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1D的有限差分时域法计算电磁波散射c语言模拟程序-1D finite difference time domain electromagnetic wave scattering method c language simulation program
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采用FDTD时域有限差分法计算电磁波的传播问题等。-using FDTD finite-difference time-domain electromagnetic method of transmission problems.
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基于时域有限差分FDTD的三维电磁场计算，PML边界，FORTRAN程序,Based on the finite difference time domain FDTD calculation of three-dimensional electromagnetic fields, PML boundary, FORTRAN procedures
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基于电磁波方程，在时间域对电磁波场进行有限差分正演模拟。Helmhotz方程。-Based on the electromagnetic wave equation, in the time domain electromagnetic field of finite-difference forward modeling. Helmhotz equation.
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关于电磁波散射的时域有限差分法计算程序 很好的-a code about finite difference time domain method for electromagnetic waves scattering
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利用有限时域差分的数值模拟方法进行电磁场的模拟计算的详细说明-Finite difference time domain numerical simulation methods for electromagnetic field simulation of the detailed descr iption of
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FDTD(时域有限差分法)计算电磁场分布，可以在visual c++环境中运行。其中采用的格式是用C语言写的，适用于初学者。程序中ex与ey分别代表电场分量与磁场分量。-FDTD (finite difference time domain method) calculation of the electromagnetic field distribution in the visual c++ environment. Which format is used to write in C l
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meep是MIT开发的时域有限差分软件，能精确计算电磁波在各种介质中的传播。-Meep (or MEEP) is a free finite-difference time-domain (FDTD) simulation software package developed at MIT to model electromagnetic systems, along with our MPB eigenmode package. Its features include:
Mee
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电磁场时域计算方法中，时域有限差分方法一维fdtd计算实力-Electromagnetic time domain calculation method, finite difference time domain method to calculate the strength of a one-dimensional fdtdElectromagnetic field time domain calculation method, time domain finite difference
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电磁场时域计算中时域有限差分方法中的2维fdtd计算实例-An Example of Two- dimensional fdtd in Time Domain Finite Difference Method for Time Domain Computation of Electromagnetic Field
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