搜索资源列表
3DTEFDTDTerrain
- 利用Opengl显示的FDTD程序示例-use Opengl shown in the examples FDTD
fft2_and_fdtd
- 2D Fourier变换在光衍射方面的应用一例,对孔函数直接应用FFT2,得到衍射结果；以及FDTD方面的两个不成熟的程序-2D Fourier Transform-ray diffraction case of the application of direct application Kong FFT2 function, be diffraction; FDTD and the two immature procedures
Fdtd
- 用于探地雷达的matlab正演程序，可以作二维的正演。
FDTD.f
- 三维光子晶体的带系和结构模拟程序，用matlab编写，很好用的。
gprchengxiang
- 用FDTD建立二维模型，使用matlab实现衍射层析成像显示目标的电性参数-diffraction tomography
chengxiang
- 用FDTD建立二维模型，再用matlab实现层析成像，显示目标电磁特性-diffraction tomography
fdtd-pml
- fdtd 时域有限差分法pml吸收边界条件 实现-fdtd FDTD method achieved pml absorbing boundary condition
fdtd_3d_c
- 初学者，用c编的fdtd 3d 程序，希望对大家有用 -Beginners, with the c series of fdtd 3d program, we hope to be useful
DOfdtdpml
- 一个用于FDTD的PML边界的三维代码的初始化说明。-The PML for the FDTD boundary of a three-dimensional descr iption of the initialization code.
tmfdtd_2d
- electromagnetic simulation using fdtd method (Sullivan Dennis)书后程序-electromagnetic simulation using fdtd method (Sullivan Dennis)
3d-FDTD-UPML__3D
- 三维时域有限差分法结合UPML吸收边界条件模拟程序-Three-dimensional finite-difference time-domain method combined with UPML absorbing boundary conditions
cpml
- 三维FDTD，采用ＣＰＭＬ吸收边界，高斯脉冲激励通过总场连接边界加入-three dimension FDTD,cpmlAbsorbing boundary connecting the boundary plus incentive
3DFDTD
- 3DFDTD三维光子晶体带隙,利用FDTD的方法计算3D光子晶体的能带结构-3DFDTD 3D photonic crystal band gap,using the FDTD method of calculation of the 3D photonic crystal structure of the band
Untitled
- 3Dfdtdmatlab是用matlab编写的程序，FDTD算法-3Dfdtdmatlab programs written using matlab FDTD method
CPMLFDTD3D
- fdtd CPML boundary condition code in C
FDTD-3D
- FDTD三维波导电磁场分布 用C++编译。-FDTD 3D waveguide electromagnetic field distribution using C++ compiler.
One-dimensional-FDTD
- The matlab program of One-dimensional FDTD
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
Ez_XY.mov
- Julia simulation code 3d fdtd
metalens
- 在FDTD solutions 绘制超透镜(Hyperlensing in FDTD solutions)