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Thermal Conductivity and Thermal Diffusivity of Ferrosilite under High Temperature and High Pressure

Journal of earth science (Wuhan, China), 2022-06, Vol.33 (3), p.770-777

2022

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Fe-Mn interdiffusion in aluminosilicate garnets

Di xue qian yuan., 2024-01, Vol.15 (1), p.101699, Article 101699

2024

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Pressure-induced enhancement of proton conduction in brucite

Geophysical research letters, 2014-02, Vol.41 (3), p.813-819

2014

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Thermal diffusivity and thermal conductivity of alkali feldspar at 0.8–3 GPa and 300–873 K

Contributions to mineralogy and petrology, 2021-06, Vol.176 (6), Article 42

2021

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Phase Transition of Enstatite‐Ferrosilite Solid Solutions at High Pressure and High Temperature: Constraints on Metastable Orthopyroxene in Cold Subduction

Geophysical research letters, 2020-06, Vol.47 (12), p.n/a

2020

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Electrical conductivity of the plagioclase–NaCl–water system and its implication for the high conductivity anomalies in the mid-lower crust of Tibet Plateau

Contributions to mineralogy and petrology, 2018-02, Vol.173 (2), p.1-12, Article 16

2018

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Experimental study of the electrical conductivity of hydrous minerals in the crust and the mantle under high pressure and high temperature

Science China. Earth sciences, 2016-04, Vol.59 (4), p.696-706

Guo, XinZhuan

2016

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The electrical conductivity of granite: The role of hydrous accessory minerals and the structure water in major minerals

Tectonophysics, 2023-06, Vol.856, p.229857, Article 229857

2023

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Origin of the high conductivity anomalies in the mid-lower crust of the Tibetan Plateau: Dehydration melting of garnet amphibolites

Lithos, 2023-01, Vol.436-437, p.106988, Article 106988

2023

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Electrical Conductivity of Eclogite, Amphibolite and Garnet-Quartz-Mica Schist with Implications for the Conductivity in the Qiangtang Terrane of Northern Tibetan Plateau

Journal of earth science (Wuhan, China), 2020-08, Vol.31 (4), p.683-692

2020

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Fast grain-boundary ionic conduction in multiphase aggregates as revealed by electrical conductivity measurements

Contributions to mineralogy and petrology, 2021-10, Vol.176 (10), Article 80

2021

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Detrital zircon U–Pb ages and trace elements indicate the provenance of Early Carboniferous Li-rich claystone from central Guizhou, South China

Sedimentary geology, 2022-12, Vol.442, p.106278, Article 106278

2022

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Electrical conductivity anisotropy of deformed talc rocks and serpentinites at 3 GPa

Physics of the earth and planetary interiors, 2011-09, Vol.188 (1), p.69-81

2011

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Phase transition of sanidine (KAlSi3O8) and its effect on electrical conductivity at pressures up to 11 GPa

Physics and chemistry of minerals, 2020-04, Vol.47 (4), Article 21

2020

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Partial dehydration of brucite and its implications for water distribution in the subducting oceanic slab

Di xue qian yuan., 2022-03, Vol.13 (2), p.101342, Article 101342

2022

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Effect of temperature, pressure and iron content on the electrical conductivity of olivine and its high-pressure polymorphs

Journal of Geophysical Research: Solid Earth, 2012-08, Vol.117 (B8), p.n/a

2012

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P-V-T equation of state for ε-iron up to 80 GPa and 1900 K using the Kawai-type high pressure apparatus equipped with sintered diamond anvils

Geophysical research letters, 2012-10, Vol.39 (20), p.n/a

2012

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Phase Transitions in Orthoenstatite and Subduction Zone Dynamics: Effects of Water and Transition Metal Ions

Journal of geophysical research. Solid earth, 2018-04, Vol.123 (4), p.2723-2737

2018

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Negative pressure effect on the electrical conductivity of San Carlos olivine and its implication to the electrical structure in the upper mantle

