Abstract
The photoconductivities of double-layered photoreceptors, containing copper phthalocyanine (CuPC) and other phthalocyanines as charge generator, and polyvinylcarbazole (PVK) as charge transporter, were studied. The results show an increased photoconductivity for CuPcAlClPc, CuPcNdPc and CuPcMnPc compared with the pure phthalocyanines, but a decreased photoconductivity for CuPcInClPc. In these composites, polymorphic transformation of CuPc occurs and its molecular interact changes.
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