逆ねじれネマティック液晶ディスプレイの高分子壁安定化とその電気光学特性への影響

抄録

In this study we carefully examine the method of polymer-wall stabilization of the Reverse Twisted Nematic (RTN) LCD. We optimized the photomask used for UV irradiation and found the lowest concentration of UV curable LC monomers enough to form a rigid polymer wall inside the LC host. Then we finally succeeded in fabricating the polymer-wall stabilized RTN-LCDs. The retention time of the RTN LC configuration is exte nded to over a month and a half.