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1·The problem of dipole cloud′s effective scattering cross section while observed by a monostatic radar was studied.

研究了自由空间中半波偶极子云团对于单基地观测雷达的有效散射截面问题。

2·The author calibrates the point target of standard lambert slab and derives the theoretical formula of its lidar scattering cross section.

推导了点目标的激光雷达散射截面的理论公式，对标准朗伯平板点目标进行了定标。

3·Particles of energy E are scattered by a certain potential well. In finding the total scattering cross section, the physical background are often ignored.

能量为E的粒子被某一势阱散射，如果推求总散射截面常常易忽视物理背景。

4·And if you scatter you can have an elastic scattering cross section or an inelastic scattering cross section which are combined to the fundamental scattering cross section.

如果你们有一个弹性散射，横截面或非弹性散射横截面，那是结合成基本的散射，横截面。

5·Using a plate whose hemisphere reflectivity is known as a standard plate, the lidar scattering cross section (LRCS) and hemisphere reflectivity of a target plate are measured inversely.

在外场用已知半球反射率的靶板作为标准靶板，反演测定目标靶板激光雷达散射截面和半球反射率。

6·The distributions of the scattering cross section for the Gaussian rough surface and fractal surface are compared and the influence of different surface RMS slopes on the shadowing effect is analyzed.

比较了高斯粗糙面和分形粗糙面的散射截面分布情况，分析了粗糙面不同均方根斜率对遮蔽效应的影响。

7·The problem of the dipole cloud is an effective scattering cross-section while observed by a monostatic radar was studied.

偶极子云的问题是在通过单基地雷达观测时有效散射截面。

8·You have what we call a total cross section which is the total probabilities of either scattering or absorption. These are the two phenomenon that we are talking about.

你们有我们称为总横截面的,那是散射或者吸收的总概率,这些是我们要谈论的,2个现象。

9·Electromagnetic wave propagation parameters of passive scattering planes used in microwave radio relays are given by applying the method of solving the radar cross section (RCS).

本文通过求解雷达散射截面得到了无源电磁散射板应用于微波接力通信中的电磁波传播参数。

10·RCS (radar Cross Section) is a key factor in designing stealth weapons, so the research of radar targets scattering characteristics has become the foundation of stealth technologies.

雷达散射截面(RCS)是隐身装备外形设计的一项重要指标，研究雷达目标的电磁散射特性已成为目标隐身设计和目标识别的基础。