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Solution density-of-states functions

The cycle is closed in step 4 as Rd(ox) relaxes to Rd(Rd), releasing work Clearly Rd -4ox= ox + Rd- The quantities A and Aqx are the reorganisation energies of Rd and Ox, i.e., the work that must be done to transform the nuclear arrangement in and around equilibrated Rd to that of equilibrated Ox, and vice versa. These two reorganisation energies are not necessarily the same. [Pg.265]

Since and Aqx are usually not known individually (nor can different values be accommodated within classical Marcus theoiy), their symmetrised value [Pg.266]


The gaussian form of the solution density-of-states functions is explained in Appendix 4A. [Pg.252]


See other pages where Solution density-of-states functions is mentioned: [Pg.259]    [Pg.265]   


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Density of states

Density of states function

Function of state

Functional state

Functions state function

Solute density

Solute function

Solution state

Solutions density

State density

State functions

States of solution

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