Information display

[1] Kizu Y., Hasegawa R., Kizaki Y., Amemiya I., Uchikoga S., Kojima T., Nakao K., Wakemota H., Analysis of the anisotropy of bend transition for OCB LCD with low initialization voltage, SID Dig, 5, 1, pp. 28-31, (2008)

[2] Hanaoka K., Nakanishi Y., Inoue Y., Tanuma S., Koike Y., Okamoto K., A new MVA-LCD by polymer sustained alignment technology, SID Dig., 40, 1, pp. 1200-1203, (2004)

[3] Li T.-Y., Su C.-W., Lian J.-T., Chiang C.-I., Chou M.-D., Liu C.-H., Pi-Less technology development for vertical alignment TFT-LCD, ProcIDW. LCT1-3, pp. 23-26, (2009)

[4] Kawamura T., Yamada Y., Okamoto K., New method of vertical alignment by using nano-structure, SID Dig., 52, 3, pp. 784-786, (2009)

[5] Kikuchi H., Mitsumatsu T., Sato H., Takizawa K., Fujikake H., Bend-Mode liquid crystal devices stabilized by patterned microstructure using microcontact printing, ProcIDW, LCTp4-8L, pp. 109-110, (2009)

[6] Lu S.-Y., Chien L.-C., Carbon nanotube doped LC for OCB Cells: Physical and electro-optical properties, Proc. IDW, LCT1-1, pp. 13-16, (2008)

[7] Kikuchi H., Haseba Y., Yamamoto S., Iwata T., Higuchi H., Potential and challenges of optically isotropic LCs for display applications, ProcJDW, LCT2-1, pp. 619-622, (2009)

[8] Chiu C.Y., Lien A., Nikkei Microdevice, (2009)

[9] Masuda T., Et al., Ultra Thin LED Backlight System Using Tandem Light Guides for large-size LCD-TV, (2009)

[10] Tsuchiya R., Et al., Thin side-lit hollow-cavity flat LED lighting panel for ultra-uniform LCD backlight applications, SID'08 Digest, (2008)

[1] Kizu Y., Hasegawa R., Kizaki Y., Amemiya I., Uchikoga S., Kojima T., Nakao K., Wakemota H., Analysis of the anisotropy of bend transition for OCB LCD with low initialization voltage, SID Dig, 5, 1, pp. 28-31, (2008)

[2] Hanaoka K., Nakanishi Y., Inoue Y., Tanuma S., Koike Y., Okamoto K., A new MVA-LCD by polymer sustained alignment technology, SID Dig., 40, 1, pp. 1200-1203, (2004)

[3] Li T.-Y., Su C.-W., Lian J.-T., Chiang C.-I., Chou M.-D., Liu C.-H., Pi-Less technology development for vertical alignment TFT-LCD, ProcIDW. LCT1-3, pp. 23-26, (2009)

[4] Kawamura T., Yamada Y., Okamoto K., New method of vertical alignment by using nano-structure, SID Dig., 52, 3, pp. 784-786, (2009)

[5] Kikuchi H., Mitsumatsu T., Sato H., Takizawa K., Fujikake H., Bend-Mode liquid crystal devices stabilized by patterned microstructure using microcontact printing, ProcIDW, LCTp4-8L, pp. 109-110, (2009)

[6] Lu S.-Y., Chien L.-C., Carbon nanotube doped LC for OCB Cells: Physical and electro-optical properties, Proc. IDW, LCT1-1, pp. 13-16, (2008)

[7] Kikuchi H., Haseba Y., Yamamoto S., Iwata T., Higuchi H., Potential and challenges of optically isotropic LCs for display applications, ProcJDW, LCT2-1, pp. 619-622, (2009)

[8] Chiu C.Y., Lien A., Nikkei Microdevice, (2009)

[9] Masuda T., Et al., Ultra Thin LED Backlight System Using Tandem Light Guides for large-size LCD-TV, (2009)

[10] Tsuchiya R., Et al., Thin side-lit hollow-cavity flat LED lighting panel for ultra-uniform LCD backlight applications, SID'08 Digest, (2008)