光电信息技术

应用物理学专业光电信息技术实验室建设的探讨

The Discussion on the Construction of the Optoelectronic Information Technology Lab of the Applied Physics Major

应用物理学专业要培养合格的光电信息技术人才，必须建立起光学和光电信息技术实验课程新体系，同时建立起满足新体系要求的光电信息技术实验室。

If the Applied Physics major wants to foster qualified optoelectronic information technology talented person , it must build a new system of experiment lessons of optics and optoelectronic information technology , and also a qualified lab according to those lessons .

有机电致发光器件（OELDs）具有体积小、重量轻、耗能低、色彩全、响应快等优点，成为21世纪光电信息技术发展中备受瞩目的前沿课题之一，得到了广泛而深入的研究。

Organic Electroluminescence Devices ( OELDs ) possesses many kinds of merit on small volume , light weight , low consuming energy , multiple color and quick response . It has been the focus on development of photoelectric information technology in 21st century .

海军光电信息技术发展研究

Study of the Development Trend of Navy EO Information Technology

光电信息技术、微波微电子技术和数字技术的需要推动着可靠的高频测试技术的不断进步。

Electro-optic information technology , microwave microelectronics . and digital are driving the need for reliable higher-frequency measurements to enable further advancements .

一个典型的例子即为2001年2月正式开始建设的武汉光电信息技术产业化基地（武汉·中国光谷）。

A typical example is the photoelectric information technology industrialization base of Wuhan of construction for February of 2001 formally ( Wuhan Optical Valley ) .

特别是，随着光电信息技术及计算机图像处理技术等的飞速发展，数字化的微光成像系统代替了胶片成像，进入到了中子透射数字成像技术的发展阶段。

Especially , as the rapid development of optoelectronic information and computer image processing technologies , the digitalized low light level imaging system has replaced the film imaging and the technology of neutron transmission imaging has reached a new era .

在现代光电信息技术领域，非球面透镜由于能够消除像差、成像性能良好等特点而受到广泛关注，开发经济高效的非球面透镜制造方法成为一个热点研究方向。

In the field of modern optoelectronic information technology , aspherical lens are attracting more and more attention because of its small aberration and good imaging performance , so developing a low cost and efficient method of fabricating aspherical lens become a new research focus .

光电信息传输技术研究

Research of Electro - Optical Information Transmission Technology

光电信息科学与技术的迅猛发展，呼唤着新型光电功能材料与之相适应；ZnS作为一种性能优良的光学、电学和光电一体化材料，具有极大的应用价值。

The Science and Technological for photoelectricity has a great progress recently and it needs eagerly new type photoelectric materials to meet it requirement . ZnS is one of very useful photoelectric materials .

在科技高速发展的信息时代，光电技术、信息技术在各个行业和领域的作用越来越重要。

With the rapid development of science and technology in the information age , photoelectric technology and information technology play a more and more important role in various industries and fields .

光电跟踪系统信息处理技术研究

Research on the Information Processing Techniques of the Photoelectric Tracking System