Hot Search : Source embeded web remote control p2p game More...
Location : Home Search - FDTD
Search - FDTD - List
DL : 0
2D fdtd simulation of gaussian waveform
Update : 2024-05-17 Size : 16384 Publisher : jiten.phy

DL : 0
基于Matlab的RCS(雷达散射截面)计算案例。 利用时域有限差分法(FDTD)的计算电磁学手段,给出了较为准确的结果。(An exact example to calculate the RCS based on Matlab. Using the FDTD method, it indicates that the simulation is quite acurate.)
Update : 2024-05-17 Size : 6144 Publisher : alilawa

fdtd methode ttybyvy
Update : 2024-05-17 Size : 46080 Publisher : a@

基于fdtd的matlab程序二维电磁场图像实现的仿真程序(electromagnetic simulation using the fdtd method)
Update : 2024-05-17 Size : 2048 Publisher : edwardimmortality

DL : 1
柱坐标系下利用FDTD计算偶极天线的电场分布(Calculation of electric field distribution of dipole antenna by FDTD in cylindrical coordinate system)
Update : 2024-05-17 Size : 39936 Publisher : cug_oy

DL : 0
二维电磁波在自由空间的传播,边界条件为Mur吸收边界(2D FDTD solution for Mur's Absorbing Boundary Condition Simple harmonic excitation source)
Update : 2024-05-17 Size : 1024 Publisher : xiaoxin222

DL : 0
简单的fdtd算法实现mur边界的二维tm模式(simple fdtd algorithm)
Update : 2024-05-17 Size : 2048 Publisher : kidd007

DL : 0
FDTD 三维matlab 程序 运用的mur一阶边界(FDTD 3D Matlab Mur boundary)
Update : 2024-05-17 Size : 1024 Publisher : Jessie XU

DL : 0
使用FDTD方法模拟两边界都是金属板内 方波的传播图像 第二个是高斯脉冲(Using the FDTD method to simulate the two boundary is the propagation image of the square wave in the metal plate and the second is the Gauss pulse.)
Update : 2024-05-17 Size : 1024 Publisher : diudiuainiuniu

DL : 0
计算光子晶体传输特性的时域有限差分方法的matlab程序(Matlab program of finite difference time domain method for calculating the transmission characteristics of photonic crystals)
Update : 2024-05-17 Size : 4096 Publisher : 木子李木子槿

DL : 1
将FDTD软件中的结构导出为GDSII的图层,以便后续操作(Export the structures in FDTD to GDSII files)
Update : 2024-05-17 Size : 973824 Publisher : -sure-

Matlab prepared by the three-dimensional FDTD procedures pml boundary conditions to achieve numerical simulation of electromagnetic wave propagation and Simulation
Update : 2024-05-17 Size : 745472 Publisher : ketitni

流体与FDTD求解电磁场结合,求解微波等离子体放电(A numerical model which includes an electromagnetic field model and a fluid plasma model has been developed for a microwave cavity plasma reactor used for diamond thin film deposition.)
Update : 2024-05-17 Size : 701440 Publisher : 张张110

基于FDTD的一维麦克斯韦方程求解。 可以根据自身需要设计激励位置,激励信号,传播空间电学参数,方便新手学习FDTD。(The solution of one dimensional Maxwell equation based on FDTD. It can be designed to motivate the position according to its own needs, to stimulate the signal, to transmit the space electrical parameters, and to facilitate the learning of FDTD by the novice.)
Update : 2024-05-17 Size : 1024 Publisher : 消失的慵懒

DL : 0
fdtdq.m 球面坐标系的fdtd实现程序 fdtdgpu.m 使用gpu并行的fdtd实现程序(The FDTD realization program of fdtdq.m spherical coordinate system Fdtdgpu.m uses a GPU Parallel FDTD implementation program)
Update : 2024-05-17 Size : 13946880 Publisher : tomin

DL : 0
运用FDTD计算电磁仿真,很好用,推荐使用!直接运行即可(Using FDTD to calculate electromagnetic Simulation)
Update : 2024-05-17 Size : 4096 Publisher : linzhuhong

DL : 0
基于MATLAB的平面波FDTD仿真,使用MATLAB(FDTD simulation of plane wave based on MATLAB)
Update : 2024-05-17 Size : 1024 Publisher : 乐在旅途

给定激励下,导体线首末端端接动态元件(电容或电感)时,应用时域有限差分法来计算其末端感应电压,其中激励源可以选择。(Given the excitation, when the leading end of the conductor line is terminated with a dynamic element (capacitor or inductor), the finite-difference time domain method is used to calculate the terminal induced voltage, where the excitation source can be selected.)
Update : 2024-05-17 Size : 2048 Publisher : fly愚人

实现一个Fdtd的二维算法,模拟电磁场的发散过程(A two-dimensional algorithm of Fdtd is implemented to simulate the divergence process of electromagnetic field.)
Update : 2024-05-17 Size : 2048 Publisher : bibi12345

DL : 0
是关于GPR正演模拟的FDTD-3D算法,加载完全匹配层吸收条件。。(It is the FDTD-3D algorithm for GPR forward modeling, loading the perfectly matched layer absorbing condition.)
Update : 2024-05-17 Size : 6144 Publisher : 米拟
« 1 2 ... 42 43 44 45 46 4748 49 50 »
DSSZ is the largest source code store in internet!
Contact us :
1999-2046 DSSZ All Rights Reserved.