Phase Diversity

R. Gonsalves
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引用次数: 1

Abstract

Phase diversity [1] implies that an image is measured through two or more phase "channels". The primary channel uses an adaptive optical system which attempts to remove phase distortions. The secondary channel introduces phase diversity by adding a known phase aberration to the adaptive optical system. In the simplest form of phase diversity the image plane is displaced, which introduces a quadratic phase into the optical path. The two outputs might be recorded simultaneously by using two focal planes; or they might be recorded sequentially, in which case the time lapse must be small enough that the primary channel's state is unchanged for the second measurement.
阶段的多样性
相位分集[1]意味着通过两个或多个相位“通道”测量图像。主信道采用自适应光学系统,试图消除相位畸变。二级通道通过在自适应光学系统中添加已知的相位像差来引入相位分集。在最简单的相位分集形式中,像平面被移位,从而在光路中引入二次相位。使用两个焦平面可以同时记录两个输出;或者它们可能被顺序记录,在这种情况下,时间间隔必须足够小,使得主信道的状态在第二次测量时保持不变。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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