Flow dynamics of the Moon
Yu. N. Bratkov
TL;DR
This paper analyzes lunar basin flow dynamics, examining internal structures, correlations, and interactions of various basins and craters to understand lunar geological processes.
Contribution
It introduces detailed flow analysis of lunar basins, considering internal structures and basin interactions, including the case of Mare Orientale as a moving basin.
Findings
Mare Orientale is identified as a moving basin.
Interactions between Orientale and Imbrium basins are characterized.
Flow patterns of Tycho-type features are studied.
Abstract
Flow analysis of big basins is given. Internal structure of flows is considered. Correlations between flows are calculated. For example, Mare Orientale is a moving basin. Orientale and Imbrium continental basins are introduced and are considered. Olbers ray crater is a result of precise interaction of the two basins. Flows of the Tycho type are studied. Two Antarctidae, an Indian Ocean, and an America are demonstrated.
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Taxonomy
TopicsPlanetary Science and Exploration · Astro and Planetary Science · Marine and environmental studies