Abstract
Optical absorption of e/sub sol//sup -/ and e/sub t//sup -/ produced in ethanol glass in the presence of an applied electric field decreased in intensity compared to that in the absence of the field. This is interpreted as due to a decreased rate of the transition for electrons from a delocalized state to a localized state. The wavelength dependence of the decrease is explained in terms of the density of states of phonons which is responsible for the electron--phonon coupling interaction.
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