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Publications (8)
Membrane separation technology has found widespread application in molecular sieving and water reclamation. Its use in organic solvent nanofiltration (OSN) has been limited by the modest permeation rates and stability of existing membranes. In this study, 2D clay nanolaminated membranes are engineered, derived from the stacking of exfoliated vermic...
The occurrence status of shale gas inside a nanochannel of a shale reservoir is crucial for shale gas reserve assessment and exploitation. In this work, adopting molecular dynamics simulations, the methane occurrence inside a shale nanochannel was investigated under different formation water saturations. Moreover, employing three common inorganic m...
Understanding ion transport in electrolytes is fundamentally significant in nanofluidic, energy and environmental sciences. Enhanced ion transport is widely observed in dilute electrolytes confined in nanochannels, but in concentrated electrolytes...
The two-dimensional material supported ionic liquid membrane has been proved to have good stability and CO2 separation performance. However, the high price of ionic liquid largely limits its practical utilization. On benefit of the low price and good CO2 separation performance, the deep eutectic solvent (DES) has significant advantage for practical...
The oil migration in nanoslits is essential to enhance oil recovery. In this study, the calcite was selected as typical representative of deep and medium-shallow reservoir, the effect of gas on oil migration behavior in calcite nanoslits is investigated at molecular level. Two types of migration behaviors, via overall migration and gas channel, wer...
