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- liquid crystal microlens array 面阵液晶微透镜
- A Novel Microlens Array Made of Ammonium Dichromate Gelatin[J]. 引用该论文 庄思聪;朱瑞兴.
- A This is the problem of a liquid crystal panel. 此现象为液晶面板的问题。
- The optimum technology of making gelatin microlens array was discussed. 讨论了制作微透镜阵列的最佳技术条件。
- The videodisc is made of liquid crystal polymers. 影碟是由液晶聚合物制成的。
- Liquid crystal ink added with crystallizability. 液晶油墨中加进了具有结晶性能的化合物。
- The liquid crystal was cholesteric. 该液晶是胆甾型的。
- By this method,a microlens array with good profile,as expected,was successfully fabricated. 用上述方法在实验上获得了微透镜阵列,并有较好的连续面形,符合预期效果。
- Having a microlens array on one side of the lightguide plate is now widespread in cell phone back-light systems. 摘要目前，市场上流行的手机背光源的导光板基本上为单面网点（球型微透镜阵列）的结构。
- Refraction Microlens Array Made of Bichromate Gelatine by Enzyme Solution with Coding Gray-tone Mask[J]. 引用该论文 姚军;粟敬钦;高福华;高峰;郭永康;杜春雷;曾红军;丘传凯.
- Studies on the Optical Proporties of Microlens Array for Planar Intersect Glasses Waveguide[J]. 引用该论文 刘德森;胡建明;刘晓东;刘烽.
- Nanjing Huari Liquid Crystal Display Technical Co., Ltd. 南京华日液晶显示技术有限公司。
- A further study on the fabrication of microlens array by melting photoresist is describcd. The formation of aspherical surface is considered. 本文对光刻胶熔融法制作微小透镜阵列的机理进行了进一步深入的理论和实验研究，特别是提出和研究了非球面表面的形成问题。
- Liquid crystal electronic constant-speed operating functions. 液晶电子式无段变速操作功能。
- Using the reaction of the crosslinking of ammonium dichromate gelatin after irradiation, a novel microlens array was fabricated. 根据重铬酸铵明胶在受光照后发生交联的原理,采用重铬酸铵明胶作材料制作了微透镜阵列。
- Conventional micro-lens fabrication technology may be used to fabricate a microlens array that preferentially couples light to the PDLs. 而且，以一般习知之微透镜制造技术即可制作此种能将较多光线聚焦至光电二极体PDL的微透镜阵列。
- Liquid crystal material greatly entire, got down had a look. 液晶资料大全,下了看看吧。
- The results of the simulation show that the illumination of the lightguide plate is double that of a plate with only a microlens array in one side. 模拟结果显示，导光板照度比单面网点的导光板要高出1倍左右。
- The embossed microlens array has excellent definition and fine uniformity in its scanning electron micrography (SEM) picture. 制作的微透镜阵列SEM图表明图形台阶清晰、各单元一致性好。
- The fill factor and F number of refractive microlens array fabricated by melting photoresist are increased by reducing developing time. 摘要采用缩短显影时间法改善了光刻胶热熔法制作微透镜阵列的工艺，提高了折射型微透镜阵列的F数(F(上标%23))与填充因子。
