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首页> 外文期刊>Kinematics and physics of celestial bodies >Accumulation of Fourier Component Phases during Object Observation through a Turbulent Atmosphere. III
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Accumulation of Fourier Component Phases during Object Observation through a Turbulent Atmosphere. III

机译:在通过湍流大气进行物体观测期间,傅立叶分量相的积累。三级

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摘要

We investigate whether it is possible to overcome the limitations on the efficient application of Fourier-component phase accumulation method. We suggest the use of an instrument with a com- posite aperture for observation. It is shown that, in this case, the limitations are shifted as many times as the subaperture’s size is less than the typical size of atmospheric inhomogeneities. The interfero- grams obtained by means of a multibeam interpherometer are processed with the help of the total phase accumulation method using a computer model and the results are presented in the paper
机译:我们研究了是否有可能克服傅立叶分量相积法有效应用的局限性。我们建议使用带复合孔径的仪器进行观察。结果表明,在这种情况下,限制的偏移量是子孔径的大小小于大气不均匀性的典型大小的许多倍。利用多光束干涉仪获得的干涉信号借助计算机模型在全相积累方法的帮助下进行处理,结果在本文中进行了介绍。

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