2012
DOI: 10.2352/j.imagingsci.technol.12.56.6.060501
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Investigations of Charge Migration and Charge Trapping in Fatigued Organic Photoconductors

Abstract: This article presents the experimental photodischarge kinetics of electrostatically fatigued dual-layer organic photoconductors characterized by an electrophotographic incremental charging technique that reveals the differences in the photoconductor charging profiles. During normal operation, 15% of the holes that migrate to the surface after photodischarge are not neutralized by the negative surface ions. The accumulation of these lingering surface charges (charge transport material radical cations) manifests… Show more

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