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Dive into the research topics where Hugh M. Huffman is active.

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Featured researches published by Hugh M. Huffman.


Journal of Chemical Physics | 1947

The Heat Capacity of Benzene Vapor. The Contribution of Anharmonicity

D. W. Scott; Guy Waddington; J. C. Smith; Hugh M. Huffman

The heat capacity of benzene vapor was measured at two or more pressures at each of five temperatures in the range 68° to 198°C; and values of Cpo, the heat capacity in the ideal gas state, were obtained. By assuming a moderate degree of anharmonicity of the vibrations, it was possible to obtain excellent agreement between values of Cpo calculated statistically from spectroscopic data, and the observed values. An empirical equation for the second virial coefficient of benzene vapor was obtained from the observed values of (∂Cp/∂P)T, and heat of vaporization and vapor pressure data.


Journal of the American Chemical Society | 1954

Low-temperature Thermal Data for the Nine Normal Paraffin Hydrocarbons from Octane to Hexadecane

H. L. Finke; M. E. Gross; Guy Waddington; Hugh M. Huffman


Journal of the American Chemical Society | 1943

Thermal Data. XVII. The Heat Capacity, Entropy, and Free Energy of Formation of Cyclohexane. A New Method of Heat Transfer in Low Temperature Calorimetry

Robert A. Ruehrwein; Hugh M. Huffman


Journal of the American Chemical Society | 1948

The Heat Capacity, Heat of Fusion and Entropy of Benzene1

George D. Oliver; Margaret Eaton; Hugh M. Huffman


Journal of the American Chemical Society | 1949

Thermodynamic properties of thiophene

Guy Waddington; John W. Knowlton; D. W. Scott; George D. Oliver; Samuel S. Todd; Ward N. Hubbard; J. C. Smith; Hugh M. Huffman


Journal of the American Chemical Society | 1946

Low-Temperature Thermal Data on the Five Isomeric Hexanes1

D. R. Douslin; Hugh M. Huffman


Journal of the American Chemical Society | 1930

THERMAL DATA ON ORGANIC COMPOUNDS. VII. THE HEAT CAPACITIES, ENTROPIES AND FREE ENERGIES OF TWELVE AROMATIC HYDROCARBONS1

Hugh M. Huffman; George S. Parks; Albert C. Daniels


Journal of the American Chemical Society | 1950

2,3-dithiabutane: low temperature heat capacity, heat of fusion, heat of vaporization, vapor pressure, entropy, and thermodynamic functions

D. W. Scott; H.L. Finke; Margaret E. Gross; G.B. Guthrie; Hugh M. Huffman


Archive | 1932

The free energies of some organic compounds

George S. Parks; Hugh M. Huffman


Journal of the American Chemical Society | 1930

THERMAL DATA ON ORGANIC COMPOUNDS. VI. THE HEAT CAPACITIES, ENTROPIES AND FREE ENERGIES OF SOME SATURATED, NON-BENZENOID HYDROCARBONS1

George S. Parks; Hugh M. Huffman; S. Benson Thomas

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D. W. Scott

United States Bureau of Mines

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Ward N. Hubbard

Argonne National Laboratory

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J. P. McCullough

United States Bureau of Mines

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Henry Borsook

California Institute of Technology

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J. C. Smith

United States Bureau of Mines

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D. R. Douslin

Massachusetts Institute of Technology

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Guy Waddington

United States Bureau of Mines

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