反射面天线

目前，网状反射面天线被广泛应用于卫星通信的宇宙飞船、遥感和VLBI中。

Currently mesh reflector antennas are utilized onboard the spacecraft for satellite communications , remote sensing and VLBI applications .

一种反射面天线机电耦合分析的新方法

Novel approach to electromechanical coupling analysis of reflector antennas

基于Vega的卫星反射面天线虚拟样机技术研究

Virtual Prototype Technology Research on Satellite Reflector Antenna Based on Vega

FDTD方法在等离子体反射面天线和飞行器返航通讯时的黑障问题的研究中也有应用。

FDTD method is also effective in investigating the problems of Plasma mirror based radar antenna and Re-entry communication blackout .

研究了从火箭点火发射到卫星天线在宇宙中展开的全过程的仿真技术，并基于视景仿真软件Vega开发了一套卫星反射面天线的虚拟样机原型系统。

Developed a satellite reflector antenna prototype system of virtual prototyping based on the visual simulation software Vega .

本文首先介绍了反射面天线的基本理论和两种反射面天线最常用的分析方法：几何光学法（GO）和物理光学法（PO）。

Firstly , the basic theory of reflector antenna and two widely used analysis and calculation methods , i.e. geometrical optics ( GO ) and physical optics ( PO ), are introduced .

基于不同网格形式的反射面天线方向图分析STL格式文件的四边形网格剖分与网格光顺

Far field pattern numerical analysis of reflector antenna based on different grid forms Quadrilateral Mesh Generation Based on STL File Format Model and Mesh Smoothing

用PTD分析双弯曲反射面天线形变和穿孔的辐射特性

Analysis of the Radiation Characteristics of the Doubly Curved Reflector Antenna with Surface Distortion and Holes Using PTD

文中用谱域分析法对十字形振子阵FSS的特性进行了分析计算，并应用于天线罩或低RCS反射面天线中。

The FSS of cross dipoles has been analysed and calculated by the Spectral-Domain approach and applied to the antenna radome or low RCS reflector antenna .

椭圆口径面反射面天线辐射远场的Fourier-Bessel展开分析方法

A Fourier-Bessel method for calculation of far-field of an elliptical aperture reflector antenna

应用反射面天线基本理论与几何光学理论，得到了波束在Vlasov准光模式变换器中传输的变化规律。

With the basic theory of reflector antennas and the geometrical optics , the law of the beam transmission in the Vlasov quasi-optical mode converter is obtained .

应用几何绕射理论（GTD）分析反射面天线的大角度辐射，是从七十年代初开始的，是一种计算天线旁瓣的新方法。

The application of GTD to the analysis of wide angle radiation from reflector anten-nas began in the early 1970 ' s. GTD is a new technique for calculating antenna sidelobes .

采用一种快速的计算方法，并结合遗传优化算法，进行了金属光子晶体（MPBG）反射面天线的模拟与实验。

The simulation and test have been carried out for a metallic photonic bandgap ( MPBG ) reflector antenna , with an explicit method as well as a genetic algorithm .

为改善星载天线的扫描特性，应用射线追踪的方法，利用优化的方法对单反射面天线和SFOC双反射面天线进行了面赋形设计。

To improve the scanning properties of the satellite antenna , the method of ray tracing and the idea of optimization are used to shape the reflector ( s ) of the single reflector antenna and the SFOC dual-reflector antenna .

射线法在毫米波扫描双反射面天线中的应用

Application of Ray Method to MM wave Scan Dual reflector Antenna

基于菲涅尔原理的新型反射面天线

A New Type of Reflector Antenna Based On the Fresnel Principle

赋形反射面天线毁伤效应研究

A Study on the Damaged Characteristics of the Shaped Reflector Antenna

用复射线法分析二维反射面天线的电磁散射

Complex Ray Analysis of Electromagnetic Scattering for a Two-dimensional Reflecting Antenna

表面纹理对反射面天线电性能的影响

Effects of Surface Texture on Far Field Patterns of Reflector Antennas

大型反射面天线的系统误差补偿法综述

Survey on compensation method for systematic errors of large reflector antenna

星载成形反射面天线全域基设计的研究

A Study on the Global Design of the Onboard Shaped Reflector Antennas

双弯曲反射面天线精度测量问题探讨

A Study on Accuracy Measurement Technology of Double Curvature Reflector

反射面天线欧姆损耗噪声温度的计算

Calculation of Noise Temperature Due to Reflector Antenna Ohmic Loss

毫米波反射面天线欧姆损耗效率的计算

Calculation of ohm loss efficiency for millimeter wave reflector antennas

一种快速分析毫米波反射面天线的新方法

Analyses of millimeter-wave reflector antennas using a novel fast method

宽角城扫描及多波束反射面天线

A Reflector Antenna with Multi-Beam or Scanning in Region of Wide Angles

卫星成形反射面天线波束赋形的研究

A Study of Contoured Beam of Satellite Shaped Reflector Antenna

相控馈电双反射面天线辐射特性的研究

Study on Radiation Property of Dual Reflector Antenna Fed by Phased Array

变形反射面天线馈源最佳相位中心的研究

A Study on the Optimal Feeds Phase Center for Distorted Reflector Antennas

玻璃钢反射面天线的研制

Development of A Reflection Dish Antenna of the Glass Fiber Reinforced Plastic