Preliminary investigation of the crustal structure of the Middle Urals by geomagnetic methods, based on the global model EMAG2

Проведено изучение структурных особенностей аномального магнитного поля для северной части Южного Урала и выделены магнитные аномалии от различных слоев земной коры. Построены объемные модели источников аномалий - поверхности массивов и поясов намагниченных пород в верхних слоях литосферы до глубины 15 км. Полученные результаты позволяют не только уточнить форму массивов, их связь с глубинными поясами, но также выявить новые разломы под гранитными массивами и осадочным чехлом. A study of the structural features of the anomalous magnetic fi eld in the northern part of the South Urals was carried out and magnetic anomalies from different layers of the earth’s crust were separated. Volumetric models of sources of anomalies - the surfaces of massifs and belts of magnetized rocks are built for the upper layers of the lithosphere to a depth of 15 km. The results allow not only to clarify the shape of the massifs, their connection with deep belts, but also to discover new faults under the granite massifs and sedimentary cover.

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Preliminary investigation of the crustal structure of the Middle Urals by geomagnetic methods, based on the global model EMAG2

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Determination of Curie point depth, heat flow, and geothermal gradient to infer the regional thermal structure beneath the Malay Peninsula using de-fractal method

Determination of Curie point depth, heat flow, and geothermal gradient to infer the regional thermal structure beneath the Malay Peninsula using de-fractal method

Study of Magnetic Anomalies and Construction of Volumetric Models of Basic-Ultrabasic Massifs in the Northern Part of the Southern Urals

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