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Liquid crystal alignment effects for the photo-aligned VA-LCD on the photo-polymer
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  • Liquid crystal alignment effects for the photo-aligned VA-LCD on the photo-polymer
  • Liquid crystal alignment effects for the photo-aligned VA-LCD on the photo-polymer
저자명
Hwang. Jeoung-Yeon,Seo. Dae-Shik,Hahn. Eun-Joo,Kim. Jae-Hyung
간행물명
Transactions on electrical and electronic materials
권/호정보
2000년|1권 3호|pp.10-13 (4 pages)
발행정보
한국전기전자재료학회
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정기간행물|ENG|
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이 논문은 한국과학기술정보연구원과 논문 연계를 통해 무료로 제공되는 원문입니다.
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기타언어초록

In this study the new photo-alignment material copoly(PM4Ch-ChMa)(copoly (poly (4-methancryloyloxy)chalcone-cholesteryl methacry late)) was synthesized, Also, the liquid crystal (LC) aligning capabilities and the electro-optical(EO) characteristics for the photo-aligned vertical-aligned(VA)-LC display(LCD) were studied. The monodomain alignment of the NLC for the photo-aligned VA-LCD by linearly polarized UB exposure on the Photo-dimerized copoly(PM4Ch-ChMA) surface was observed,. Excellent Voltage-transmittance characteristics for the VA-LCD photo-aligned by polarized UV exposure on the copoly (PM4Ch-ChMA) surfaces for 1 min was achieved. The response time of the VA-LCD photo-aligned by polarized UV exposure on the copoly (PM4Ch-ChMA) surfaces for 1 min was 39.3 ms, We suggest that the photo-dimerized chacone group increased with increasing UV exposure time, which then contributes to a low response time of the photo-aligned VA-LCD on the copoly (PM4Ch-ChMA) surfaces.