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Data for: In Situ Experimental Study of Talc Carbonation in C-O-H Fluid: Implications for the Deep Carbon Cycle

NIAID Data Ecosystem2026-05-02 收录

实验岩石学

深部碳循环

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https://data.mendeley.com/datasets/ptzympj2gf 数据链接链接失效反馈

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Raw data for figures in the manuscript.

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创建时间：

2024-12-10

地球化学

深部碳循环

It includes Text S1, Table S1-3, and Figure S1. Text S1 is the petrological descriptions of Obn high-MgO eclogites. Table S1 is the trace elements data of standards analyzed in this study. Table S2 is

doi.org340

Redox reactions between FeCO3 and H2O in the deep mantle: Significance for the Earth's carbon-hydrogen-oxygen cycles

氧化还原地球化学

深部碳循环

We propose that the water in deep Earth can provide an abundant source of H2 and O2, which may drive the self-redox reaction of FeCO3 to form appreciable hydrocarbons and O2-bearing phases in the mant

ESRF Portal2026-01-01 更新70

siderite data.xlsxShock-induced Phase Transitions in Siderite up to 80 GPa and Implications for Deep Carbon Cycle

高压矿物相变

深部碳循环

calculated shock temperature of siderite, deduced Fe4C3O12 Hugoniot and its density along geotherm.

Figshare2024-01-12 更新50

supplementary data tables_Chapter_5.xlsx

实验岩石学

矿物质分析

Tables A.2.3 and A.2.4 contains the average chemical compositions of each phase analyzed in multi-anvil experimental run products using an electron microprobe.

Figshare2022-09-30 更新80

Lithospheric relamination and disruption of mantle carbon during supercontinent cycle s

深部碳循环

金伯利岩

Carbon exchange between Earth’s surface and its deep interior surely occurs but evidence is scant and the processes are poorly understood. Although isotopes and mineral inclusions from eclogitic di

Figshare2024-04-01 更新50

Data for: In Situ Experimental Study of Talc Carbonation in C-O-H Fluid: Implications for the Deep Carbon Cycle

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