Restoring Forces on Nematic Disclinations
作者： R. Rosso , E. G. Virga
DOI: 10.1007/978-94-010-0512-8_7
关键词: Liquid crystal 、 Isotropy 、 Classical mechanics 、 Torque 、 Physics 、 Core (optical fiber) 、 Force density 、 Phase (waves) 、 Cylinder 、 Disclination
摘要: We compute both the force and torque acting on a nematic disclination of arbitrary shape in space. The disclination’s core, where material is thought as melted its isotropic phase, not necessarily assumed to be circular cylinder. effect core’s forces restoring equilibrium also studied some detail.
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