首页> 外文会议>Symposium G; European Materials Research Society Fall Meeting; 20040906-10; Warsaw(PL) >Self-Organization and Dynamic Characteristics Study of Nanostructured Liquid Crystal Compounds
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Self-Organization and Dynamic Characteristics Study of Nanostructured Liquid Crystal Compounds

机译:纳米结构液晶化合物的自组织和动力学特性研究

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摘要

Fullerene-doped liquid crystal compounds have Been considered as new nanostructured materials with promising photosensitivity and speed parameters. Self-organization in liquid crystal mesophase based on charge-transfer complexes between an organic donor and fullerene has been investigated. The switch-on time of 50 μs has been obtained. The results are discussed from the viewpoint of increasing the system polarizability and a possible transition from the nematic phase to the smectic one, which is caused by a complex formation.
机译:富勒烯掺杂的液晶化合物已被认为是具有前景的光敏性和速度参数的新型纳米结构材料。已经研究了基于有机供体和富勒烯之间的电荷转移络合物的液晶中间相中的自组织。已获得50μs的接通时间。从提高系统极化率和由向列相到近晶相的可能过渡的角度讨论了结果,这是由于复杂的形成所致。

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