Abstract

The possibility of retrieving vertical profiles of atmospheric turbulence from measurement data on local slopes of the wavefront is discussed. Estimates of characteristics of wavefront distortion amplitudes are presented for different atmospheric layers. Positions of the boundary of the atmospheric layer whose total contribution to the maximal angles of the light arrival corresponds to the average jitter formed by turbulence throughout the atmospheric depth are found.

中文翻译：

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光学大气湍流不同垂直剖面下望远镜孔径上波前倾斜的形成特征

摘要

讨论了从波前局部斜率上的测量数据中获取大气湍流垂直剖面的可能性。给出了不同大气层的波前畸变幅度特征的估计。找到大气层边界的位置，其对光到达的最大角度的总贡献对应于整个大气深度中由湍流形成的平均抖动。