搜索资源列表
MATLAB
- matlab numerical phantom and EM simulation FDTD algorithm in matlab
2-D-EM-field-simulator
- 两维FDTD电磁场数值模拟程序,包含程序应用手册,可用于二位微波器件仿真、探地雷达数值模拟-REALTIME: A TWO-DIMENSIONAL ELECTROMAGNETIC FIELD SIMULATOR
2DfdtdEM
- 本程序教我们如何利用fdtd计算二维电磁场-It tells how to calculate the EM.
JFDTD
- JFDTD , a good FDTD oprocdure with programs to analyse and visualize the EM phenomena
3D_FDTD_Fortran
- 用fortran写的三维空间FDTD仿真,重点在于帮助对三维空间EM传播的理解。-realize the propogation of electromagnetic under 3-D situation,with respect to the PML ABC, and using fotran.
fortran_1044
- FDTD 3D photonic Use to visualize the propagation of EM wave in a photonic crystal
pml1d
- simulation 1d of propagation em with method of fdtd with PML perfect matched layer-simulation 1d of propagation em with method of fdtd with PML perfect matched layer
3d
- simulation of propagation em fdtd pml
20111209_1D_CPML_Drude
- 此为fdtd色散介质-Drude model,一维程序提供初学者学习的机会-It is fortran code to provide a chance to learn the computational EM wave application of dispersive media for Drude model
fdtd-1D-2D-3D
- 1,2,3维有限时域差分用于计算电磁学matlab代码!-1,2,3 Dimension Finite Difference Time Domian for EM
CN_fdtd_3d_pml
- 介绍一种结合CN-FDTD方法和UPML的新算法,它能以较高的精度解决3维电磁散射问题。-this code contains a new algorithm that combines CN-FDTD and UPML which can result in low computing dispersion in solving EM problems.
EmFDTD
- FDTD 源代码 大全,matlab格式 ! -FDTD code forcalculation EM!
FDTD
- Fdtd for EM, this is very good for the person who need to code. you can read it easily!Moreover, you can try to run it with Matlab!Yes yes yes yes
3dfdtd
- fdtd 电磁计算 三维电磁仿真技术 电磁场计算 fdtd 算法-fdtd Em compute em field calculation
fdtd2D
- 通过是与有限差分法,使用matalb模拟二维光子晶体-simulation of EM wave in two-dimensional photonic crystals using fdtd
2DFDTDscatteringfuben
- This program simulate PML as absorbing boundary condition for 2D-FDTD of TMz mode EM wave. This program works for any rectangular workspace with same or different step size in x and y direction
1D-FDTD
- 1d FDTD code for solving EM problem base on sulivvan book
EM scattering codes
- Analytical Singular Value Decomposition