搜索资源列表
fdtd1
- fdtd1.rar 计算2维电磁散射及近——远场变换 求出雷达截面积-fdtd1.rar a 2-dimensional scattering and near -- far-field transform obtained radar cross-sectional area
integral2
- 运用物理光学法和矩量法计算带罩天线的远场辐射。-use of optical physics and Moment Method band antenna covers the far field radiation.
matlabasfdea
- 用MATLAB开发的FDTD系统研究电磁散射远场特性-developed using MATLAB FDTD system far-field electromagnetic scattering properties
2dmusic
- 远场2D 解相干 music算法 均匀圆阵-far field coherent music 2D solution algorithm uniform circular array
Slab
- matlab例程,用于计算任意层数平板波导结构。其中slabexec为主程序,readme中有程序使用的详细说明。可以计算任意层数的平板波导结构的有效折射率,光场分布和远场分布。
far3
- 这是一个用FDTD计算远场的c程序,该程序的核心是用近场值外推远场值。大大节省了计算机内存和计算时间。可谓经典。
patch
- 一个用C++计算微带天线的完整的3D例子,程序包含远场,电流,驻波等计算,对初学者帮助很大。
vc远场
- 一个用于远场涡流检测的数据采集系统的界面编程,可实现多通道采集-for a remote field eddy current testing data acquisition system programming interface, multi-channel acquisition
用于计算电磁场远场的程序
- 一个用于计算电磁场远场的程序,用MATLAB程序编写。,Used to calculate the electromagnetic field of a far-field procedures, programming with MATLAB.
Far
- 三维 近场-远场 变换 FDTD-FDTD near field to far field transmition
fdtd建模-近远场
- fdtd建模-近远场程序和电磁波时域有限差分方法简介,很好的一本书
1
- 自由空间格林公式的应用, 远场分布, 辐射功率, 增益(Free space Green's Function, far field pattern, radiated power and Gain)
near_far_field_transformation_2D_360
- 该代码将二维平面内辐射TM电磁波的近场转换为远场,接受包裹住辐射源的一个圆上的近场分布,计算远场分布。(This code calculates the radiation far field of 2D TM EM wave from its near field distribution on a circle.)
near_to_far_EM
- MATLAB上实现的FDTD近远场转换程序.(FDTD near far field conversion program implemented on MATLAB.)
近场与远场衍射的matlab模拟
- 以D-fft方法计算任意物屏的近场与远场衍射(The fresnel and fraunhofer diffraction of arbitrary screen calculated by D- FFT method)
NF2FF
- 近远场转换,解决实际使用问题,提高研发效率(near and far to help every body.)
共形阵远场方向图计算
- 圆柱面上等间距或者不等间距共形阵远场计算程序
EL_xue
- 仿真实现了均匀圆阵下的近远场混合源定位方法(The presented algorithm perform the localization of mixed near-field and far-field sources)
microscope_lens
- 该函数用于将近场光场图像投影到物镜的像平面上。输入为三通道二维矩阵(近场电场信息),通过波动光学仿真软件得到;输出为二维矩阵。可以在用户定义区定义放大倍数、数值孔径和离焦距离。(This function is used to project the near-field image onto the image plane of the objective lens. The input is a three channel two-dimensional matrix (near-field
success_ga
- 求取超表面远场信息,融合相应的优化算法,设计对应的超表面阵列编码(The far-field information of hypersurface is obtained and the corresponding optimization algorithm is fused)