Abstract
We have investigated the current–voltage characteristics of devices made of poly(methylmethacrylate-co-9-anthracenyl-methylmethacrylate) (10 : 1) sandwiched between aluminium electrodes. We found that the negative charge carrier mobility in this copolymer is equal to 3 × 10—11 cm2/Vs and that the negative charge carrier traps are distributed following an exponential distribution with a characteristic energy of 77 meV.
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