2D water-alcohol mixtures stay fully miscible with micro-segregation that grows with alcohol chain length, driven by water self-aggregation but limited by rim contacts, due to reorganization of fluctuations under charge ordering.
Journal of Computational Chemistry , title =
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Semi-empirical simulations show ionized glyphosate adsorbs more strongly to single-walled carbon nanotubes than the neutral form, with potential for environmental remediation.
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Aqueous-alcohol mixtures in dimension two: miscibility and micro-segregation
2D water-alcohol mixtures stay fully miscible with micro-segregation that grows with alcohol chain length, driven by water self-aggregation but limited by rim contacts, due to reorganization of fluctuations under charge ordering.
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Computational study of interactions between ionized glyphosate and carbon nanotube: An alternative for mitigating environmental contamination
Semi-empirical simulations show ionized glyphosate adsorbs more strongly to single-walled carbon nanotubes than the neutral form, with potential for environmental remediation.