Abstract
The data on the influence of an applied electric field (field dependence) on the mobility of holes in molecularly doped polycarbonate samples prepared at Eastman Kodak laboratories and at the Institute of Physical Chemistry and Electrochemistry, Russian Academy of Sciences, were compared. The results were generally close (the dispersive transport and almost coinciding mobilities in medium fields), but, at high fields, substantial differences in the field dependence were observed. This is at variance with the almost universal applicability of the Pool-Frenkel law reported in the literature.
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