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3d光子晶体带隙的fdtd算法
- 3维光子晶体带隙用fdtd，基于MATLAB平台的计算
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,
fdtd 3D
- 一个三维时域有限差分Finite Difference Time Domain, FDTD程序。希望对大家有所帮助。-A three-dimensional Finite Difference Time Domain, FDTD program. Hope helpful.
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).
FDTD
- susan matlab源码 FDTD教程 必看-susan matlab Fdtd
air_pml_lsj
- 3d-fdtd with upm ABC-3d-FDTD in matlab with upml ABC
fdtd3D_UPML
- This a 3D FDTD code with UPML absorbing boundaries-This is a 3D FDTD code with UPML absorbing boundaries
3D
- Riemann integral. Adaptative method, 3D
SplitPML3DFDTD
- Split PML 3D FDTD open source
fdtd_for_MATLAB123
- 1D, 2D and 3D FDTD methods for Matlab from Sullivan s book
3D-FDTDmatlab_PEC
- 三维电磁场FDTD程序（3D-FDTD matlab）PEC边界-（3D-FDTD matlab）PEC
fdtd-codes
- FDTD code 2D 1d and 3d
3dpml
- 3d pml fdtd with point source
PML-FDTD
- Aplicacion de Matlab para PML FDTD 1D, 2D y 3D
3D-FDTD
- 3d 平面波 科技进行仿真平面波的传播 应用在matlab 当中，直观简洁-3d plane wave
FDTD-Drude-model
- isotopic linear non-dispersive material grid size and time size is designated directly electic field nomalized PML for all three directions fdtd 3d with drude model TF/SF wave analysis incorperating electric conductivity and mag
fdtd3D
- 可以使用fdtd三维代码，清晰有效，能够直接观看到图形的变换(You can use FDTD 3D code, clear and effective)
FDTD_CPML_3D
- 是关于GPR正演模拟的FDTD-3D算法，加载完全匹配层吸收条件。。(It is the FDTD-3D algorithm for GPR forward modeling, loading the perfectly matched layer absorbing condition.)
berenger_PML
- 是关于GPR正演模拟的FDTD-3D算法，加载BPML完全匹配层吸收条件。。(It is the FDTD-3D algorithm for GPR forward modeling, loading the BPMLperfectly matched layer absorbing condition.)
FDTD_UPML_3D
- 是关于GPR正演模拟的FDTD-3D算法，加载UPML匹配层吸收条件。激励源是雷克子波(It is the FDTD-3D algorithm for GPR forward modeling, loading the UPML perfectly matched layer absorbing condition.)