Chemical and Electrochemical Electron-Transfer Theory

Теория химического и электрохимического переноса электронов
R. A. Marcus
1964-10-01

chemical and electrochemical systemselectron-transfer reactionsoxidation-reduction processesquantitative correlationsreaction kinetics
One of the active areas in reaction kinetics during the post-war years has \nbeen that of electron-transfer reactions. These reactions constitute one type \nof oxidation-reduction process and include both chemical and electrochemical \nsystems. Many rate constants have now been measured (1-8) and \nthey have stimulated a variety of theoretical studies (9-37). The field has \nbeen characterized by a strong interplay of theory and experiment, which \nnow includes the testing of theoretically predicted quantitative correlations \n(34). Because of a certain unique feature of the purely electron-transfer \nreactions--the absence of bond rupture in the reaction step--these correlations \nare unusual. They do not have the arbitrary parameters that occur \nin theoretical studies of most other reactions in chemical kinetics. This review \nwill be limited to purely electron transfer reactions.
1
Electron-transfer reactions are a major area of reaction kinetics encompassing both chemical and electrochemical systems.
2
Extensive measured rate constants have stimulated diverse theoretical studies and a strong theory–experiment interaction.
3
Purely electron-transfer reactions uniquely lack bond rupture during the reaction step, enabling correlations without arbitrary parameters common in other kinetic theories.
4
The field includes tests of theoretically predicted quantitative correlations between electron-transfer reaction parameters.
5
The review focuses exclusively on purely electron-transfer reactions.

Purely chemical and electrochemical electron-transfer reactions

Reaction kinetics and theoretical quantitative correlations of electron-transfer processes without bond rupture

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1964-10-01
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R. A. Marcus
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