搜索资源列表
xdh
- 动态演示线电荷的电场,visual basic.-dynamic demo line charge to the electric field of visual basic.
duokongdianji
- 本课程设计是基于C语言的,综合运用了光电原理知识,以及建模原理知识等,将本课程设计基本理论所给出的光电成像器件电子光学系统计算机辅助设计的物理模型与数学模型转化为可以实际进行数值计算的CAD程序软件系统。以此可以用来计算确定具有多个平圆孔阑电极的像增强器电子光学成像系统的空间电场分布,从而可以分析电子运动轨迹以及电子光学系统的成像参数。
diancifusheshuzhifenxi
- 电磁辐射的数值分析与仿真(基于MATLAB语言)。包括两个点电荷的电场,均匀同相矩形口径场的方向性因子。
PSCAD_EMTDC_windfarm_v42
- PSCAD/EMTDC下风电场的建模,比较适合风电研究者-PSCAD/EMTDC wind farms under the model more suitable for wind power researchers
e-line
- 画一对等量异号正负点电荷的电场线, 每一个电场线都是从正电荷出发, 终止于负电荷.-Draw electric field Lines of a pair of point charges with opposite sign.
FDTD-
- 把 Maxwell 方程式在时间和空间领域上进行差分化。利用蛙跳式(Leap frog algorithm)--空间领域内的电场和磁场进行交替计算,通过时间领域上更新来模仿电磁场的变化,达到数值计算的目的。-The Maxwell equations in time and space on the field differencing. Using the leapfrog (Leap frog algorithm)- Space field for alternating electric
CSM-program
- 这个程序是描述球形带点体产生的电场分布,还是比较正确的,没发现什么问题-the program verify to be a program for e-field
simion_mean_collision
- 仿照simion的碰撞模型,以随机变量为计算条件,模拟粒子从空气中经过的过程,在相同时间内改变电场强度飞行的距离-Modeled simion collision model for the calculation of the random variable conditions, simulation particles the air through the process, changing the distance between the electric field strengt
double
- 计算地下电偶极子的电场分布,可以计算不同角度的电偶极子,并生成文件-The electric field distribution calculation of underground electric dipole
d-d
- 地下良导充电球体电场公式的精确解,用matlab来写代码-Underground good guide the ball Charge field equation exact solution to write code using matlab
LAP_BE40
- 给定某处电场边界上40个节点的电压值或电荷量,即可得知此处整体的二维电压分布情况。(Given the voltage or charge of 40 nodes on an electric field boundary, the overall two-dimensional voltage distribution here can be obtained.)
(Bd)Line
- 计算输电线路电场的大小,考察输电线路电磁环境是否满足限值。(The electric field of the transmission line is calculated, and whether the electromagnetic environment of the transmission line can meet the limit value is investigated.)
CSM_ZXQ
- 基于模拟电荷法利用matlab编写计算输电线路铁塔周围电场分布(Calculation of electric field around transmission line towers based on simulated charge method using MATLAB)
