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近来发现的液晶的若干效应被认为与显示方面及缓冲/记忆方面的应用都有关系。在一切情况下,图像的特性依赖于寻址及非寻址状态的光学性质的甚至是细微的差异,当然,也依赖于外部的光学装置。图像能够由两种或更多种不同的胆甾相的、向列相的及近晶的结构组成,包括寻址及非寻址态,或者,更一般地,可以包括这些结构的场感应扰动,各向同性态,固态等等。例如,在电场感应的胆甾相-向列相的相变中[1],寻址区域是透明的(在可见的情况下)并且
A number of recently discovered effects of liquid crystals are believed to be related to both display and buffer / memory applications. In all cases, the characteristics of the image depend on even subtle differences in the optical properties of the addressed and non-addressed states, and of course on the external optics. The image can consist of two or more different cholesteric, nematic and smectic structures, including addressed and non-addressed states or, more generally, field induced perturbations that can include these structures , Isotropic state, solid state and so on. For example, in the field-induced phase transition of the cholesteric-nematic phase [1], the addressing area is transparent (in the visible case) and