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findB
- Maxwell气隙磁密谐波分析，只需导出数据即可-The Maxwell flux density harmonic analysis, simply export the data can
BLDC Simplorer Maxwell Cosimulation
- 这个是永磁无刷直流电机的本体结构和控制电路的联合仿真，既可以设计电机的结构，又可以搭电机的控制系统。-This is the body structure of the permanent magnet brushless DC motor and control circuit co-simulation, both the structure of the motor can be designed, they can take control of the motor system.
Problema_3_3_con_pulso_gaussiano
- This source code solve the 1D Maxwell Ecuations
Problema_3_5_con_onda_senoidal
- This source code solve the 1D maxwell ecuations
b
- 分数阶maxwell模型参数识别,定阶数，弹模和粘度系数-Fractional Maxwell model parameter identification
Desktop
- use MATLAB to open this code. this code is written to simulate a line current using Maxwell equations.
VC
- 上传程序是计算电磁学中麦克斯韦方程应用FDTD方法在二维的情况下应用C语言编程，MATLAB画图得出结果。-Upload process is calculated using the FDTD method of Maxwell equations in electromagnetics application of C programming language in the two-dimensional case, MATLAB drawing results.
20100420_50_50_HighFrequence01
- 利用Kelvin、Maxwell、Burgers三种模型通过存储模量、损耗模量来确定分数阶数r和其他的参数，以达到模型跟实际材料的匹配。-Use Kelvin, Maxwell, Burgers three kinds of models to determine the storage modulus, loss modulus the fractional number r and other parameters, in order to achieve the matching of t
fit_maxwell_pdf
- 麦克斯韦-玻尔兹曼分布是一个概率分布，在物理学和化学中有应用。最常见的应用是统计力学的领域。任何（宏观）物理系统的温度都是组成该系统的分子和原子的运动的结果。这些粒子有一个不同速度的范围，而任何单个粒子的速度都因与其它粒子的碰撞而不断变化。然而，对于大量粒子来说，处于一个特定的速度范围的粒子所占的比例却几乎不变，如果系统处于或接近处于平衡。麦克斯韦-玻尔兹曼分布具体说明了这个比例，对于任何速度范围，作为系统的温度的函数。它以詹姆斯·克拉克·麦克斯韦和路德维希·玻尔兹曼命名。-Maxwell- B
Untitled
- Diffraction by a cylinder, the equations of Maxwell. hexagonal grid
FDTD
- 采用FDTD算法仿真矩型脊波导TM模色散曲线-The finite difference time domain Maxwell equations in the field of time and space differencing. Leapfrog space in the field of electric and magnetic fields alternate calculation, updated by the time field to mimic the changes
BSRM--model
- 无轴承开关磁阻电机麦克斯韦应力法数学模型-Bearingless switched reluctance motor Maxwell stress method mathematical model
Matlab-Simulation-using-FDTD-Method
- 时域有限差分法的Matlab仿真 将麦克斯韦旋度方程化为差分式的求解方法-FDTD method of Matlab simulation The Maxwell s curl equations made into differential equation solving
matlab-maikesiwei--fagncheng
- 1D求解麦克斯韦方程组，等离子体密度，电子密度，matlab程序，+作图-1D solving Maxwell' s equations, the plasma density, electron density, matlab program,+ mapping
TM_2D
- this program simulates 2D electromagnetic Maxwell equations in transverse magnetic mode , by using finite difference time domain method FDTD
propagLossyMed
- this program simulates 1D electromagnetic Maxwell equations in "propagation in a lossy medium", by using finite difference time domain method FDTD
propagDifferentMed
- this program simulates 1D electromagnetic Maxwell equations "propagation in different media", by using finite difference time domain method FDTD
BoundaryCond
- this program simulates 1D electromagnetic Maxwell equations with absorbing boundary condition to prevent reflection from the boundaries of the problem space. this is by using finite difference time domain method FDTD
PML2D
- this program simulates 2D electromagnetic Maxwell equations , by using finite difference time domain method FDTD..and it simulates the perfect matched layer to prevent the reflections that may occure at the boundaries of the problem space
propagDifferentMedSoftSource
- this program simulates 1D electromagnetic Maxwell equations "soft source", by using finite difference time domain method FDTD