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- 一、 简介 本仿真软件可以仿真波片对偏振光的相位调制过程。用户可以通过改变波片的类型，波片长轴与X轴的夹角，起偏器透光与X轴的夹角，检偏器透光轴与X轴的夹角等参数，来观察屏上光强及透过波片后的偏振光的信息。 建议在Matlab2008a或以上平台上运行本软件。 -I. Introduction The simulation software can simulate wave plate for polarization phase modulation process. Users
phase_screen
- 仿真大气湍流，在MATLAB环境下模拟大气湍流的相位屏程序， -Simulation of atmospheric turbulence in the MATLAB environment simulation of atmospheric turbulence phase screen program,
vkolmg
- kolmogorov功率谱反演，次谐波补偿的方法生成大气湍流相位屏-kolmogorov phase screen,kolmogorov,including subharmonic
gauss
- 高斯光束在大气湍流中传输时的相位屏，灰度图及光强变化(phase screen, grayscale map and light intensity change of Gauss beam in atmospheric turbulence)
GS
- GS算法可以生成相位屏，该算法有着编程简单，收敛速度快，衍射效率高，能将高斯光转换成高阶高斯光，一阶空心高斯光，贝塞尔高斯光。(The GS algorithm can generate a phase screen. The algorithm has simple programming, fast convergence and high diffraction efficiency.GS algorithm can transform Gauss beam into the high
zernike
- 用Zerniker多项式实现波前相位屏的仿真(Simulation of wave front phase screen using Zerniker polynomials)
FFT_based phase screen simulation metods
- 基于FFT以及次谐波的两种相位屏仿真方法源程序；主函数用于显示相位屏的二维和三维图像(FFT-based and subharmonic two phase screen simulation method source program; the main function is used to display two-dimensional and three-dimensional images of the phase screen.)
xiangweiping
- 使用泽尼克多项式法，用matlab模拟大气湍流下相位屏的产生
Zernike多项式法
- 采用Zernike多项式法计算模拟大气相位屏，程序非常标准，建议大家学习参考。(Zernike polynomials are used to calculate and simulate the phase screen of the atmosphere. The program is very standard. It is recommended that you learn and reference.)
coherent_amplitude_phase_screen_continue
- 程序使用多相位屏，模拟空间大气湍流模型，可运行(Simulation of atmospheric turbulence model with multi-phase screen)
phase_screen
- 模拟湍流大气，功率谱反演加次谐波补偿方法。(Atmospheric phase screen)