests of Tubercle Bacilli from Sputum

G. B. Skinner, R. Knox, 1957, Journal of clinical pathology.

The relationship between airborne bacteria and organisms recovered from children in a burns unit.

G. B. Skinner, E. J. Penikett, R. Knox, 1958, Guy's Hospital reports.

Initiation of detonation by incident shock waves in hydrogen--oxygen--argon mixtures

G. B. Skinner, K. Scheller, U. Grimm, 1968 .

Shock Tube Studies of Ignition of Hydraulic Fluids

G. B. Skinner, 1965 .

Shock-tube studies of fuel-air ignition characteristics. Technical report, 1 April 1964-26 July 1965

A. D. Skinner, G. B. Skinner, D. Zanders, 1965 .

Mechanism and chemical inhibition of the pentaborane oxidation reaction

G. B. Skinner, D. Zanders, A. D. Snyder, 1965 .

Ignition Delays of a Hydrogen—Oxygen—Argon Mixture at Relatively Low Temperatures

G. B. Skinner, G. H. Ringrose, Gordon B. Skinner, 1965 .

3 – Prediction of Reaction Rates

G. B. Skinner, G. Skinner, 1974 .

Resonance absorption measurements of atom concentrations in reacting gas mixtures. 9. Measurements of O atoms in oxidation of H/sub 2/ and D/sub 2/

G. B. Skinner, K. M. Pamidimukkala, 1981 .

Formation of D atoms in the pyrolysis of toluene-d/sub 8/ behind shock waves: kinetics of the reaction C/sub 7/D/sub 8/ + H. -->. C/sub 7/D/sub 7/H + D

G. B. Skinner, V. Rao, 1984 .

Comparisons of the RRK [Rice-Ramsperger-Kassel] and RRKM [Markus-Rice] theories of thermal unimolecular reaction. Energy distributions and the s parameter

G. B. Skinner, B. Rabinovitch, 1972 .