基于目标和地面电磁反射特性数据库的信息和雷达探测模型，实现了雷达图像动态生成。
By the use of the electromagnetic reflection information of targets and ground in database, the radar detection model can generate radar image dynamically.
在反射、散射和透射电磁辐射的过程中，地表或大气中的目标地物将产生与它们自身性质相关的偏振特性。
In the process of reflecting, scattering and transmitting electromagnetic wave, earth targets can produce polarized characteristics which related to the nature themselves.
通过传输矩阵即可求得任意层数的反射特性和等效电磁参数。
The reflected characteristics and equivalent EM parameters of arbitrary number of plies can be obtained through translation matrix.
本文介绍自行研制的高对比度滤光片。它具有较低的表面光反射率、选择性透过率和电磁屏蔽特性。
A new type of high contrast filter has been investigated in this paper. lt has features of lower light reflection on surface, selective transmission and effective electromagnetic screen.
文中在衬底介质参数的变动下，对一系列FSS反射系数进行了有效计算，计算结果表明了介质衬底的电磁各向异性特性对FSS频率选择特性的影响。
A series of FSS with different medium parameters are computed efficiently, These results reflect the influence of the electrical and magnetic anisotropy on the electromagnetic characteristics of FSS.
遥感技术的物理基础是地物对电磁波的反射、吸收和发射特性。
Obviously, the physics base of the remote sensing technology is that landmark can reflect, absorb and emit electromagnetic wave.
讨论了近场暗室的电磁场特性，对暗室入射场、反射场的关系进行了分析，给出在工程中实用的近场暗室场特性的计算方法。
This paper discusses the electromagnetism properties of the near field chamber, with the relationship between reflected wave and direct wave analyzed.
电磁波散射。本书介绍了电磁波在不同海况下的散射反射特性，通过matlab仿真了具体的电磁波散射情况。- Electromagnetic scattering。
This book describes the electromagnetic waves in different sea scattering reflective properties, through the matlab simulation of electromagnetic wave scattering specific situation.
烟幕对红外和近红外等波段的电磁波有吸收、反射和散射等特性，可以导致红外成像制导导弹导引头接收到的能量大大衰减，从而降低导弹命中率。
The smoke screen that may absorb and scatter infrared, heavily attenuates energy of guidance head, and then will reduce the probability of missile shooting.
烟幕对红外和近红外等波段的电磁波有吸收、反射和散射等特性，可以导致红外成像制导导弹导引头接收到的能量大大衰减，从而降低导弹命中率。
The smoke screen that may absorb and scatter infrared, heavily attenuates energy of guidance head, and then will reduce the probability of missile shooting.
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