| 1. | In this dissertation , the photo - addressed cds - cdse liquid crystal light valve and its application in large screen projection displays are studied
本论文的研究工作，主要针对光寻址液晶光阀及其在大屏幕投影中的应用展开。 |
| 2. | As a typical high - technology industry , the large screen projection display , which merges micro - electronics , liquid crystal , optics and mechanism into a whole , has grown rapidly over the past few years
二十世纪九十年代大屏幕投影显示技术，集微电子、液晶、光学、机械等技术为一体，是现代光电子高科技产业的典型代表。 |
| 3. | We successfully obtain multi domain alignment with different tilt direction in one exposure processing . at last , the lclv large screen projection system is setup with self made lclv , producing 3x4m2 high - resolution picture
最后我们用自制的液晶光阀建立了液晶光阀大屏幕投影显示系统，实现了3 4米~ 2的高分辨率显示。 |
| 4. | As one of the key devices in the opto - electronic information technology , lclv can be used as image amplifiers for large screen projection display , image wavelength converters and optical data processing and correlation
液晶光阀作为光电信息处理技术中的一种关键器件，已被广泛应用于通讯、机器人视觉、光学计算机、神经网络、大屏幕投影显示等方面。 |
| 5. | Large screen projection display presents high quality projected images , that should be sharp , vivid , and with high quality . the full color image is formed by superposition three primary colors image together
大屏幕投影显示技术对图像的质量有着很高的要求，它不仅要求图像有着高的亮度，而且要求图像画面清晰、成像的像质良好，能够逼真的还原现实世界。 |
| 6. | This dissertation did research on large screen projection display . works were mainly about design of illumination system and model emulation of optical engine . improvements on whole system were made by computer emulation and optimized design
本文分析和研究的出发点是大屏幕投影显示的应用研究，主要工作集中于照明系统的设计和光学引擎的建模分析，通过仿真模拟和优化设计来实现和改进系统。 |
