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Information × Registration Number 0219U003613, 0117U004853 , R & D reports Title Comparison of surface microstructure of atmosphereless Solar system bodies and the Moon using space mission data popup.stage_title Head Shkuratov Yurii, Registration Date 07-02-2019 Organization Kharkov National University named after V.N. Karazin popup.description2 The objects of the study are asteroids, comets, the Moon, satellites of the planets. Subject of study is physical characteristics of surfaces. Purpose of the stage - Determination of the parameters of the photometric function for different sites of the lunar surface and asteroids. Mapping the distribution of parameters of photometric function (spectral albedo, parameters of phase dependence, etc.). Determination of the parameters of the oppositional effect and the phase slope for different sites of the surfaces of the asteroids and the Moon. Testing and refining of available photometric models of surfaces of atmospheless space bodies. Methods of research - photometric and spectral observations, computer simulation. A spectrophotometric analysis of the lunar surface based on space images using the data of the Chandrayaan-1 M3 spacecraft was conducted. The interpretation of new distributions of the spectrophotometric parameters of the lunar surface is proposed by constructing and analyzing the Adams correlation diagram lambda1 - lambda2. Maps for the distribution of the parameters of the photometric function for selected sites of the surface of the dwarf planet Ceres were made. For this aim space images received by the Dawn spacecraft were used. A less rough surface of the Cerealia Facula formation of the Occator crater and mount Ahuna's anomalies probably caused by sloping processes are revealed. Application of the method of phase ratios to the analysis of space images of the dwarf planet Ceres allows to estimate variations of optical surface roughness. A new model of the description of global and local features of topography of asteroids and comet nuclei is proposed. The suitability of the model to reproduce the complex shapes of the surface is demonstrated. Product Description popup.authors І. Г. Слюсарев І. М. Бельська А. М. Довгопол В. В. Корохін В. Г. Кайдаш В. Г. Шевченко В. О. Псарьов Г. П. Марченко Л. В. Градиська М. В. Опанасенко Н. О. Ларіна Т. А. Громакіна Ю. Г. Шкуратов Ю. М. Круглий popup.nrat_date 2020-04-02 Close