1·The photo sensitive liquid crystal canopy.
光感应液晶顶篷。
2·And the light control way of photochromic liquid crystal material was summarized.
总结了光致变色液晶材料光调控的方式。
3·This article is based on SCM LCD liquid crystal display control system was studied.
本文对基于单片机的LCD液晶显示器控制系统进行了研究。
4·Liquid crystal alignment layer is one of the key materials of liquid crystal display.
液晶取向剂是制造液晶显示器的关键材料之一。
5·The LCD USES two sheets of polarizing material with a liquid crystal solution between them.
此液晶显示器使用两层极化材料，中间夹着一层液晶溶液。
6·Liquid crystal display for the content of technical documentation, I hope all of you to help!
本内容为液晶显示器的技术文档，希望对大家有所帮助！
7·All computers in our school is liquid crystal display, and they are generally run with a high speed.
我们学校所有的电脑都是液晶的，而且通常情况下它们的网速都不错。
8·The lens is also thin, which means it could be incorporated into a standard liquid crystal display, says Bathiche.
这个镜头很薄，这意味着可以装入一个标准的液晶显示器，Bathiche说。
9·Describes a liquid crystal material whose elongated molecules rest parallel to each other but are not in layers.
描述一液晶材料谁的拉长分子休息和彼此相似但是不在层内。
10·Two designs of the fly eye lenses are introduced on basis of the analysis on liquid crystal projection displays.
在对液晶投影照明系统的原理进行分析的基础上，提出了两种复眼透镜的设计方案。
1·Sony's FPA system for liquid crystal displays USES pre-tilting at a substrate alignment layer to arrange pixels in a near-vertical alignment.
索尼fpa液晶显示器系统在基质配向层使用了预倾斜技术，来将像素安排在一个近乎垂直的配向上。
2·Layers of material which work as filters, electrodes, transistors and the liquid crystal itself are deposited onto a thin glass plate to form a sandwich that is covered with another pane of glass.
滤光镜，电极，晶体管，液晶体本身以层状放置在一片薄玻璃板上，上面还盖着另外一片玻璃板，这类似于三明治的结构。
3·This arrangement basically makes for a more stable display, improving the response time of each liquid crystal and addressing the issue of uniformity in LCD display.
这种安排使得显示器更稳定，提高了每个液晶的响应时间，解决了LCD显示器不均匀的问题。
4·Sony has successfully pushed the liquid crystal molecules into a more vertical state, and improved the response time even though it requires less voltage passing through the molecules.
索尼已经成功地将液晶微粒推向更垂直的分子状态，提升了响应时间，却只要求更低的通过分子的电压。
5·But eventually such displays may be cheaper, last longer and use less energy than today's finest liquid crystal displays.
但最终，这些显示器会比当今最精密的液晶显示器更加价廉，寿命更久并且能耗更低。