2-8b (側鎖型液晶共重合体/低分子液晶) 誘起スメクチック複合系の液晶特性と双安定性光スイッチングメモリー特性に及ぼす側鎖スペーサ長の影響

概要

論文の詳細を見る
Mesomorphic characteristics and bistable electro-optical switching characteristics driven by a.c. electric fields with different frequencies were investigated for the induced smectic (liquid crystalline copolymer with terminal nonpolar groups: LCcoP/low molecular weight nematic liquid crystals with terminal polar groups: nematic LCs) composite systems. The influence of the spacer length of mesogenic side chain in LCcoP on the electro-optical effect for the (LCcoP/LCs) composite systems has been investigated in order to improve the switching speed. The response speed of the binary composite systems became faster with a decrease of the spacer length of mesogenic side groups in LCcoP, maybe due to the change in molecular packing of the smectic phase.
日本液晶学会の論文
1998-10-12