PB67 液晶溶媒中で成長させた可溶性有機半導体単結晶の光学異方性(分子配向エレクトロニクス,ポスター発表,2015年日本液晶学会討論会)

抄録

It is necessary to develop a flexible organic transistor with high mobility to realize a flexible display with high image quality. Thus far, we have clarified that it is possible to control the crystalline orientation of the organic semiconductor by growing soluble high-mobility organic semiconductor single crystals in the aligned liquid crystal solvents. In this study, we considered the single crystal molecular arrangement by evaluating the refractive index anisotropy for visible light and the absorption anisotropy for polarized ultraviolet light in the single crystal films formed by the liquid crystal solvent method.