The scenario of a possible impact event of the Cretaceous-Paleogene boundary based on the "orbital" hypothesis
Hazivaliev F.,
Mikheeva (Osipova) A.
 The scenario of a possible impact event of the Cretaceous-Paleogene boundary based on the "orbital" hypothesis
(p. 7-16)
Hazivaliev.pdf2.09 MB

The studying the regions of global seismic belts, to which giant impact structures belong, confirms the hypothesis of the possible attachment to the Earth of its satellite at the Cretaceous-Paleogene boundary and the coincidence of these belts and structures to the routes of its tangent flight along the Med-Eocene position...

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Catalogs and databases of the impact structures,
orbital motion,
global tectonics
On the search for new impact structures based on the "orbital" hypothesis
Hazivaliev F.,
Mikheeva (Osipova) A.
 On the search for new impact structures based on the "orbital" hypothesis
(p. 9-17)
Khazivaliev_Mikheeva_001.pdf2.04 MB
In this paper, a cosmogenic "orbital" model of formating astroblemes on the Earth's surface is used for the search for new large structures of the impact origin. Because of the only known exact parameter of this model is the distance of 23.25° between the round-the-world turns of a cosmic body...
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Catalogs and databases of the impact structures,
orbital motion
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