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fdtd1D
- FDTD一维程序，可以帮助大家建立一维模型，并输入参数运行。比如传输线、同轴线及平面波的设置及模拟都可以采用这个程序解决问题，尤其是给出了边界的设置方法。-FDTD a peacekeeping process, we can help build a dimensional model and input parameters operation. For example, transmission lines, coaxial line and plane wave configuratio
fdtd1D
- 基于matlab的一维时域有限差分程序，使学习时域有限差分方法的好资料。
fdtd1D
- finite difference time domain 1d code
Taflove
- taflove codes for matlab, from the book fdtd1d,2d,3d
fdtd1D
- 一维光子晶体的FDTD 分析法MATLAB程序-One-dimensional FDTD analysis of photonic crystals MATLAB program
fdtd1D
- 1-D FDTD code with simple radiation boundary conditions Program author: Susan C. Hagne-1-D FDTD code with simple radiation boundary conditions Program author: Susan C. Hagness
fdtd1D
- simulation for one-D FDTD-Basic standard FDTD code for learner
fdtd1D
- 一维FDTD计算电磁散射的MATLAB源码-1D-FDTD code for the simulation of electromagnetic scattering problems
fdtd1D
- Taflove的FDTD书的附带程序一维FDTD算法源代码！-Taflove the FDTD program book with one-dimensional FDTD algorithm source code!
FDTD1d
- FDTD一维场的叠加显示，对初学者有很大的帮助。-Superposition of one-dimensional FDTD field shows a great help for beginners.
fdtd1D
- 1d photonic crystal simulation
fdtd1D
- 计算电磁学中FDTD（有限时域差分法）一维的算法程序。-FDTD (finite difference time domain method) one-dimensional algorithm program in computational electromagnetics.
fdtd1d
- simulation of electromagnetic by 1d FDTD
fdtd1D
- 1-D FDTD code with simple radiation boundary conditions
fdtd1D
- This MATLAB M-file implements a finite-difference time-domain solution of Maxwell s curl equations over a one-dimensional space lattice comprised of uniform grid cells. To illustrate the algorithm, a 1-GHz sinusoidal wave propagating in a nonperme
fdtd1D
- Taflove书的一维时域有限差分完美边界的程序！欢迎下载！-Taflove book one-dimensional finite-difference time-domain boundary perfect program! Welcome to download!
FDTD1D
- 用matlab编写FDTD一维程序，分别显示吸收边界和反射边界情况-One-dimensional FDTD using matlab procedures, respectively, show the absorption and reflection boundaries circumstances
fdtd1D
- 时域有限差分方法（Finite Difference Time Domain） 一维结构计算(Finite Difference Time Domain calcutions in one dimensional structures)