In the process of petrochemical, coal chemical, and pharmaceutical industries, a large
amount of azeotrope is usually produced. The traditional method of separating azeotrope …

This study investigates phase equilibrium manipulation in nonideal mixtures through a
combined capillary and external electric field approach. Utilizing thermodynamic principles …

An innovative and versatile microextraction technique based on nanoconfined solvent on
carbon nanofibers has been conceived, realized, optimized, and presented here. The …

Understanding the behavior of confined fluid mixtures under external electric fields is
essential for advancing scientific knowledge and improving a wide range of technological …

A compositional simulation approach is utilized to compare huff-n-puff gas and solvent
injection in a shale gas condensate reservoir. Each injection process is analyzed in terms of …

Benzene derivatives (BDs) constitute a class of environmental pollutants whose exposure
poses a grave risk to human health. These compounds rapidly diffuse from the atmosphere …

Evaluation of the grand-canonical partition function using expanded Wang-Landau
simulations. V. Impact of an electric field on the thermodynamic properties and ideality …

Vapour-liquid phase equilibria of associating fluids under confinement are investigated
using Grand-Canonical Transition Matrix Monte Carlo (GC-TMMC) method. Various …

The thermophysical and transport properties of fluid at nanoscale, adjacent to the solid
surface, are quite different from that of macroscopic level. It has been realized that the fluid …

The efficient removal of water vapor from natural gas and other gas streams is crucial in
various industrial processes, including gas separation, air conditioning, and natural gas …