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On the spectral composition of atmospheric turbulent optical distortions from observations on solar telescopes

机译:从太阳望远镜观测到的大气湍流光学畸变的光谱成分

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The work discusses the spatial scales of atmospheric optical distortions including the outer scale of turbulence and the Fried radius. It is assumed that the energy spectrum of atmospheric turbulence is not limited strictly [6] and the outer scale is considered in application to astronomical telescopes. In the case when the telescope diameter is larger or comparable with the outer scale the optical distortions substantially differ from the results of the Kolmogorov model. For a given diameter it is possible to introduce a certain spatial scale at distances larger than the size of which the refractive index fluctuations no longer have a significant effect on the quality of astronomical images. Estimates of the outer scale of turbulence are reported for both a atmospheric layer from 0 up to 20 km and surface layer.
机译:这项工作讨论了大气光学畸变的空间尺度,包括外部湍流尺度和弗里德半径。假定对大气湍流的能谱没有严格的限制[6],并且在天文望远镜的应用中考虑了外部尺度。在望远镜直径更大或与外部比例相当的情况下,光学畸变与Kolmogorov模型的结果大不相同。对于给定的直径,可以在距离大于折射率波动不再对天文图像质量产生重大影响的尺寸的距离处引入某个空间比例。据报道,从0到20 km的大气层和地表层都存在湍流的外部尺度估计。

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