Historical review uncovers the development of electron transfer theory and isotopic exchange experiments in chemical systems, highlighting foundational mechanisms in chemistry and biology.
Since the late 1940s, the field of electron transfer pro- cesses has grown enormously, both in chemistry and biol- ogy. The development of the field, experimentally and theoretically, as well as its relation to the study of other kinds of chemical reactions, represents to us an intrigu- ing history, one in which many threads have been brought together. In this lecture, some history, recent trends, and my own involvement in this research are de- scribed. The early experiments in the electron transfer field were on "isotopic exchange reactions" (self-exchange reactions) and, later, "cross reactions. " These experiments rejected two principal inAuences. One of these was the availability after the Second World War of many radioac- tive isotopes, which permitted the study of a large num- ber of isotopic exchange electron transfer reactions, such as Fe +Fe' ~Fe ++Pe* + Ce ++Ce*"+-+Ce ++Ce* +
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R. A. Marcus (1993) studied this question.
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