Correlations between reaction exothermicity and product energy partitioning in atom–molecule reactions

Energy Distribution Among Products of Exothermic Reactions. II. Repulsive, Mixed, and Attractive Energy Release

1966 • 386 citations

Energy Distribution Among Reaction Products. VI. F+H2, D2

1972 • 255 citations

Entropy and Chemical Change. II. Analysis of Product Energy Distributions: Temperature and Entropy Deficiency

1972 • 220 citations

Energy Distribution Among Reaction Products. IV. X+HY (X ≡ Cl, Br; Y ≡ Br, I), Cl+DI

1972 • 190 citations

Entropy and Chemical Change. I. Characterization of Product (and Reactant) Energy Distributions in Reactive Molecular Collisions: Information and Entropy Deficiency

1972 • 160 citations

Energy Distribution Among Reaction Products. V. H + X2 (X ≡ Cl, Br), D + Cl2

1972 • 140 citations

A non adiabatic model for population inversion in molecular collisions

1971 • 123 citations

Infrared chemiluminescence and energy partitioning from reactions of fluorine atoms with hydrides of carbon, silicon, oxygen, sulfur, nitrogen, and phosphorus

1973 • 88 citations

Diabatic transition state theory and the concept of temperature

1972 • 74 citations

Infrared chemiluminescence and energy partitioning from the reactions of fluorine atoms with the primary carbon-hydrogen bonds of alkanes, halogenated methanes, and tetramethyl silane

1973 • 72 citations

Energy requirements and energy disposal: Reaction probability matrices and a computational study of a model system

1974 • 57 citations

Product state distribution in chemical reactions: Vibrational temperature and rotational distributions

1973 • 51 citations

Energy Distribution Among Reaction Products: H + SCl_2 → HCl + SCl

1971 • 33 citations

Analysis of energy disposal: thermodynamic aspects of the entropy deficiency of a product state distribution

1973 • 32 citations

Energy Distribution Among Reaction Products III: The Method of Measured Relaxation Applied to H + Cl_2

1971 • 29 citations

Estimate of the stabilization energy of the benzyl radical via HF+ infrared chemiluminescence from C6H5CH3 + F .far. HF+ + C6H5CH2

1974 • 7 citations