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Formation of the stratified ocean of the core: A ternary alloy model

机译:岩心分层海洋的形成:三元合金模型

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摘要

A light fluid accumulation on the Core-Mantle Boundary due to barodifftision is considered in an earlier paper [S.I. Braginsky. Formation of the stratified ocean of the core. Earth Planet. Sci. Lett. 243 (2006) 650-656], assuming that the Earth's core consists of binarT solution of iron and some light admixture. The accumulated light fluid forms on the Core-Mantle Boundary a stably stratified layer; we call this layer the Stratified Ocean of the Core (SOC). In this paper a similar mechanism of the SOC formation is considered assuming that the core material is a ternary alloy of iron and two light components, in conformity with the new information about the core chemical physics. (c) 2006 Elsevier B.V All rights reserved.
机译:在较早的论文中[S.I.Chem.Soc。,2001,3,3,4,5],考虑了由于气压扩散而在芯-幔边界上的少量流体积聚。布拉金斯基。形成了核心的分层海洋。地球行星。科学来吧243(2006)650-656],假设地球的核心由铁的二元溶液和某些轻质混合物组成。积聚的轻质流体在芯幔边界上形成稳定的分层层。我们将这一层称为核心分层海洋(SOC)。在本文中,假定芯材料是铁和两个轻组分的三元合金,并考虑到有关芯化学物理的新信息,可以考虑类似的SOC形成机理。 (c)2006 Elsevier B.V保留所有权利。

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