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01627298
- 本软件小巧玲珑，使用简单。 当窗体移动到屏幕顶端时，会像 OICQ 那样自动缩进屏幕顶端。 同时也具用 Winamp 的窗体相吸的效果。-the Software 1000, the use of simple. When Form Mobile at the top of the screen, such as automatic indentation OICQ top screen. Also used with the Winamp Form PHASE results.
INSAR_APS
- This helpful for study phase screen-This is helpful for study phase screen
GetScreenPix
- 获取屏幕相素大小，开发好的一个例子程序，供程序设计初学者参考-Access to the screen the size of the phase factors, the development a good example of procedures for programming reference for beginners
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,
ft_sh_phase_screen
- 利用功率谱通过FFT构建相位屏，可增加低频补偿，程序非常标准，建议大家学习参考(gernerate phase screen in matlab by FFT)
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)
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)
湍流相位屏
- 本程序利用功率谱反演相位屏方法实现大气湍流数值模拟。(This program achieves atmospheric turbulence numerical simulation by using the spectrum inversion phase screen method.)
Laser propagation in atmosphere
- 大气传输 湍流相位屏 以及光路传输 仅用于参考(Atmospheric transmission,turbulent phase screen,optical path transmission)
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)
功率谱反演法
- 功率谱反演法仿真大气湍流相位屏,程序非常标准，建议大家学习参考。(Simulation of atmospheric turbulence phase screen by power spectrum inversion)
相位屏仿真方法
- 利用功率谱反演法得到相位屏，用于模拟在大气中传输时大气湍流造成的相位影响(The phase screen is obtained by power spectrum inversion method, which is used to simulate the phase effect caused by atmospheric turbulence when transmitting in the atmosphere)
大气湍流
- 在多层共轭自适应光学中，采用相位屏模拟湍流的大气，用以研究湍流大气的最佳分层，确定层边界位置。文中提出了湍流大气的实验室相位屏模拟原理及相位屏个数与边界确定的仿真算法。仿真结果表明。可使用较少的相位屏模拟多层大气湍流，从而使系统结构简化。(In the multi-layer conjugate adaptive optics, the phase screen is used to simulate the turbulent atmosphere, so as to study the op
gauss
- 对高斯光束在湍流大气中传输进行仿真，并得到大气湍流相位屏、以及光斑强度变化(he propagation of Gaussian beam in turbulent atmosphere is simulated, and the phase screen of atmospheric turbulence and the change of spot intensity are obtained)