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fd2d_3.1
- 2D TM program FDTD fd2d_3.1.c
meep1.1.1.rar
- meep1.1 MIT光子晶体设计计算软件
FDTD.rar
- 1-D FDTD code with simple radiation boundary conditions,1-D FDTD code with simple radiation boundary conditions
Untitled
- FDTD程序关于一维时域有限差分法(分层介质,反射,透过系数-FFT)-1-D FDTD code with simple radiation boundary conditions
FDTD_1.1.c
- 一维FDTD,计算电磁场在空间中的传播,使用Matlab显示计算结果。-One-dimensional FDTD, the calculation of electromagnetic field propagation in space, the use of Matlab show the calculation results.
1
- 一个optiFDTD计算表面等离子体的程序,对于学习fdtd法很有帮助-Calculation of a surface plasmon optiFDTD procedures FDTD method for learning useful
FDTD_1D
- 1 D FDTD matlab code -1 D FDTD matlab code
CPML_1D
- FDTD CPML 1D absorption boundary conditions
Csoource
- FDTD 1-d C++ sourece-FDTD 1-d C sourece
FDTD_2.1
- 本程序是使用有限时域差分法计算模拟电磁波在光学薄膜中的传输,加入边界条件,可以计算加入有损耗介质进行计算模拟,运用Qt技术,运用Qmake进行工程管理。运用matlab显示结果-This procedure is the use of FDTD method simulation of electromagnetic waves in optical thin films in transmission, add the boundary conditions can be calculated
1
- 很好的一个电磁波散射的有限时域差分法一维程序-a 1D code for computing eletrimagnetic waves with FDTD
quantumfdtd-1.1
- Domain (FDTD) Solver Version 1.1, Mar 18 2009 Author(s): Michael Strickland-Domain (FDTD) Solver Version 1.1, Mar 18 2009 Author(s): Michael Strickland
tingerfdtd-0.1.10(win32)
- Tinger FDTD 是一款基于 FDTD 算法的二维全矢量电磁场数值模拟软件,可应用于光电、微波、电磁等器件及一般光学器件的仿真、设计优化和教学,也可用于光子晶体和特异材料等现代光子学的研究。利用该软件的数值模拟功能,弥补了无法进行实验验证的缺陷。该软件具有广泛的平台通用性,可以在 Windows、linux、嵌入式 Linux 等平台中运行。并具有友好的图形化界面,为软件使用者提供方便。Tinger FDTD完美支持简体中文和英文,并可以动态切换语言。 -Tinger FDTD algor
FDTD
- 1, 2 and 3-D FDTD code with PEC boundaries Program author: Susan C. Hagne-1, 2 and 3-D FDTD code with PEC boundaries Program author: Susan C. Hagness
1-1
- matlab code, fdtd for microstrip
FDTD-1-D
- 1 D FDTD using Matlab. Paper source : Hung Loui, Student Member, IEEE. ECEN-6006 NUMERICAL METHODS IN PHOTONICS PROJECT-1, SEPTEMBER 2004
FDTD
- FDTD (1).zip
FDTD-1-2-3D
- fdtd code in 1,2,3 dimensional!
FD3D_4.1.C
- fdtd三维编程,三维偶极子激励源,无吸收边界,在空间中心位置,高斯脉冲。(FDTD 3D programming, three-dimensional dipole excitation source, no absorption boundary, spatial center position, Gauss pulse)
FD3S_1.1
- 3D fdtd in Spherical coordinates