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CHEM01200604009 Sreejith Kaniyankandy - Homi Bhabha ...

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31<br />

1 f q<br />

2<br />

A qB<br />

(1.30)<br />

2<br />

In equation above is called the reorganization energy. As discussed earlier reorganization<br />

energy has components of both solvation and vibration and can be written as,<br />

<br />

(1.31)<br />

s<br />

v<br />

V B<br />

G<br />

V A<br />

q B0<br />

λ<br />

ΔG *<br />

ΔG 0<br />

q A0<br />

q C<br />

Reaction Coordinate<br />

Figure 1. 13. Reactant and Product Potential Energy Surfaces for weak interaction. A= Reactant,<br />

B=Product, q A0 =Reactant Equilibrium Position, q B0 =Product Equilibrium Position<br />

Solvation reorganization energy was obtained by Marcus by assuming solvent as a<br />

dielectric continuum.<br />

2 1 1 1 1 1 <br />

s<br />

e<br />

<br />

2a1 2a2 R<br />

0<br />

<br />

(1.31)

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