目前大多数激光器是用硅来做反射镜，来来回回地反射激光X射线，但硅反射镜不能反射功率大的X射线。
Most lasers use silicon mirrors to bounce light wavelengths back and forth, but silicon can't reflect powerful X-rays.
牛顿望远镜和反射折射望远镜都有一个次级反射镜(或称斜反射镜)，它们阻挡了一部分主反射镜的发射光。
Newtonian and catadioptric telescopes have secondary (or diagonal) mirrors that obstruct a small percentage of light from the primary mirror.
采用泰曼-格林干涉仪，测量了反射镜在高功率激光连续辐照下发生的热形变和镜背侧冷却水压造成的压力形变。
Thermal distortion of mirrors caused by high power CW laser radiation and pressure distortion by water-cooled back pressure have been measured using a Twyman-Green interferometer.
对于平面镜这肯定是对的，但是对于其它形状的反射镜则情况只是近似如此。
This is certainly true for a plane mirror but it is only approximately the case for other configurations.
利用静电场使膜基反射镜成形是目前最有应用前景的膜基反射镜成形方法之一。
The membrane mirror figured by electrostatic field is one of the most promising methods to control the membrane mirror profile.
阐述了金属反射镜的设计，包括反射镜材料的选择，反射镜结构的选择，分析了影响金属反射镜面型精度的因素。
The design of metallic mirrors which including materials selecting and structure designing as well as factors of influencing surface for metallic mirrors are discussed.
单反射镜结构转台中，通信光先经反射镜反射，再配合方位、俯仰方向的角度调整，实现光轴的精确对准。
In the process of work, the laser was reflected by the mirror at first, then turntable adjusted the reflection direction through changing the Angle of azimuth and pitching for accurately pointing.
基于展开镜结构工作原理，运用有限元方法分析了展开式反射镜单元的裸镜及其支撑方案。
Based on the deployable structure of a mirror and the operation principle, the finite element method was used to analyze the unit naked mirror and some different mirror support schemes.
五折镜是由五个平面反射镜按一定角度胶合而成的集成化小型光学组件。
The five-mirror reflector is an integration element cemented by five small reflectors with different angles.
同时，这组反射镜将产生具有22.8米直径望远镜解析度的图象。
Together, the mirrors will produce images with a resolution of a 22.8-meter telescope.
视频跟踪器控制反射镜以捕获中继反射镜实验（RME）卫星，并提供鲁棒性强的低带宽增益视频跟踪回路，从而消除视轴抖动。
The video tracker controls a mirror to acquire the Relay Mirror Experiment (RME) satellite, and provides a robust low bandwidth tracking loop to remove line of sight jitter.
首先分析了轻型反射镜对材料的要求，选择了熔石英作主反射镜材料。
First we analyzed the requirements of the lightweight mirror and chose fused silica as the main material of the mirror.
合束镜是一种半透反射镜，它将两种（或多种）波长的光线分别通过透射和反射的方法合成到一条光路上。
The green laser is a semi-reflection mirror. It combines the light beams of two (or more) wavelength into one direction by transmission and reflection.
在光源系统中采用球面聚光镜和平面反射镜，可大幅提高光源的利用率。
Adopting spherical mirror and plane mirror can notablely improve the utilization of the light source in the system of light source.
全向图像反射镜利用边缘处的平面镜，可以使全场映射图像无盲区。
The omnidirectional image reflector utilizes the planar mirror in the edge to form whole field mapped image without blind area.
在凝视扫描系统中，大惯量反射镜与快速控制反射镜的速度匹配非常重要。
The speed matching between big-inertia mirror and fast-steering mirror is very important in staring and scanning system.
借助平行光和双面反射镜，对分光计望远镜的视场角进行了分析和测量，并通过实验得出了结果。
With the help of the ray of equal rank and double-faced reflector, the telescopic visual angle of the spectrometer was analyzed and measured. And the conclusion was drawn.
通过建立非理想正交反射镜改变光线的几何模型，研究正交金属反射镜的消偏性能。
Depolarization of imperfect metal orthogonal twin mirrors is studied by building a geometric model of the mirrors to change the direction of light ray.
设计制作了能够固定激光器、反射镜、三棱镜和相机，且反射镜、三棱镜位置角度可调的机械装置。
The mechanical devices has been designed and produced to the fixed laser, mirror, prism and cameras, with the position and Angle of the mirror and prism adjustable.
在多程放大系统中，激光一般要经过腔反射镜两次，将变形镜置于腔反射镜位置能够有效提高其校正量。
For beam passing through cavity mirror twice in multi-pass amplifier laser facility, deformable mirror is often applied at location of cavity mirror for the goal of improving correction range.
针对空间光学遥感器反射镜结构刚度高、热尺寸稳定性差的状况，设计了一种柔性锥套结构，它在保持结构刚度满足力学要求的同时，使反射镜具有良好的热尺寸稳定性。
In order to make reflectors of the space remote sensor keep both high rigidity of structure and fine stability of thermal dimension, a kind of flexible cone-shaped sheath is designed.
本文从热分析的角度，研究了由于车灯内部局部湿空气流动缓慢以及车灯配光镜和反射镜部分区域温度较低引起的结雾问题，分析了各种典型车灯中存在雾气问题的形成原因。
Because part of moister air in the lamp flows very slow and temperature of part of lamp cover and reflector is low, the fog forms on the lamp cover and reflector easily.
高斯分布反射镜已经被广泛应用，超高斯分布反射镜的提出是对非均匀反射腔的一大改进。
Gaussian mirror has been used widely, and the super Gaussian mirror is a development for variable reflective mirror.
并分析了反射镜作用范围与需要校正的误差的关系，跟踪探测器输出误差信号与物方跟踪误差，以及与跟踪镜控制量的关系。
The relationship of the steering range of FSM and the errors corrected, the detector output and objective error, tracking control system input are analysed.
提出了用介质圆柱光子晶体作微波天线的柱抛物面反射镜，用多重散射方法计算了反射镜的透过谱，并模拟计算了天线的电场分布，初步认为可以用非晶光子材料作微波天线的反射镜。
We calculated the transmission of the mirror and the distribution of electric field by using multiple scattering method. The result shows that it can be used as a reflecting mirror of an antenna.
这个问题通过添加一个反射镜到自行车上的方法解决，因为反射镜反射出去的光线让道路上的其他人能够看得到自行车上的人。
This problem is solved by adding a reflector to the bike, since the reflector allows other road participants to see the driver on his bike in the dark due to the light reflecting on it.
这个问题通过添加一个反射镜到自行车上的方法解决，因为反射镜反射出去的光线让道路上的其他人能够看得到自行车上的人。
This problem is solved by adding a reflector to the bike, since the reflector allows other road participants to see the driver on his bike in the dark due to the light reflecting on it.
应用推荐