1.
Research on Electrostatic Deformation of Space Membrane Mirror
静电拉伸空间薄膜反射镜面形控制机理研究
2.
Research on Ultra-thin Mirror and Support Structure of Space Optical Remote Sensor;
空间光学遥感器超薄反射镜及其支撑结构研究
3.
The design principles of indium tin oxide film(ITO) to prevent lectrostatic discharge for optical solar reflector(OSR) are studied.
研究了光学太阳反射镜抗静电放电用氧化铟锡薄膜的设计原则 .
4.
Finite Element Analysis and Suction Control Scheme of Film Mirror Forming in Visual System;
视景系统薄膜反射镜成形的有限元分析及控制方案研究
5.
Research on Enhancement Method of Bandwidth of Fast Steering Mirror for Space Optical Communication
空间光通信高速倾斜反射镜带宽提高方法研究
6.
Research on Surface Modification of Space Used SiC Mirror
空间反射镜基底材料碳化硅表面改性研究
7.
Performance and Reliability Evaluation for The surface Modification of Space Used Silicon Carbide Mirror
空间用SiC反射镜表面改性的性能和可靠性评估
8.
Flexible regulating structure of optical reflector of space remote sensor
空间光学遥感器反射镜柔性调节结构设计
9.
Research status quo of SiC space mirror material and its surface modification
SiC空间反射镜材料及其表面改性技术现状分析
10.
Topological Lightweight Design of Space Mirror
空间反射镜轻量化结构的拓扑优化设计
11.
Laser induced damage of high reflective coatings prepared by different deposition methods in vacuum and air
不同工艺制备的高反射薄膜在真空与大气环境下的激光损伤特性
12.
Optimization Design & Technical Study on Antireflection Coating System;
减反射薄膜膜系优化设计及工艺研究
13.
External Total Reflection Angle X-ray Microanalysis of Thin Film;
薄膜外全反射角X射线能谱分析研究
14.
Interference Filter of Reflectance in 650nm and Transmittance in 10.6μm;
650nm反射10.6μm透射的薄膜干涉滤光片
15.
Silicon carbide space-borne mirror was produced by reaction bonded process.
采用反应烧结工艺制备了碳化硅空间用反射镜坯体.
16.
Study on Fabrication Technology of Reaction Bonded Silicon Carbide Mirror Blank for Space
空间用反应烧结碳化硅反射镜坯体制备技术研究
17.
An Analysis of the Relationship Between the Functions of the Addition of Thin Film Transmission / Reflection and Its Thickness / Refraction Index;
薄膜的增透、增反作用与其厚度、折射率之间的关系
18.
The microstructure of the film was characterized by X ray diffraction, transmission electron microscopy, and selected area diffraction.
用X射线衍射仪、射电镜及其选区衍射来分析薄膜的微结构。