On Independent Proof of a Martian Origin for the Shergotty Meteorite

Astronomy and Astrophysics – Astronomy

Scientific paper

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Mars (Planet), Meteorites, Meteoritic Composition, Shergottites, Snc Meteorites, Oxygen, Planetary Nebulae, Chemical Elements

Scientific paper

The Mendeleev's Periodic Law was used to obtain proof of the existense of the hypothetical process of element magnetic separation in protoplanetary nebula. The share of free neutral atoms, NO2, for all elements in proto-planetary nebula has been determined with an account of their abundance and physical and chemical properties. The linear dependence for the ratio of nonvolatile and volatile element contents in igneous rocks of the Earth (R = 1 Astronomical Unit) up to the asteroid belt (R = 2.80 Astronomical Units) on NO was obtained. To this end the concentration ratios of elements - analogs with different N O in the matters of Venus, Earth, Mars, and chondrites - were compared. The data obtained are sufficient for the demonstration of the existence of the process of element magnetic separation in protoplanetary nebula. The concentration ratio Z1/Z2 for some pairs of chemically similar elements is presented in Table I for the Earth (IR), Mars (Ms), Shergotty meteorite (Sh), and chondrites (Ch).

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