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2d-fdtd
- 二维fdtd仿真自由空间中点源的辐射，边界条件为二阶Mur吸收边界条件-Radiation boundary conditions fdtd dimensional simulation of a point source in free space Mur absorbing boundary condition for the second-order
2D-FDTD-of-ridge-waveguide
- 光波在二维电介质中波导现象的有限时域差分计算方法。-2D FDTD of light guided through dielectric ridge waveguide.
FDTD-2d-without-pml
- fdtd_2d basic algorithum version 1 isotopic linear non-dispersive material an soft gaussian source Dirichlet boundary conditions grid size and time size is designated directly Ez mode electic field nomalized- fdtd_2d basic algori
FDTD-2D-with-pml-and-Total-field-and-scattering-f
- fdtd_2d basic algorithum version 4 isotopic linear non-dispersive material grid size and time size is designated directly Ez mode electic field nomalized PML for y directions periodic conditions for x-direction TF/SF source- f
2D-FDTD-Cylinder-Scatter
- 使用matlab通过fdtd实现一维到三维的光子晶体模拟-Using MATLAB FDTD to achieve through the one-dimensional to three-dimensional simulation of photonic crystal
2D-and-3D-FDTD
- 2D和3D在PML边界条件下的FDTD例子-The example of 2 d and 3 d of FDTD in PML boundary condition
LuoK_D2_Mur
- 电磁场时域有限差分，二维Mur吸收边界条件-FDTD 2D Mur
LuoK_D2_PML
- 电磁场时域有限差分数值计算，二维完全匹配层程序-FDTD 2D PML
fdtd2D_Te
- FDTD 2D TE com PE-FDTD 2D TE com PECCCCCCC
fdtd2D_TM
- FDTD 2D Onda TM PEC
2DTMwaveguide
- 时域有限差分法的2维TM模圆柱波导，matlab代码-fdtd 2d tm mode cyclin waveguide matlab code
FORTRAN-TM
- 二维TM波的FDTD-2D TM wave under two-dimensional TM wave of FDTD
FDTD_2D
- fdtd计算无限长圆柱散射场的程序，有TFSF加载入射场，无近远场外推-FDTD 2D with UPML and TF/SF interface example
FDTD
- 2D-FDTD-Cylinder-Scatter算法的代码，对2D-FDTD-Cylinder-Scatter学者有帮助-2 d- FDTD- Cylinder- Scatter algorithm code, the 2 d- FDTD- Cylinder- Scatter scholars have help
OpenSource
- A 2D time-domain acoustic/elastic wave equation modeling code using FD method
FDTD_solve_2d
- 2D FDTD with matlab simulations
fieldsplots.tar
- 2D FDTD plot field routine
test func.tar
- 2D fdtd simulation of gaussian waveform
2-D-Mur
- 二维电磁波在自由空间的传播，边界条件为Mur吸收边界(2D FDTD solution for Mur's Absorbing Boundary Condition Simple harmonic excitation source)
Desktop
- 卷积完全匹配层，电磁波时域有限差分法，mur吸收边界，一维二维实现(cpml finite difference time domain mur 1d 2d)