有機半導体性液晶試料のUV固化と高移動度化に向けた基礎検討

抄録

Organic semiconductor has various advantages compared to inorganic one. It's easy to manufacturing, has good toughness and lightness. However, practical use is difficult because of low mobility of career. Career moves through aromatic rings in organic compound. Therefore high molecular orientation order enhances mobility of organic semiconductor. We focus on organic semiconductor liquid crystal. We aim to make high mobility solid sample that has high uniform orientation, using control of molecular order by liquid crystal. We measure mobility of them by TOF(Time of Flight) measurement and evaluate.