液晶（liquid crystals, LCs）在光電元件的應用上，其光學反應時間是一項元件性能之重要參數。在本論文中，我們使用氦氖雷射全息曝光處理液晶盒中之液晶混合物，包括E7液晶、低濃度RM257光聚合物單體，以及紅光起始劑，藉由全息曝光方式使液晶混合物產生網狀聚合物平行於玻璃基板達成類薄膜(Film-like)結構，就如同對液晶層切割，形成數層厚度較小之結構，根據反應時間與液晶層厚度成平方正比的觀念，液晶盒之反應時間將可有效改善。
在相同的曝光角度，曝光時間下，不同的低濃度聚合物單體濃度曝光，都可以對液晶盒達到改善反應速度的效果。從實驗結果顯示，聚合物濃度與液晶反應時間並非線性關係，而是有一個最佳濃度比，幫助我們對液晶盒建立切層結構。

For electro-optical applications with liquid crystal (LC) devices, the parameter of optical response time is a very important role. In study, we use a He-Ne laser holographic exposure to process LC cells filled with mixture of LCs, RM257 of low concentrations and photo initiator. After holographic exposure, the mixture produced polymer network of film-like that parallel with the glass substrate. According to the response time proportional to the thickness of liquid crystal layer squared, they look like cutting multilayer for improving response time.
At the same exposure angle and time, the different low concentrations of polymer can make better response time after exposure. From the experimental results, concentration and response time are nonlinearly related. The best proportion of concentration can help us make dividing liquid crystal layer.

[1] 網路資源
http://www.eizo.com.tw/0722_index.html
[2] Nie, Xiangyi, et al. "Pretilt angle effects on liquid crystal response time.", OSA. Journal of Display Technology 3.3 (2007): 280-283.
[3] K. Nakanishi et al.,”Fast response 15-in XGA TFT-LCD with feed forward driving (FFD) technology for multimedia applications”, SID Digest of Tech. Paper, PP. 488-491,2001.
[4] 松本正一･角田市良合著(2005),“液晶之基礎與應用”,國立編譯館,民國94年8月修訂八版,第四章液晶的光電效果
[5] 游琮宏(2007),”控制混合矽烷鍍膜於玻璃表面產生可調變預傾角的液晶盒之研究”,國立成功大學光電科學與工程研究所碩士論文
[6] Alfred Hagemeyer et al.(1994), “Determination of orientational order parameters in liquid crystals from temperature-dependent NMR Experiments”, J.CHEM. SOC. Faraday Trans, 90(22), p.3433~3442.
[7] Jianshu Cao and B. J. Berne(1993), “Theory of polarizable liquid crystals: Optical birefringence”, J. Chem. Phys, 99 (3), 1 August.
[8] F. C.Frank(1958), “On the theory of liquid crystals”, Faraday Soc., 25, p.19.
[9] J. J. Ge et al.(2001),“Rubbing-induced molecular reorientation on an alignment surface of an aromatic polyimide containing cyanobiphenyl side chains”, J. Am. Chem. SOC. 123, 5678~5776.
[10] 網路資源
http://www.ee-techs.com/lcd/lcm-test.doc
[11] 張仕仁(2011)，”用雙丙烯酸酯薄膜記錄氦氖雷射全像干涉光場光訊息之研究”，國立中山大學光電工程學系碩士論文
[12] Spectra group limited inc., ”Photoinitiators, enabling technology in photochemistry photochemical products and services contract research and development”
[13] J. J. Ge et al.(2001),“Rubbing-induced molecular reorientation on an alignment surface of an aromatic polyimide containing cyanobiphenyl side chains”, J. Am. Chem. SOC. 123, 5678~5776.
[14] Ramsey, Robert A., and Suresh C. Sharma. "Switchable holographic gratings formed in polymer-dispersed liquid-crystal cells by use of a He-Ne laser." Optics letters 30.6 (2005): 592-594.
[15] D. K. Yang, L. C. Chien, Y. K. Fung, in Liquid crystals in complex geometries formed by polymer and porous networks, ed. G. P. Crawford and S. Zumer (Taylor & Francis, London, 1996)
[16] Jun Qia , Gregory P. Crawford (2004) ,” Holographically formed polymer dispersed liquid crystal displays”, Elsevier B.V.