搜索资源列表
laser3
- 实现激光谐振腔，用FOXli算法实现自在现模式-Achieve laser resonator, is comfortable with FOXli algorithm model
proac
- 精密控制谐振腔获得合成孔径激光雷达信号的方法-Precise control of the laser cavity to obtain synthetic aperture radar approach
acceletor
- 加速器物理中的谐振腔加速计算程序。采用Rugge-Kutta法解运动方程-the compute of acceletor physics
fdtd_resonator
- 计算电磁学中应用fdtd（有限时域差分法）计算谐振腔的程序。- Computation electromagnetics application fdtd program to calculate the resonator
Resonator-Design-
- 固体谐振腔基模光斑半径,包含两镜腔，三镜腔，四境腔，五境腔，六镜腔-The design considerations of high average power solid-state lasers including material properties, rod and slab geometries, laser reflectors and optical resonators ete are discussed in detail.
plot
- 激光谐振腔设计程序，用于模拟激光谐振腔的运行,并画图-Laser resonant cavity design program，Used for simulation of the laser resonant cavity operation
laser
- 激光谐振腔迭代程序，实现平平腔和平凹腔等的迭代-Fox-Li
MOM_trageting_at_EM_problems
- 该文件使用矩量法（method of moment）解决了一个谐振腔的问题，它可以作为新手入门的范例程序。-The file using the method of moments (method of moment) to solve the problem of a resonant cavity, it can be used as the example programs for beginners.
matlab
- 激光器，谐振腔 简单平行平面谐振腔自再现模式特点，模拟分析-Self-reproduction mode cavity
Photonic_crystal_Two-core-POWER
- 关于光子晶体谐振腔的一个程序，大家自己看，里面有注释-Photonic crystal resonant cavities
FOX-LImatlab
- 用FOX-LI数值迭代法求解不同谐振腔中的稳定模式的matlab程序-FOX-LI numerical iterative method for solving the stable mode cavity matlab program
self-mode-in-laser-Cavility
- 通过FOX-LI迭代法模拟激光谐振腔内自再现模的形成过程及达到稳定时的光场强度分布和相位分布。利用MATLAB编程实现了条形腔、矩形腔、圆形腔和倾斜腔的自再现模的计算机模拟-By FOX-LI iterative method analog laser cavity formation process of self-reproduction mold and achieve stable light field intensity distribution and phase distribu
V2.0
- 激光谐振腔中激光模式的仿真，包括不同腔型-Simulation of the laser mode in the laser cavity, including the type of cavity
jiguangxiezhenqiang
- 激光谐振腔的稳定曲线,并通过颜色的标定显示来回反射的激光-the stability curve of Laser cavity ，and then show the route of the light through the cavity .
laser-resonator
- 用fox-li数值迭代法模拟模拟激光谐振腔的振荡过程并计算最终的稳态分布-Using fox-li iterative numerical simulation simulate laser resonator oscillation process and calculate the final steady-state distribution
LHM-layer
- 含有左手介质双层基底的亚波长谐振腔微带天线研究-LHM layer substrate containing subwavelength resonator microstrip antenna research
CFDTD
- 介质共形FDTD技术，可以很好地计算圆柱介质的谐振频率，也可以计算谐振腔中含有介质球的谐振频率-Dielectric conformal FDTD technique can be a good medium to calculate the resonant frequency of the cylinder can also calculate the resonant frequency of the resonant cavity containing a dielectric sphe
1
- 采用有限差分法分析光子晶体结构谐振腔，并获得omega-k色散关系，并由此推出带隙分布，及带隙宽度 计算正三角形lattice，采用正三角形9点差分格式，划分网格为正三角形 求解Helmholtz方程本征值问题，周期边界条件，计算区域为菱形原胞，中心为金属柱-photonic band gap，PBG
aos
- 基于带有环形谐振腔的马赫增德尔干涉仪实现全光比较处理-Comparison of all-optical processing based Mach Zehnder interferometer with a ring resonator
SIW_cacul
- 根据基片集成波导谐振腔的尺寸计算SIW的频率-Caculate the frequency of the SIW cavity resonator from the size of it