Titlebook: Electrooptic Effects in Liquid Crystal Materials; L. M. Blinov,V. G. Chigrinov Book 1994 Springer-Verlag New York, Inc. 1994 Dichroism.beh

myalgia

Surface Phenomena,tion, the nematic phase is of great importance from the point of view of applications in electrooptical devices. Thus, in this chapter, we will concentrate on surface properties of nematics, though the properties of the other phases will not be skipped either.

heterodox

Electrooptical Effects Due to the Uniform Distortion of Nematic Liquid Crystals,ical and electrooptical properties of uniform nematic structures were carried out by Mauguin, Tsvetkov, and Frederiks over 50 years ago [1–4]. Since the beginning of the 1970s these structures have attracted growing interest, as they are the most promising ones for practical applications in Liquid Crystal Displays (LCDs).

檔案

Modulated and Nonuniform Structures in Nematic Liquid Crystals,lized as regular patterns of black and white stripes (domains) arranged perpendicular to the distortion plane. If the direction of distortion is degenerate in the layer plane, domains form a rectangular, hexagonal, or some other type of lattice, which could periodically transform to each other, i. e., oscillating domain patterns appear.

immunity

Electrooptical Properties of Cholesterics and Nonferroelectric Smectics,its pitch (untwisting of the helix). Before considering these field variations let us give a brief account of the optical properties of cholesteric liquid crystals in the absence of a field. Comprehensive reviews of the topics have been given recently in [1, 2].

接合

anarchist

https://doi.org/10.1007/978-1-4615-2888-3f flexible chains, Fig. 1.1(d–f), etc. Two special classes are presented by linear-chain and comb-like polymers, Fig. 1.1 (g, h), respectively. No doubt, in the near future, there will be synthesized novel molecules interacting with each other in a very specific way and giving rise to novel mesophases.

冒號

Liquid Crystalline State,f flexible chains, Fig. 1.1(d–f), etc. Two special classes are presented by linear-chain and comb-like polymers, Fig. 1.1 (g, h), respectively. No doubt, in the near future, there will be synthesized novel molecules interacting with each other in a very specific way and giving rise to novel mesophases.

organic-matrix

淡紫色花

https://doi.org/10.1007/978-94-015-9807-1ical and electrooptical properties of uniform nematic structures were carried out by Mauguin, Tsvetkov, and Frederiks over 50 years ago [1–4]. Since the beginning of the 1970s these structures have attracted growing interest, as they are the most promising ones for practical applications in Liquid Crystal Displays (LCDs).

forestry

3D walkthroughs with Blender 2.43,lized as regular patterns of black and white stripes (domains) arranged perpendicular to the distortion plane. If the direction of distortion is degenerate in the layer plane, domains form a rectangular, hexagonal, or some other type of lattice, which could periodically transform to each other, i. e., oscillating domain patterns appear.