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GprMaxV2.0
- 一款优秀的基于FDTD的探地雷达仿真软件-A GPR simulation tool
fdtd
- fdtd时域有限差分法基于c++的实现，可以有效模拟地质雷达的电磁波-fdtd FDTD method is based on the realization of c++, can effectively simulate the electromagnetic GPR
GPR_final2
- 三维 电磁波 有限差分 本来用于计算三维GPR正演，还不是最终版，还在调试PML边界-3D FDTD
gprmax
- gprMax 是利用有限差分时域 (fdtd) 方法求解3D 麦克斯韦方程组，用来模拟探地雷达而设计的, 但也可用于为许多其它应用建立电磁波传播模型。(The Gprmax is designed by using the finite difference Time-domain (FDTD) method to simulate the 3D Maxwell equations, but it can also be used to
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_2D_CPML_S2
- 是关于GPR正演模拟的FDTD-2D算法，加载完全匹配层吸收条件。。(It is the FDTD-2D algorithm for GPR forward modeling, loading the perfectly 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.)
FDTD_Mur_free_space_mid_source_gedebiao
- 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.)
FDTD-algorithm-GPR-master
- gpr algoritm from FTFD perspertive