反射器

反射器通过支架牢牢地固定在航天器的侧面。

The reflector is held onto the sides of the spacecraft with a frame

基于LED应用的分布布拉格反射器研究进展

Progress in Distributed Bragg Reflector for Light-Emitting Diodes

5综述了x射线双晶衍射技术在布拉格反射器测试中的应用。

X-ray double-crystal diffraction used in DBR analysis was summarized .

三面共振反射器耦合Nd∶YAG振荡器获得光滑调Q脉冲

Smooth-pulse Nd ∶ YAG Q-switched Oscillator Coupled with Three-plan Resonant Reflector

具有V型镜反射器的全玻璃黑铬真空管集热器的研制

Development of all-glass evacuated tubular collectors with black chromium selective coatings and V-shaped specular reflectors

基于图像模拟的SAR图像角反射器检测方法研究

Research on SAR Image Corner Reflector Detection method

本文讨论了谐振反射器与F－P标准具匹配选模的原理，给出了两者匹配的方法。

The principle and methods of selecting mode by resonant reflector cooperated with F P etalon are discussed and presented .

ABS汽车前照灯多曲面反射器的研制

Development of multi surface reflector of ABS for automobile headlight

高反射率Ti：LiNbO3波导Bragg反射器的设计

Design of High Reflectivity Ti : LiNbO_3 Waveguide Bragg Reflector

时域反射器（DR）一个脉冲发射给环路。板极脉冲调制发射器

Time-domain reflectometry ( TDR ): An impulse is transmitted into the loop . plate-pulsed transmitter

太阳电池用Bragg反射器的设计及研究

Design and research of Bragg reflector for solar cells

吸波涂层角反射器RCS的复射线分析

Complex ray analysis of dihedral corner reflector coated with radar absorbing materials

论文首先对当前国际上几种星载SAR天线方向图在轨测试方法，包括反射器测量方法，均匀分布目标测量方法，地面接收机测量方法，地面发射机测量方法和外部特性因子测量方法，进行了分析研究。

Above all , some methods of inflight antenna pattern measurements for spaceborne SAR are discussed in this paper .

三角形三面角反射器加工公差对其单站RCS影响研究

Effects Analysis of Machining Tolerance on Monostatic RCS of Triangular Trihedral Corner Reflectors

验证了PO应用于本文中的角反射器RCS计算的可靠性。

The reliability of PO for calculations in this study is verified firstly .

光纤光栅Bragg反射器的实验研究

Experimental Study on Fiber-Grating Bragg Reflectors

各向异性材料涂覆金属二面角反射器的RCS分析

RCS analysis for anisotropic coating dihedral corner reflectors

二面角反射器的RCS特性分析

Analysis of RCS Characteristic of Dihedral Corner Reflectors

炮射随机角反射器阵的RCS预估研究

Research on Random Array of Corner Reflectors Shot by Naval Guns and RCS Estimation

研究了采用H型和E型周期结构反射器的超宽带偶极子天线的工作特性，提出一种新型栅状周期结构反射器并给出完整的设计实例。

The performance of UWB dipole antennas on H-type and E-type periodic reflectors was investigated , and a novel sliced periodic reflector was firstly proposed .

在光学软件中对反射器光学系统进行照明模拟，结果说明通过自由曲面反射器作用于LED，可以在目标路面上形成均匀照明的矩形光斑。

The results illustrate that through the role of reflector cup on the LED , we can get a uniform rectangular facula in the target surface .

谐振反射器与F-P标准具匹配选模的研究

Research of Mode Selected by Resonant Reflector Cooperated with F-P Etalon

基于数字同步解调测相技术，以三角形角反射器为实物预想目标，在MATLAB环境中对整个测相过程进行了仿真。

Based on the digital synchronous demodulation technology , a triangle angle reflection setting is anticipated , and the entire phase-detection in MATLAB is emulated .

采用电子束蒸发和键合技术，制作了具有高反射率的、表面为薄层单晶Si的分布Bragg反射器。

Si distributed Bragg reflector with crystal Si thin film on the reflector was fabricated by electron beam evaporation and bonding techniques .

LED汽车前照灯高效抛物反射器的研究灯管中充上水银蒸汽的荧光灯比它的功效高大约四倍。

The Research of High Efficiency Parabolic Reflector for LED Headlamp Fluorescent lights , which consist of tubes filled with mercury vapour , are roughly four times more efficient .

利用仅由两个光栅和一个共振反射器组成的激光腔，就能得到线宽为1.3千兆赫的由N2激光泵浦的染料激光。

By using a laser cavity which consists of only two gratings and a resonant reflector , a N2-laser-pumped dye laser with a spectral linewidth of 1.3 GHz has been made .

提出了在高频结构的前端采用波纹渐变Bragg反射器来改善振荡器性能的设想。

The corrugated Bragg reflector locating in the front of the high-frequency structure is proposed to improve the performance of the oscillator .

角反射器耦合的InGaAs应变层量子阱锁相列阵激光器的模式特性

Mode Characteristics of a Comer Reflector Coupled InGaAs Strained Layer Quantum Well Laser Phased Array

这些狭长的公共电极和反射器在透射区域（T区）产生出强劲的纵向电场，而在反射区域（R区）带来微弱的边缘场。

These slit-patterned common electrodes and reflectors generate a strong longitudinal electric field in the transmissive region ( T-region ) and a weak fringe field in the reflective region ( R-region ) .

LCOS投影光源反射器的特性要求与玻璃系统的选择

The Characteristic Requirements of LCOS Projection Light Source Reflector and the Selection of Glass Systems