搜索资源列表
3D-fdtd
- 三维的有限时域差分源程序，边界条件为pml
pml3D.rar
- pml三维程序，8层，fdtd欢迎指正，,PML of three-dimensional procedures, 8 layer, fdtd welcome to correct me,
FDTD3Dcomprehensive.rar
- 3D 复杂的FDTD的MATLAB程序，同时计算运行时间 PML吸收边界,This MATLAB M-file implements the finite-difference time-domain solution of Maxwell s curl equations over a three-dimensional Cartesian space lattice comprised of uniform cubic grid cells.
fdtd-3d-pml.rar
- 在c++环境下编写的fdtd三维pml吸收边界程序，经过调试后效果很好,In c++ environment, prepared by three-dimensional pml absorbing boundary fdtd procedures, after testing the effects of good
pml.rar
- 3D FDTD PML,3D FDTD PML
fdtd3D
- 利用时域有限差分（FDTD）仿真三维（3D）电磁波的传播，吸收边界条件为完全匹配层（PML）。-The use of finite difference time domain (FDTD) simulation of three-dimensional (3D) electromagnetic wave transmission, absorbing boundary condition for the perfectly matched layer (PML).
cpml
- 三维PML-FDTD的C语言代码，完全匹配层的C语言实现-3D PML-FDTD in the C language code, perfectly matched layer in C language
fdtd_3D_xyzPML_MPI_OpenMP
- FDTD的三维matlab程序,PML边界 -Matlab three-dimensional FDTD program, PML boundary
3d
- 利用PML吸收边界条件计算对称阵子天线的辐射，并且画出动态图像-PML absorbing boundary conditions for the use of Symmetric stream of the antenna radiation, and to draw dynamic image
SplitPML3DFDTD
- Split PML 3D FDTD open source
3d-letter
- 三维字体，PML语言源代码，由AUTOCAD的C#接口控制编译而成；-D fonts, PML language source code from the C# interface control AUTOCAD compiled from
fdtd3D_UPML
- finite difference time domain 3d code PML BC
3d_fdtd_pml
- 3维的FDTD的matlab实现，无毛刺，mur差分法。pml。-3-dimensional FDTD
3dpml
- 3d pml fdtd with point source
PML-FDTD
- Aplicacion de Matlab para PML FDTD 1D, 2D y 3D
fdtd3Dplanewave
- PML边界的三维FDTD的matlab程序-3D FDTD program with PML ABC
3d
- simulation of propagation em fdtd pml
3D FDTD with PML
- A 3D FDTD program with UPML.
pml
- 使用PML吸收边界三维FDTD算法MATLAB代码 -PML absorbing boundary 3D FDTD algorithm MATLAB code
MatLab_FDTD_2_PML
- 利用FDTD+PML算法计算三维电磁场分布的MATLAB程序，内容丰富，可帮助初学者学习FDTD方法。(FDTD+PML algorithm used to calculate three-dimensional electromagnetic field distribution of the MATLAB program, rich in content, can help beginners learn FDTD method.)