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光学谐振腔的图解分析与设计方法
- 激光谐振腔的图解分析与设计方法。光学
激光谐振腔设计
- 激光谐振腔设计 matlab源代码
LASER
- 一个激光谐振腔的稳态过程模拟程序。通过设置波长，腔长等参数可以真实的反映出激光谐振腔的稳定振荡过程。-a laser resonator steady state process simulation program. By setting wavelength, the cavity length parameters can reflect the true laser resonator stability oscillation
Fox_Li
- 用Fox_Li数值迭代法求解F_P型激光谐振腔的本征模式-Fox_Li numerical iterative method used to solve F_P type laser resonator eigen mode
laser
- 可以实现激光谐振腔的自再现；有利于了解激光腔的原理-Laser resonator can be achieved self-reproduction is conducive to understanding the principle of laser cavity
FoxLi
- 用于激光谐振腔的计算，采用早期的foxli算法。
Folded_cavity_mode
- 计算三镜折叠谐振腔的模式空间分布以及激光晶体热效应引起的损耗计算-Calculate the spacial distribution of the oscillating mode in the cavity and the thermal loss
SPM
- 计算锁模激光谐振腔内不同元件引起的自相位调制大小-Calculation mode-locked laser resonant cavity caused by different components of self-phase modulation size
jiguang
- 激光谐振腔模拟程序，包含条形腔和圆形腔以及环形腔-Laser resonator simulation program, including strip and circular cavity and ring cavity
jiguang
- 激光谐振腔不同初始光强和相位分布下不同腔型下光振幅和相位模拟-Laser resonator with different initial light intensity and phase distribution of different cavity amplitude and phase of optical simulation
Laser
- 激光谐振腔（矩形腔，条形腔）的matlab模拟。输入相应数据即可得出仿真图案。-Laser resonator (rectangular cavity, the strip chamber) of the matlab simulation. Enter the appropriate data can be derived simulation design.
laser_resonator
- 利用MATLAB实现激光谐振腔的设计，成功实现多种腔形的设计与仿真-simulate the laser resonator
how-to-use-MATLAB-design-resonator
- 这篇文章讲述如何应用MATLAB设计激光谐振腔，内有示例程序源码，适合初学者阅读学习-This article describes how to use MATLAB design laser resonator, there are examples of program source code, suitable for beginners to learn to read
kk
- 基于matlab的激光谐振腔的横模模拟程序，用于模拟激光腔不同参数下的模式-MATLAB program of laser
pandi
- 激光谐振腔自再现模的计算机模拟，matlab平台，可以实现矩形腔，条性腔的模拟-Laser resonator mode from the reproduction of computer simulation
pandi
- 激光谐振腔模拟，用FOx-li方法，各种不同的谐振腔模式模拟-Laser cavity simulation method with FOx-li, a variety of simulated cavity
astigmatism_cavity
- 可以对激光在谐振腔内的像散补偿进行定量的分析，通过选择合适的参数得到理想的像散，为激光谐振腔内的像散补偿提供了一定的理论支撑。(The astigmatism compensation of laser in the laser cavity can be analyzed to some extent.The ideal astigmatism can be obtained by choosing the appropriate
两镜腔
- 计算激光谐振腔，用于计算激光谐振腔包括两个镜子的情况(Calculation of optical resonator)
四镜腔
- 用于计算激光谐振腔包括四个腔镜的情况，用于光斑计算(It is used to calculate the situation of the laser resonator including four mirrors, and used for the calculation of the spot.)
cavity design
- 此代码用于进行线型激光谐振腔的稳定性判断及谐振腔内激光模式半径的计算。(This code is used for the stability of linear laser resonator and the calculation of laser mode radius in resonator cavity.)