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Light-Transporting Principle of a Seamless Prism Light Guide 一种无缝棱镜导光管光线传输原理的研究
Light-transmitting Principle and Application of a Seamless Prism Light Guide 一种无缝棱镜导光管及其光线传输原理和应用研究
Influence of Reflective Films on the Optical Characters of a Seamless Prism Light Guide 表面反射膜对无缝棱镜导光管光学特性的影响研究
seamless prism light guide 无缝棱镜导光管
A cylindrical prism light guide made of PMMA is introduced in this paper and its performance is analyzed. 本文介绍了一种采用有机玻璃制成的无缝棱镜导光管并分析了其光学性能。
prism light guide 棱镜导光管
Y.Y. Lin, T.L. Wang and Y.T. Huang, Design of Light Guide Plate with Inverse Prism Microstructure, OPT2008 conference in Taiwan. 王韬霖、黄耀宗，双侧边式入光导光板出光光场调整研究，2008年中国材料年会论文集。
Models also available with switchable light guide. 同时配备了光导向切换机。
Light Guide Switching Allows a Silgle Unit to Perform as Two. 配备了光导向切换机，使一台机器发挥了两台机器的功效。
However, when it is used, the prism film light guide made by 3M company must be rolled into a cylindrical pipe with a prism film made by microcopy technique, which makes a seam at the joint of the prism films and the leak of light. 现有的棱镜薄膜导光管，特别是由美国3M公司生产的棱镜膜导光管是由采用微复制工艺（Microcopy）制成的棱镜薄膜卷绕而成，因而在薄膜的接头处存在着缝隙，从而在一定程度上影响了导光管的效率。
The light guided them back to harbour. 灯光指引他们返回港口。
A light guided them on to a cottage. 一个灯光引导他们到一间小屋。
The light guided them back to the harbor. 灯光引导他们返回港口。
Switchable Light Guides for Improved Cost performance. 光导向切换功能提高了同成本下的机械性能。
Customer use another brand light guide,can beconvert as our light guide adaptor,more save money to purchase new. 使用其他公司光纤时，应配合本公司所提供的光纤转接头，可节省重新购买费用。
Light is refracted when passed through a prism. 光线经过棱镜时产生折射现象。
Switchable light guides for improved cast performance. 光导向切换功能提高了同成本下的机械性能。
The lights guided the ship to port. 灯光将船引入港口。
The new light guide plate is made of methylmethacrylate and micro-prism structures are embedded on its lower surface. 新设计是以压克力为导光板的材质并且在导光板的底面置入微菱镜结构，藉此取代反射片及菱镜片以减少背光模组的厚度。
This paper discussed the new technologies of light guide plate in backlight system, and made an expectation about the future of light guide plate. 文章就目前新型导光板技术进行了讨论，并对未来导光板的发展方向做出展望。