Science China. Earth sciences, 2016-10, Vol.59 (10), p.2078-2088

2016

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High‐Temperature Vibrational Spectra Between Mg (OH)2 and Mg (OD)2: Anharmonic Contribution to Thermodynamics and D/H Fractionation for Brucite

Journal of geophysical research. Solid earth, 2019-08, Vol.124 (8), p.8267-8280

2019

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Reply to comments on “Electrical conductivity of albite–(quartz)–water and albite–water–NaCl systems and its implication to the high conductivity anomalies in the continental crust” by Guo, X., Yoshino, T. & Shimojuku, A

Earth and planetary science letters, 2015-08, Vol.423, p.246-247

Guo, Xinzhuan

2015

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Two‐stage spin transition of iron in FeAl‐bearing phase D at lower mantle

Journal of geophysical research. Solid earth, 2016-09, Vol.121 (9), p.6411-6420

2016

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Electrical conductivity of dense hydrous magnesium silicates with implication for conductivity in the stagnant slab

Earth and planetary science letters, 2013-05, Vol.369-370, p.239-247

2013

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Electrical conductivity of albite–(quartz)–water and albite–water–NaCl systems and its implication to the high conductivity anomalies in the continental crust

Earth and planetary science letters, 2015-02, Vol.412, p.1-9

2015

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Thermal Conductivity and Thermal Diffusivity of Ferrosilite under High Temperature and High Pressure

Fe-Mn interdiffusion in aluminosilicate garnets

Pressure-induced enhancement of proton conduction in brucite

Thermal diffusivity and thermal conductivity of alkali feldspar at 0.8–3 GPa and 300–873 K

Phase Transition of Enstatite‐Ferrosilite Solid Solutions at High Pressure and High Temperature: Constraints on Metastable Orthopyroxene in Cold Subduction

Electrical conductivity of the plagioclase–NaCl–water system and its implication for the high conductivity anomalies in the mid-lower crust of Tibet Plateau

Experimental study of the electrical conductivity of hydrous minerals in the crust and the mantle under high pressure and high temperature

The electrical conductivity of granite: The role of hydrous accessory minerals and the structure water in major minerals

Origin of the high conductivity anomalies in the mid-lower crust of the Tibetan Plateau: Dehydration melting of garnet amphibolites

Electrical Conductivity of Eclogite, Amphibolite and Garnet-Quartz-Mica Schist with Implications for the Conductivity in the Qiangtang Terrane of Northern Tibetan Plateau

Fast grain-boundary ionic conduction in multiphase aggregates as revealed by electrical conductivity measurements

Detrital zircon U–Pb ages and trace elements indicate the provenance of Early Carboniferous Li-rich claystone from central Guizhou, South China

Electrical conductivity anisotropy of deformed talc rocks and serpentinites at 3 GPa

Phase transition of sanidine (KAlSi3O8) and its effect on electrical conductivity at pressures up to 11 GPa

Partial dehydration of brucite and its implications for water distribution in the subducting oceanic slab

Effect of temperature, pressure and iron content on the electrical conductivity of olivine and its high-pressure polymorphs

P-V-T equation of state for ε-iron up to 80 GPa and 1900 K using the Kawai-type high pressure apparatus equipped with sintered diamond anvils

Phase Transitions in Orthoenstatite and Subduction Zone Dynamics: Effects of Water and Transition Metal Ions

Negative pressure effect on the electrical conductivity of San Carlos olivine and its implication to the electrical structure in the upper mantle

High‐Temperature Vibrational Spectra Between Mg (OH)2 and Mg (OD)2: Anharmonic Contribution to Thermodynamics and D/H Fractionation for Brucite

Reply to comments on “Electrical conductivity of albite–(quartz)–water and albite–water–NaCl systems and its implication to the high conductivity anomalies in the continental crust” by Guo, X., Yoshino, T. & Shimojuku, A

Two‐stage spin transition of iron in FeAl‐bearing phase D at lower mantle

Electrical conductivity of dense hydrous magnesium silicates with implication for conductivity in the stagnant slab

Electrical conductivity of albite–(quartz)–water and albite–water–NaCl systems and its implication to the high conductivity anomalies in the continental crust

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