Influence of salinity and electrostatic fields on CO<sub>2</sub> hydrate formation and the interfacial quasi-liquid layer in clay nanoconfinement: A molecular dynamics study

Jie Chen; Jia-fang Xu; Zheng-cai Zhang; Ling-feng Kong; Cheng-dong Yuan; Anastasia Ivanova; Abdolreza Farhadian; Ya-hua Wang; Yuan-hang Zhang; Li-yuan Zhang; Gao-wei Hu

doi:10.31035/cg2025183

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Chen Jie, Xu Jia-fang, Zhang Zheng-cai, Kong Ling-feng, Yuan Cheng-dong, Ivanova Anastasia, Farhadian Abdolreza, Wang Ya-hua, Zhang Yuan-hang, Zhang Li-yuan, Hu Gao-wei. 2026. Influence of salinity and electrostatic fields on CO2 hydrate formation and the interfacial quasi-liquid layer in clay nanoconfinement: A molecular dynamics study. China Geology. doi: 10.31035/cg2025183.

Citation: Chen Jie, Xu Jia-fang, Zhang Zheng-cai, Kong Ling-feng, Yuan Cheng-dong, Ivanova Anastasia, Farhadian Abdolreza, Wang Ya-hua, Zhang Yuan-hang, Zhang Li-yuan, Hu Gao-wei. 2026. Influence of salinity and electrostatic fields on CO2 hydrate formation and the interfacial quasi-liquid layer in clay nanoconfinement: A molecular dynamics study. China Geology. doi: 10.31035/cg2025183.

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Influence of salinity and electrostatic fields on CO₂ hydrate formation and the interfacial quasi-liquid layer in clay nanoconfinement: A molecular dynamics study

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Influence of salinity and electrostatic fields on CO2 hydrate formation and the interfacial quasi-liquid layer in clay nanoconfinement: A molecular dynamics study

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Influence of salinity and electrostatic fields on CO₂ hydrate formation and the interfacial quasi-liquid layer in clay nanoconfinement: A molecular dynamics study