scattering surface

In this paper, based on the reciprocity theorem, the light scattering from a spherical particle above a slightly rough dielectric surface is studied.

基于互易定理研究了光波入射时微粗糙面与其上方球形粒子复合模型的光散射。

Time Domain Integral Equation Method for Electromagnetic Scattering from Rough Surface and Target

目标与粗糙面电磁散射的时域积分方程法

Attenuation, Scattering, Modeling water surface, Light shafts, Caustics.

衰减, 散射, 水面建模, 光线束, 焦散.

In high frequency range, the specular reflection echo have the same wave form as the incident wave, but in low frequency range or resonance scattering range, there is a time expansion of the pulse width after main reflecting echo from smooth curvature surface.

在低频或谐振散射区域，光滑曲率表面的脉冲镜反射回波特征是在主回波后有时间扩展，它是由曲率反射面产生的，称为回波的曲率效应；

Firstly the track of photons propagation is presented on two-dimensional view. Discuss the relationship between g factor, absorption coefficient, scattering coefficient and energy distribution on tissue surface.

从二维视角形象地给出光子在组织内部的运动轨迹，讨论各向异性因子、吸收系数、散射系数与光能量分布的关系。

Light Scattering From a Spherical Particle Above a Slightly Rough Surface and the Calculation of the Scattering Cross Section

微粗糙面上方球形粒子的光散射及其散射截面的计算

A new experimental method to measure the surface scattering and volume scattering of the K9 glass substrate by the total integrated scattering ( TIS) was presented.

提出了一种利用总积分散射（TIS）测量K9玻璃基片表面散射和体散射的实验方法。

The surface enhanced effect has been observed when the cation dye crystal violet was added to the silver sol. The signal of resonance scattering at 345 nm and 700 nm is enhanced greatly. The sensitive surface enhanced resonance scattering spectra was obtained.

当加入带正电的阳离子染料结晶紫后，产生表面增强效应，345nm和700nm处的共振散射信号大为增强，从而获得灵敏的表面增强共振散射光谱。

The magnetic field integral equation ( MFIE) is formulated to study the electromagnetic scattering from Alpha-stable non-Gaussian metallic material surface with a time harmonic wave and a UWB pulse wave incidence.

基于磁场积分方程研究Alpha-stable非高斯分布的金属材料表面的时谐波、超宽带脉冲波的电磁散射特性。

This paper presents the theoretical evaluation for the laser scattering from the waved seawater surface with the random facet model and the depolarization property of the seawater surface.

基于随机面元模型，建立了海面对激光散射的理论模型，详细分析了海面散射的退偏振特性。