FIELD: astronomy, certification of telescope under atmospheric conditions. SUBSTANCE: luminous radiation is received, collimated and divided into two bundles of equal intensity which are shifted relative to one another by value less than value of spatial radius of correlation of atmospheric fluctuations. Then shifted bundles are summed up, digitized and detected in each digitization region, detection results are integrated in two mutually orthogonal directions and map of aberration distortions of telescope is reconstructed. EFFECT: improved accuracy of method.
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