1) XY shake lens
XY振镜
1.
The Nd:YAG ultraviolet laser,XY shake lens and F-Theta lens were designed,and ultraviolet laser in 355 nm with maximum average output power of 2.
13W稳定输出,1h内输出功率波动小于7%;XY振镜最大扫描角度±28°,线性响应速度0。
2) galvanometric scanner
振镜
1.
The construction and the principle of the two-dimensional galvanometric scanner laser scanning system are theoretically described.
对二维振镜激光扫描系统组成和原理进行了理论描述,讨论了在视距范围内采用扩束装置和振镜系统对激光束实施可靠控制的方案,并在水下光通信系统中有效地完成了对水下和空中运动目标所在区域的扫描。
3) Galvanometer
[英][,gælvə'nɔmitə] [美][,gælvə'nɑmətɚ]
振镜
1.
Research on a Laser On-Line Marking System Using Galvanometer;
振镜式激光在线打标系统的研究
2.
This paper give the principle of the semiconductor Laser TV, expatiated the method of using Polygon prism rotating mirror which driven by the per-magnetism brushless motor to do the horizontal scanning and using Galvanometer which driven by the stepping motor to do the vertical scanning, and give the analysis of the running result.
本文分析了半导体激光电视扫描部分的工作原理,阐述了用永磁无刷直流电机带动转镜进行行扫描和用步进电机带动振镜进行场扫描的原理及其参数的选择,并对实际运行结果进行了分析。
3.
As a response to the speed, high marking quality, enclosed beam and environment adaptable advantage, galvanometer-based optical scanners laser marking machines is becoming the mainstream and the develop direction of laser marking machines.
其中,振镜式激光标记机由于具有响应速度快、打标质量高、光路密封性好、环境适应性强等优点,是目前激光标记机的主流产品和发展方向。
4) galvanometers
振镜
1.
This paper direct three primary colors solid state lasers which are as the light source,spectroscopes which are used to produce color beams of light,two galvanometers systems which are used to scan.
针对以三基色全固态激光器作激光光源,以分光镜作为混色方法,以双振镜系统作为激光光束扫描装置的激光扫描系统为对象,主要研究了激光光束扫描方法与显示分辨率的关系,提出了一种全新的扫描方法,闭合路径扫描法,并给出相应的硬件控制器设计。
5) mirror
[英]['mɪrə(r)] [美]['mɪrɚ]
振镜
1.
Theory of mirror scan is described forms the theoretic basis of laser display.
针对一般振镜式激光显示系统,介绍了该系统的组成、激光显示的原理以及计算机通过打印口对其进行控制的方法,改变了以往利用插卡的方式控制操作比较麻烦的情况;并且介绍了研制激光显示系统的理论基础,也就是振镜扫描原理。
6) FSM
振镜
1.
The Application Research on PZT FSM in the Aptsystem of Space Optical Communication;
在空间光通信APT系统中PZT振镜的应用研究
2.
The Research on PZT FSM in the Fine Tracking System of Free Space Optical Communication;
PZT振镜在自由空间光通信精跟踪系统中应用技术研究
补充资料：振起
1.兴起;奋起。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条