對掌性垂直配列液晶在半穿透半反射液晶顯示器之應用

Abstract

本篇論文基礎架構為利用對掌性垂直配列液晶去製造半穿透半反射式液晶顯示器。利用模擬軟體DIMOS 1.D，藉由調變會影響液晶顯示器光學表現的各種參數，進而達到T-V與R-V 光電曲線（光強度對應電壓曲線圖）的匹配。達成這個光電曲線匹配的過程中，我們也同時使用了反對掌性液晶模態去完成設計。最後我們也會討論其反應時間，視角以及如何利用非摩擦配向方法（如：光配向，電漿束配向等）去實現設計。

This thesis is based on the use of Chiral Vertical Aligned liquid crystal mode to produce single-cell-gap Transflective LCDs. By using the software DIMOS, we simulate the LCD optical performances with various adjustable parameters in order to find the best matched T-V and R-V electro-optic curves（Intensity v.s Voltage curve）.This matching process also involves the use of reverse-handed Chiral Vertical Aligned liquid crystals. Response time, viewing angle and the possibility of realizing the designs by using non-contact alignment technology, such as photo-alignment and plasma beam-alignment etc, will also be discussed.