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CPML
- FDTD--目前最好的吸收边界条件，程序很规范的，非常有用，好东西大家一起分享了-near to far trsformation
fdtd_2D_TE_PML
- 二维FDTD模拟 pml吸收边界程序，功能强大，书写详尽-Pml absorbing boundary two-dimensional FDTD simulation program, powerful, writing a detailed
PML_layer
- 介绍完全匹配层吸收边界的经典文献的翻译 适合研究人员参考-Descr iption perfectly matched layer absorbing boundary for the translation of the classic literature of Reference
fdtd
- 时域有限差分的Fortran代码，其中吸收边界为mur2-This Fortran program is used to calculator electromagnetic problem of FDTD
2d
- 2d TE波 FDTD 程序，采用分裂场PML吸收边界条件-2d TE wave FDTD program, using the split field PML absorbing boundary conditions
pml
- 用声波方程差分方法实现的地下模型地震波正演，用pml吸收边界 -Acoustic wave equation finite difference method is used to implement the model of underground seismic forward modeling, with PML absorbing boundary
Vacuum-absorption-dimensional-FDTD
- 真空中有吸收边界的二维FDTD仿真，能帮助我们通过软件更好地学习电磁计算方法。-Vacuum absorption dimensional FDTD simulation boundary, can help us learn better electromagnetic calculations by software
dizhenbo
- 有限差分的声波传播模拟，不带边界吸收处理。-Finite difference simulation of wave propagation without border absorption treatment.
3D-C-PML-fdtd
- 用于三维空间中的电磁场数值模拟，边界条件为CPM吸收边界-3d FDTD code with CPML
1
- 利用FDTD模拟点源辐射，采取mur吸收边界-Simulation of point source radiation using FDTD, take the Mur absorbing boundary
Higdon
- 二维声波方程正演模拟，运用了哈哥顿吸收边界条件，一阶到四阶吸收边界-Dimensional acoustic wave equation forward modeling, the use of Hage Dayton absorbing boundary conditions, a boundary order to absorb the Fourth Order
FDTD_1D_ABC
- FDTD算法模拟采用吸收边界条件下一维光波在自由空间的传输问题，代码很简洁美观，试用于初学者-FDTD algorithm simulation using absorbing boundary condition to the next dimension in the light transmission problems of free space, the code is very simple and beautiful, the trial for beginners
fdtd_programe
- FDTD程序，包括一维，二维三维散射程序，采用PML吸收边界条件进行吸收-FDTD program, including one dimensional and two dimensional three-dimensional scattering process of PML absorbing boundary condition is adopted to improve the absorption
The Needed
- 该程序利用有限时域差分法在线激励源和PML吸收边界条件下模拟了含一圆柱介质的空间内的电磁场分布，计算了圆柱介质内某一频率的电磁场分布和空间内某一点处电场的幅度-时间响应曲线。(The program uses the finite difference time domain method to simulate the electromagnetic fields distribution at a certain frequency in a cylindrical medium space
EngquistMajda
- 详细介绍了把麦克斯韦方程转化为时域差分方程时所用到的恩奎斯特，马伊达吸收边界条件(Absorbing boundary conditions for the finite-diference approximation of the time-domain electromagnetic-field equations)
PML边界
- 二阶标量声波差分有限差分正演模拟，加PML吸收边界（完全匹配层），实现边界无反射效果，可以添加各种模型，进行正演模拟。(2D -acoustic equation finite-difference forward modelling,which include perfect match layer.it can achieve the result that have no reflection,and it also can achieve other the result of mode
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- 采用时域有限差分法模拟了电磁波在一维空间传播的情况，其中电磁波为平面波，激励源为正弦波，程序中没有加入吸收边界条件(The finite-difference time-domain method is used to simulate the propagation of electromagnetic waves in one-dimensional space. The electromagnetic wave is a plane wave, the excitation source