搜索资源列表
df_psv.new
- 有限差分的原代码，使用C和Fortran编写而成。-Finite difference of the original code, the use of C and Fortran prepared.
crank_nicholson
- 有限差分法（crank_nicholson finite difference ) 求解色谱模型-Finite difference method (crank_nicholson finite difference) model for solving chromatography
SMB_EDmodel_pedpe
- 模拟移动床色谱的计算机模拟，SMB，有限差分法，平衡扩散模型-Simulated Moving Bed Chromatography Computer Simulation, SMB, finite difference method, balanced diffusion model
finitedif
- 石油行业软件,有限差分法在地震资料处理中的应用程序源码-The oil industry software, finite difference method in seismic data processing application source code
work
- 有限差分，分析激光器内载流子浓度的分布。激光器有源区的自发发射光谱-Finite difference analysis of lasers with carrier concentration distribution. Laser active region of the spontaneous emission spectrum
fdtdvisco
- Frotran77编写的地震波传播在二维吸收介质的，有限差分-Frotran77 prepared by two-dimensional seismic wave propagation in absorbing media, finite difference
AP-1966-FDTD(Yee)
- 最常用的时域有限差分算法FDTD方法鼻祖YEE的论文，学习参考-The most commonly used finite difference time domain FDTD method algorithm originator YEE papers, learning reference
finite_difference
- 有限差分法解二维电场，里面有正方形，矩形，正六边形以及二维无限场域问题-Finite difference method solution of two-dimensional electric field, which has a square, rectangle, regular hexagon, as well as infinite two-dimensional field problems
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。-Matlab-based one-dimensional finite difference time domain procedure, so that learning FDTD good information.
fdtd2D
- 基于matlab的二维时域有限差分程序，使学习时域有限差分方法的好资料。-Matlab-based two-dimensional finite difference time domain procedure, so that learning FDTD good information.
fdtd3D_CPML
- 基于matlab的三维时域有限差分程序（pec边界条件），使学习时域有限差分方法的好资料。-Matlab-based three-dimensional finite difference time domain procedures (pec boundary conditions), so that learning FDTD good information.
fdtd3D_pec
- 基于matlab的三维时域有限差分程序（cpml吸收边界），使学习时域有限差分方法的好资料。-Matlab-based three-dimensional finite difference time domain procedures (cpml absorbing boundary), so that learning FDTD good information.
fdtd3D_UPML
- 这个身重要，基于matlab的三维时域有限差分程序（UPML各向异性的完美匹配吸收层），使学习时域有限差分方法的好资料。-The body important matlab-based three-dimensional finite difference time domain procedures (UPML anisotropic perfectly matched layer), enabling learners to FDT
transmissionLine
- 时间域有限差分法（TD-FDM）源代码，用于计算任意传输线问题，最后与理论解比较。进一步说明见程序文件timeUpdt.m-Time domain finite difference method (TD-FDM) source code, used to calculate the arbitrary transmission line problems, and finally compared with the theoretic
FDTD_Matlab
- FDTD（时域有限差分法）算法的Matlab源程序-FDTD (FDTD) algorithm Matlab source code
WaveFieldNumericalSimulation(StaggeredGrid)
- TotalWES.m是主干程序，而DCoef和FCTforAW是里面调用的函数。TotalWES只要实现交错网格有限差分波场数值模拟，其中的FCTforAW是用来消除数值频散的。这些是实现弹性波波场模拟的程序，其它两个文件是实现声波波场模拟的程序-TotalWES.m is the backbone of the procedure, and DCoef and FCTforAW is inside a function call. A
fdtd
- FDTD（时域有限差分法）算法的Matlab源程序-FDTD (FDTD) algorithm Matlab source code
youxianchafen
- 地震波正演的高精度有限差分偏移技术的论文，写得不错哦-Seismic waves are my high-precision finite-difference migration of papers, written a good, oh
by1
- 边缘检测算法的基本步骤 （1）滤波。边缘检测主要基于导数计算，但受噪声影响。但滤波器在降低噪声的同时也导致边缘强度的损失。 （2）增强。增强算法将邻域中灰度有显著变化的点突出显示。一般通过计算梯度幅值完成。 （3）检测。但在有些图象中梯度幅值较大的并不是边缘点。最简单的边缘检测是梯度幅值阈值判定。 （4）定位。精确确定边缘的位置。 Canny边缘检测算法 step1:用高斯滤波器平滑图象； ste
2Dfd
- 2D有限差分法程序,未加边界条件,适合一般情况下的波动方程模拟-2D finite difference method procedures, without boundary conditions, suitable for general wave equation simulation