The method can be implemented with great efficiency in numerically simulation for the reason of mesh division can be made in scattering region instead of whole computational domain.
在数值计算中，该方程方法只需将散射体进行剖分，而不必将剖分推至整个计算域内进行，计算效率较高。
In this paper, the step frequency response equation of optical-region radar target is firstly established by using theories of multiple scattering centers and local resonance.
本文首先根据多散射中心理论与局部谐振原理，建立了雷达目标在光学区阶梯频率波形激励下的响应方程。
We argue a factorization formula for semi-inclusive deep-inelastic scattering with hadrons in the current fragmentation region detected at low transverse momentum.
论证了在小横动量区域内半深度非弹性散射量子色动力学因子化公式。
The absorption coefficients approach to zero inside the target nucleus, so that the elastic scattering takes place at the surface region of nucleus.
光学势在核中的吸收系数趋于零，因此弹性散射主要发生在核的表面。
Scattering center model describes the scattering characteristic of radar targets in optical region.
散射中心模型是描述光学区雷达目标电磁散射特性的重要工具。
To deal with the scattering collision in high energy region, inelastic scatter is also taken into account.
在处理高能区的散射碰撞时，还考虑了非弹性散射。
In high frequency region, the response of an extended target is well approximated as the sum of responses from individual scattering centers.
在高频区，复杂目标的电磁散射表现为多散射中心相干迭加的结果。
The software in the credit region work together to achieve data scattering, store, assembling and destroy.
该软件在用户指定的信任域内相互协作才能完成信息的分散、存储、恢复和销毁。
Surface enhanced FT Raman spectrum of methylviolegen on the array reveals that Raman scattering in near IR region was mainly enhanced …
甲基紫精在银纳米粒子阵列上的表面增强FT 拉曼光谱表明在近红外区拉曼散射的表面增强主要来自于化学增强效应。
Surface enhanced FT Raman spectrum of methylviolegen on the array reveals that Raman scattering in near IR region was mainly…
甲基紫精在银纳米粒子阵列上的表面增强FT 拉曼光谱表明在近红外区拉曼散射的表面增强主要来自于化学增强效应。
The efficient numerical solution in the region of low frequency and resonance is presented for electromagnetic scattering on rectangular conductors and dielectric-coated plates.
本文根据二重性原理及矩形导体板边界条件的特点，提出了二维板表面电、磁流密度的全域基表达式，利用矩量法求解电磁场问题。
The information producer produces the information indicative of the characteristic of the region based on the scattering information acquired by the information acquiring unit.
根据通过该信息取得部 取得的信息生成表示前述检查部位的特性的信息。
The information producer produces the information indicative of the characteristic of the region based on the scattering information acquired by the information acquiring unit.
根据通过该信息取得部 取得的信息生成表示前述检查部位的特性的信息。
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