1)dielectric cylinder介质柱
1.The hybrid technique of moment method,conjugate gradient method,and fast Fourier transform is applied to analyze 2D electromagnetic scattering from a dielectric cylinder with arbitrary inhomogeneity and anisotropy under oblique incidence.采用矩量法 ,共轭梯度法和快速傅里叶变换的混合方法来分析任意形状截面的非均匀各向异性的介质柱在斜入射条件下的二维电磁散射 。
2.The method of moments (MOM) in conjunction with the Cauchy technique is applied to predict the mono station radar cross section (RCS) pattern of an arbitrarily shaped two dimensional dielectric cylinder.本文基于 Cauchy技术和矩量法 (MOM)快速预测任意截面形状、非均匀介质柱体的单站雷达散射截面 (RCS)。
英文短句/例句
1.Analysis of Electromagnetic Scattering of Dielectric Cylinder Using MLFIPWA用MLFIPWA求解二维介质柱电磁散射
2.Absolute Photonic Band Gap of a Two-Dimensional Triangular-Lattice Photonic Crystal Consisting of Dielectric Rods二维三角晶格介质柱光子晶体的完全光子禁带
3.Anomalous Propagation in Photonic Crystals with Square Rods正方介质柱光子晶体中异常传输现象研究
4.Focus Character for Metamaterial Volume with Regular Polygon Structure under Light Irradiation光波辐射下正多边形异向介质柱聚焦特性分析
5.A Numerical Scheme to Analyze 2D EM Scattering by a Dielectric Cylinder Under Oblique-Incidence斜入射下介质柱二维电磁散射问题的一种数值分析方法
6.A MoM Model Based on Potential Integral Equations for Accurately Computing Electromagnetic Scattering by Imhomogenous Dielectric Cylinder位积分方程组矩量法用于精确计算非均匀介质柱的电磁散射
7.Study on Seal Element of Water Hydraulic Single Prop;水介质单体液压支柱密封元件的研究
8.Characteristic Analyse of Left-Handed Material Cylindrical Waveguide Mode左手介质圆柱形波导的模式特性分析
9.Accurate Analysis of Cylindrical Dielectric Resonator in a Rectangular Waveguide矩形波导中圆柱介质谐振器的精确分析
10.Dynamic Characteristic Analysis of Fluid-Filled Cylindrical Shells in Viscoelastic Medium;（黏）弹性介质中充液圆柱壳的动态特性研究
11.Investigation on the Propagation Characteristics of the Cylindrical Waveguide Filled with Multilayered Media;填充多层介质的柱形波导传播特性研究
12.Fundamental Theory Research and Application of Horizontal Baffled Flotation Column水平充填介质浮选柱的理论与应用研究
13.A New on-Column Conductivity Detection for Microchip Based on Accessional Solution Conductor Between Separation Channel and Electrodes微流控芯片电解质介导连接在柱式电导检测
14.Research on the Relationship between Air Core and Energy Consumption in Dense Medium Cyclone重介质旋流器内空气柱与能耗关系的研究
15.Wave-function Solutions of High Frequency for Homogeneous Isotropic Circular Cylinder均匀各向同性介质圆柱的高频波函数解
16.Study on the Effect of the Dielectric Cladding on the Performance of Cylindrical Conformal Microstrip Antennas介质覆层对圆柱共形微带天线性能的影响研究
17.Dynamic Anti-plane Behavior of the Interaction between a Crack and a Circular Inclusion in a Piezoelectric Medium;压电介质中圆柱夹杂与裂纹的动力反平面相互作用
18.On Scattering Characteristic of Conductor Cylinder Covered by Left-handed Material to Plane Electromagnetic Wave;左手介质覆盖导体圆柱对平面电磁波的散射特性研究
相关短句/例句
Cylindric medium柱状介质
3)dielectriccylinder介质圆柱
4)dielectric cylinder介质柱体
5)square dielectric rods正方介质柱
1.The finite-difference time-domain (FDTD) method is developed for the study of transmission characteristics of 2-D photonic crystals of square dielectric rods.把时域有限差分方法用于二维正方介质柱组成光子晶体传输函数理论研究,计算了若干情况下二维光子晶体的透射率即光传输函数随频率的变化。
6)cylindrical dielectric core电介质核柱
延伸阅读
柱介质的磁场特性柱介质的磁场特性magnetic field characteristics of column matrices ZhuJ}eZhi dee一ehang texing柱介质的磁场特性(magnetic fie一d。harae-teristies of eolumn matriees)两磁极之间的柱形磁介质周围磁场的分布规律。对于单根圆柱形磁介质的磁场特性，用下述方法确定，即将一横截面半径为r。的长直圆柱体置于磁感应强度为B。的均匀磁场中(见图)，由于其轴向长度远大于横截面的半径，在对轴向中间区段的磁场进行分析时，可忽略其两端的边缘效应，理想化为两维场。设圆柱内外介质的磁导率为召，和户:，并以庐1和笋2表示圆柱体内外的磁位函数。由于柱内外无电流是无源无旋场，所以磁位应满足拉普拉斯方程，用分离变量法解拉普拉斯方程，得柱介质外‘_{’，，〔r.a) 岁参x 圆柱形磁介质磁感应强度计算图距柱表面y处的磁感应强度为 n，，.产，一产。端、n B=(1+~份)B。 一、一’内+内r:，一。磁场梯度(gradB)为 丝__。己址二卫旦丝D 二云~一2一‘苦B。 d了“内+脚尸~”磁场力为 。，n。n，八.产1一产:咔、，产1一产2、嘴 丑grad刀=一ZB舌(i+号下于号)(导下于)号 一”---一一””一’产1十儿尸、产1+产2尸 对于单根矩柱形和多边柱形磁介质的磁场特性难以得出解析式，只能用数值计算法确定磁介质周围的磁场分布规律。对于多根磁介质间的磁场分布采用矢量迭加法确定。 (孙仲元)
