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1)  Glauber multi-scattering
Glauber多重散射
2)  Glauber multiple scattering theory
Glauber多重散射理论
1.
Based on the Jastrow description of nuclear structure, theoretical analysis of the experimental cross sections for small-angle elastic p-~(4)He scattering at the energy about 1 GeV has been performed in the framework of Glauber multiple scattering theory.
基于原子核结构的Jastrow描述和Glauber多重散射理论,我们对1GeV的质子与4He的小角度弹性散射微分截面的实验数据进行了理论分析。
3)  Glauber scattering
Glauber散射
4)  Multiple scattering
多重散射
1.
Monte Carlo Simulation of LIDAR Return Signals I.Multiple Scattering Intensities from Homogenous Haze;
激光雷达回波信号的蒙特卡罗模拟研究:I.均匀薄雾的多重散射强度分布(英文)
2.
Influence of multiple scattering on attenuation of millimeter wave propagation in sand and dust storm;
沙尘暴多重散射对毫米波衰减影响研究
3.
An improved formula for the multiple scattering of particles in Fraunhofer-approximation;
F-近似下颗粒的多重散射计算公式的改进
5)  multiple-scattering
多重散射法
1.
Then,using the multiple-scattering method,the anechoic properties of the viscoelastic rubber coating(with a thickness of 8?mm)containing a plane of periodically distributed air spheres are investigated under different backing conditions.
以此为基础,利用多重散射法分析了不同背衬条件下,含有单层周期球状空腔的橡胶覆盖层(厚度为8mm)的消声性能。
2.
The quality factor Q and transmission T of two-dimensional photonic crystal microcavities,which consist of square arrays of Al2O3 rods with 5 lattice defects,were simulated by the multiple-scattering computation method.
利用多重散射法数值模拟了多个具有五个缺陷点的氧化铝介质柱四方晶格二维光子晶体微腔的透过率T和品质因子Q。
6)  multiple light scattering
多重光散射
1.
Based on the radiative-transfer equation,considering the shape and size distribution,we obtain the multiple light scattering of this kind of particles.
文中建立了一类椭圆截面非球形颗粒模型,求得其散射相位函数,借助于辐射传播方程,考虑形状及大小分布,得到了该类颗粒群的多重光散射。
补充资料:自治场多重散射波Xα方法
分子式:
CAS号:

性质:用于分子计算的Xα方程。在Xα方程基础上采用松饼罐头(muffin-tin)近似,将分子分为三个区:原子内区I,原子间区II和原子外区III,进而对其势能采取近似,然后根据Xα方程分别对三个区域利用边界条件建立久期方程并求解,从而得到分子轨道和能级。该方法计算简单,用过渡态概念计算的结果和能谱数据接近,而且适于原子簇的计算。但是其计算精度比从头算差,对共轭分子计算也不理想。   

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