Thermodynamic geometry of 2D square-well fluids reveals narrower R-crossing validity in subcritical regions and extended Widom lines in supercritical regions compared to 3D counterparts.
Predicting adsorption isotherms using a two-dimensional statistical associating fluid the- ory.The Journal of chemical physics, 126(7), 2007
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Thermodynamic Geometry of two-dimensional square-well fluids
Thermodynamic geometry of 2D square-well fluids reveals narrower R-crossing validity in subcritical regions and extended Widom lines in supercritical regions compared to 3D counterparts.