1) weak archoring NLC cell
弱锚定液晶盒
2) Anchoring transition of liquid crystal
液晶锚定相变
3) weak anchoring
弱锚定
1.
Influence of surface anchoring energy on characters of weak anchoring NLC cells;
界面锚定能对弱锚定向列液晶盒性质的影响
2.
The influence of the surface elastic energy term K 13 on the properties of Fréedericksz transition of weak anchoring nematic liquid crystal cell under a magnetic field has been investigated in detail.
研究了表面弹性能K1 3项对磁场作用下的弱锚定向列液晶盒Fr啨ｅｄｅｒｉｃｋｓｚ转变性质的影响 。
3.
Freedericksz transition at threshold point of a weak anchoring and parallel alignment NLC cells has been studied carefully by a rigid mathematical deduction and calculation.
在液晶总自由能中界面锚定能采用修正后的Rapini Papoular(RP)公式,用严格的数学推导和计算,详细研究了弱锚定条件下平行排列的向列液晶盒在阈值点的弗雷德里克兹(Freedericksz)转变问题。
4) LC cell
液晶盒
1.
With the analytical method, a weak anchoring and planar alignment nematic liquid crystal cell,whose substrates have different anchoring strength, has been studied(This is named dissymmetric NLC cell).
用解析方法研究了上、下基板锚定强度不同的弱锚定沿面排列向列液晶盒(不对称液晶盒),给出了指向矢倾角θ满足的方程和边界条件,讨论了它的解,导出Freedericksz转变的阈值场强和饱和场强。
5) LCD gap
液晶盒厚
1.
In the process of manufacture, improper operation will cause LCD gap asymmetry, and LCD will not achieve the specifically display mode.
液晶盒厚即液晶层的厚度。
6) liquid crystal cells
液晶盒
1.
Temperature Dependence of Intrinsic Contrast Ratio in VA and IPS Liquid Crystal Cells;
VA和IPS液晶盒固有对比度与温度的关系
2.
Freedericksz transitions of twist nematic liquid crystal cells are studied by using spatially anisotropic pair potential of lattice model which is not only spatially anisotropic, but also dependent on elastic constants of liquid crystals.
基于格点模型空间各向异性两体势研究扭曲向列(TN)液晶盒的Fredericksz转变。
补充资料：锚定催化剂
分子式：
CAS号：
性质：指把有催化活性的均相催化剂（多为过渡金属络合物或其盐类）键联于带有适当配位功能团（即连接剂）的有机高分子或无机聚合物载体上而形成的催化剂。又称多相化均相催化剂。这一过程称为均相催化剂多相化。这种催化剂既保持了均相催化剂活性和选择性高的优点，又克服了其易流失，与反应产物难分离的缺点，尤其适用于含贵金属的均相催化剂。
CAS号：
性质：指把有催化活性的均相催化剂（多为过渡金属络合物或其盐类）键联于带有适当配位功能团（即连接剂）的有机高分子或无机聚合物载体上而形成的催化剂。又称多相化均相催化剂。这一过程称为均相催化剂多相化。这种催化剂既保持了均相催化剂活性和选择性高的优点，又克服了其易流失，与反应产物难分离的缺点，尤其适用于含贵金属的均相催化剂。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条