2014Acta Scientiarum Naturalium Universitatis SunyatseniRequires access

Formation mechanism of reservoir oolitic dolomite in Lower Triassic Feixianguan formation, northeastern Sichuan Basin,southwest China

陈培元, 谭秀成, 刘宏, Teng Ma, 罗冰, 姜兴福, 于洋, 靳秀菊

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Abstract

87 Sr/ 86 Sr 并且 13 C 同位素,以及许多跟踪元素, Fe 和 Mn ,显示海水由作为化成白云石液体扮演的蒸发专注。这些结果也证明化成白云石很可能发生在关上半的 diagenetic 环境。因此,鲕状的白云石形成的主要机制是渗出物倒流,它发生在成岩作用的一个早阶段。

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What this paper is about

87 Sr/ 86 Sr 并且 13 C 同位素,以及许多跟踪元素, Fe 和 Mn ,显示海水由作为化成白云石液体扮演的蒸发专注。这些结果也证明化成白云石很可能发生在关上半的 diagenetic 环境。因此,鲕状的白云石形成的主要机制是渗出物倒流,它发生在成岩作用的一个早阶段。

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Available abstract

87 Sr/ 86 Sr 并且 13 C 同位素,以及许多跟踪元素, Fe 和 Mn ,显示海水由作为化成白云石液体扮演的蒸发专注。这些结果也证明化成白云石很可能发生在关上半的 diagenetic 环境。因此,鲕状的白云石形成的主要机制是渗出物倒流,它发生在成岩作用的一个早阶段。

Key concepts: Dolomite, Geology, Sichuan basin, China, Structural basin, Geochemistry, Early Triassic, Tarim basin

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Formation mechanism of reservoir oolitic dolomite in Lower Triassic Feixianguan formation, northeastern Sichuan Basin,southwest China — Research Paper | ScholarLens