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Relaxation Time for the Ionic Current in a Nematic Cell under a Large Electric Field

机译：大电场下向列型细胞中离子电流的弛豫时间

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来源
《Electronic-Liquid Crystal Communications》 |2006年第4期|共页
作者
Antonio Martins Figueiredo Neto; Giovanni Barbero; Fernando Carlos M. Freire; Jimmy Le Digabel;
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1. Effects Of Fluid Flow On Electric-field-induced Director Reorientation In Homogeneous And Homeotropic Nematic Liquid Crystal Cells, Probed By Transient Current Measurements [J] . Yosuke Iwata, Hiroyoshi Naito, Masaru Inoue, Japanese journal of applied physics . 2008,第10issue2期

机译：瞬态电流测量对流体流动对均质和垂直向列液晶盒中电场诱导的指向矢取向的影响
2. Nematic liquid-crystalline physical gels exhibiting faster responses to electric fields in twisted nematic cells [J] . N. Mizoshita, K. Hanabusa, T. Kato Displays . 2001,第1期

机译：向列型液晶物理凝胶在扭曲向列型细胞中表现出对电场的更快响应
3. Different measures of molecular mobility: comparison between calorimetric and thermally stimulated current relaxation times below Tg and correlation with dielectric relaxation times above Tg. [J] . Bhugra C, Shmeis R, Krill SL, Journal of pharmaceutical sciences. . 2008,第10期

机译：分子迁移率的不同度量：比热和低于Tg的热激电流弛豫时间之间的比较，以及高于Tg的介电弛豫时间的相关性。
4. Effects of dielectric relaxation in electrooptics of nematic cells [C] . Oleg D. Lavrentovich, Hugh A. Wonderly, Mingxia Gu, Emerging liquid crystal technologies IV . 2009

机译：介电弛豫对向列细胞电光学的影响
5. Physical forces on cells: Effects of applied osmotic loading and direct current electric fields. [D] . Chao, Pen-hsiu Grace. 2005

机译：对细胞的物理作用力：施加的渗透负荷和直流电场的影响。
6. Theoretical limits on the threshold for the response of long cells to weak extremely low frequency electric fields due to ionic and molecular flux rectification. [O] . J C Weaver, T E Vaughan, R K Adair, 1998

机译：由于离子和分子通量整流长电池对极弱的低频电场的响应阈值的理论极限。
7. Relaxation time for the ionic current in a nematic cell under a large electric field [O] . Barbero, Giovanni, Figueiredo Neto, A.M., Freire, F.C.M., 2006

机译：大电场下向列型细胞中离子电流的弛豫时间
8. Relaxation Study of the Electric Field Induced Hydrodynamic Turbulence in Nematic Liquid Crystals by Raman Scattering. [R] . pan, s. wang, c. h. 1974

机译：拉曼散射法研究向列型液晶中电场诱导流体动力学湍流的弛豫。

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