Article ID Journal Published Year Pages File Type
8089039 Green Energy & Environment 2018 19 Pages PDF
Abstract
With increasing water content, the amount of water on the mica surface becomes higher and the interface layer thicker. More water accumulated at the interface with the hydrophobic ionic liquid [Emim][TFSI] than in case of the hydrophilic ionic liquid [Emim][BF4] due to the respective hydrophobicity and ion size of ionic liquids.238
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Physical Sciences and Engineering Energy Energy Engineering and Power Technology
Preview
Molecular dynamics study of room temperature ionic liquids with water at mica surface
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