wavefront reconstruction

The detection and reconstruction of wavefront by Lateral Shear Interferometer ( LSI) and Hartmann Wavefront Sensor ( HWS) have been deduced analogically and simulated numerically.

对横向剪切干涉仪和哈特曼波前传感器的波前探测和复原进行了类比推导和仿真计算。

Rapid stepping algorithm is a rapid, condition-free and stable algorithm for wavefront reconstruction.

快速步进算法是波前重构的一种快速无条件稳定算法.

The numerical simulation process of wavefront reconstruction with this shear interferometer is given.

最后用数值方法模拟了波前恢复过程.

A wavefront reconstruction parallel computing based on the GPU is introduced in this paper.

研究了图形处理器(GPU)计算液晶自适应波前重构的并行性.

Zernike modal wavefront reconstruction algorithm was used commonly for Hartmann Shack sensor in circle apertures.

利用哈特曼夏克传感器测量圆孔径内波像差时,通常使用泽尼克模式复原算法.

Thus we can obtain the original distorted wavefront by using the wavefront reconstruction algorithm.

对此波面通过波前重建算法,即可求出原始的畸变波前.

According to the wavefront reconstruction algorithm of the cyclic radial shearing interferometry, the reconstruction of a arbitrary wavefront is implemented from the corresponding CRSI interferogram. And experiments have been done successfully to measure the surface of a practical optics based on Keplerian telescope system.

根据环路径向剪切干涉法的波前重建算法，模拟计算了任意波前的重建情况，同时在基于开普勒望远系统的环路径向剪切干涉仪上实际测量了一个已知光学元件的面形。