Publication
Chemical Physics Letters
Paper

Dipolar polarization binding energy of TTFTCNQ

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Abstract

The dipolar polarization energy that arises from the electric field induced dipoles at the atomic sites been calculated for TTFTCNQ and found to be 0.091 eV per donor-acceptor pair for the fully charge transferred crystal. This is, therefore, a significant contribution to the binding energy, but is not sufficiently large to account for the existence of the charge transferred ionic ground state of this crystal. © 1977.

Date

15 Aug 1977

Publication

Chemical Physics Letters

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