scatterer ['skætərə]

scatterer的基本解释

n.

分散者, 散射体, 撒播者, 散播者

与scatterer相关的网络例句 [注：此内容来源于网络，仅供参考]

This paper presents a fast algorithm based on the measured equation of invariance.Conformal meshes are made along the surface of two-dimensional scatterer.Renumbering of nodes changed the original sparse matrix into band one,and the consumption of computer memory and CPU time decrease from O(N2) to O.Via this new algorithm,electrically large problem can now be rapidly solved.

提要 本文基于不变性测试方程法提出一种快速算法，在二维散射体表面建立共形差分网格后，通过对节点的重新排序，将原问题中的稀疏矩阵变换为带状稀疏阵，从而使占用的计算机内存和计算时间均由O(N2)下降为O，可以解决原来无法计算的问题。

It is shown that the kernel of the integral equation characters the boundary of scatterer, which is determined by solving it by virtual of regularity method, meanwhile, some numerical tests are given.

并给出了正交各向异性介质识别的数值实验。

The research achievement are acquired as follows: 1From mathematical models for inverse scattering in two dimensional homogenous media including Dirichlet, Neumann, Robin,all kinds of probable mixed boundaries and cracks, direct and inverse scattering are discussed, and ill-posed integral equation and indicator function method are formulated for the diverse of boundary identification. It is shown that the kernel of the integral equation characters the boundary of scatterer, which is determined by solving it by virtual of regularity method, meanwhile, some numerical tests are given.

本研究取得了如下研究成果： 1）在二维均匀介质逆散射各种边界识别的数学模型（包括Dirichlet，Neumann，Robin，各种可能的混合边界问题，裂纹问题）下，分别考虑了正散射问题和逆散射问题，推导了上述各种边界识别的不适定积分方程以及指示函数方法，由于积分方程的核充分表征了散射物的边界，由此说明只要利用正则化方法求解该积分方程，就可以确定散射物的边界，并给出了一些数值实验。

与scatterer相关的网络解释 [注：此内容来源于网络，仅供参考]

scatterer：散热器,扩散器

scattered photon 散射光子 | scatterer 散热器,扩散器 | scatula 盒子,小箱

scatterer：散射体

scattered x rays 散射x射线 | scatterer 散射体 | scattering 散射

scatterer：散热器

scattered 散布的 | scatterer 散热器 | scatterer 散射体

scatterer：散播者

scatteredload 分散负荷 | scatterer 散播者 | scattergood 大肆挥霍的人

isotropic scatterer：各向同性散射体

isotropic radiator 各向同性辐射体 | isotropic scatterer 各向同性散射体 | isotropic 各向同性的