含碳熔体物理化学性质与地幔物探成像的联系

F. Gaillard, N. Sator, E. Gardes, B. Guillot, M. Massuyeau, D. Sifre, T. Hammouda, G. Richard
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引用次数: 6

摘要

对高温高压实验研究新能力的大量投资,使人们对流体和熔体中碳的物理性质(包括粘度、导电性和密度)有了新的认识。本章回顾了含碳熔体和流体在高温高压下的物理性质,并强调了尚待探索的未知问题。本章还回顾了如何通过各种地球物理技术——地震横波速度、衰减和地幔深度的电磁信号——对地球上无法到达的部分进行遥感,从而与含碳熔体或流体的潜在存在相协调
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The Link between the Physical and Chemical Properties of Carbon-Bearing Melts and Their Application for Geophysical Imaging of Earth’s Mantle
Significant investment in new capacities for experimental research at high temperatures and pressures have provided new levels of understanding about the physical properties of carbon in fluids and melts, including its viscosity, electrical conductivity, and density. This chapter reviews the physical properties of carbon-bearing melts and fluids at high temperatures and pressures and highlights remaining unknowns left to be explored. The chapter also reviews how the remote sensing of the inaccessible parts of the Earth via various geophysical techniques – seismic shear wave velocity, attenuation, and electromagnetic signals of mantle depths – can be reconciled with the potential presence of carbon-bearing melts or fluids
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