Evolution of the Iron–Silicate and Carbon Material of Carbonaceouse Chondritesстатья
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Аннотация:Abstract—The observed consistence of the composition of chondrules and the matrix in chondrites is
explained by their origin as a result of chondrule–matrix splitting of the material of primitive (not layered)
planets. According to the composition of chondrites, two main stages in the evolution of chondritic planets
(silicate–metallic and olivine) are distinguished. Chondritic planets of the silicate–metallic stage were ana
logs of chondritic planets, whose layering resulted in the formation of the terrestrial planets. The iron–silicate
evolution of chondritic matter is correlated with the evolution of carbon material in the following sequence:
diamond ± moissanite → hydrocarbons → primitive organic compounds.