2B10 液晶性有機半導体を用いた画像記録に液晶配向欠陥が及ぼす影響

概要

論文の詳細を見る
In this report we have demonstrated that camer transport in calamitic liquid crystalline semiconductive materials does not suffer from structural defects even when the thickness of liquid crystalline layer exceed 100 μm. Furthermore, we firstly achieved the image recording with the liquid crystalline semiconductor by utilizing of its superior photo-electrical properties: a 2-phenylnaphthalene was used as a thick photoconductive layer (100pm) between ITO-coated glass substrate and an insulative PET film of 12μm; the photo-induced capacitive image on the PET film was developed with toner as in case of Electrophotography. The resulting defect-free toner image proved that the domain boundary of the polydomain structure does not obstruct the charge transport in the liquid crystalline semiconductor.
日本液晶学会の論文
1999-09-28