The infinite dilution activity coefficient (γ i∞) is often applied to characterize solvent–solute
interactions, and, when accurately predicted, it can also serve as an early-stage solvent …

Solute partition in multiphase fluids is an important thermodynamic phenomenon and
performance attribute for a wide range of product formulations of foods, pharmaceuticals and …

Abraham model correlations are derived for predicting the solubility of crystalline organic
compounds and inorganic gases dissolved in ethyl formate based on published …

MOSCED (modified separation of cohesive energy density) is a solubility parameter method
that offers an improved treatment of association interactions. Solubility parameter methods …

Accurate prediction of infinite dilution activity coefficient (γ∞) is essential for the calculation
of phase equilibria, solubility, and related properties in molecular thermodynamics. Here, we …

Methods to predict the equilibrium solubility of nonelectrolyte solids are indispensable for
early-stage process development, design, and feasibility studies. Conventional analytic …

The modified separation of cohesive energy density (MOSCED) is a powerful tool for early
stage process conceptualization and design. It is capable of making quantitative phase …

For a binary mixture without azeotrope, its boiling temperature at quasi-infinite dilution T b
QID< T b, H (the higher boiling temperature of the two components), and T b QID> T b, L (the …

Fixed-charge force fields are a common choice for modelling solvents, many of which have
been optimised around pure-component property predictions. Their use for modelling …

Solubility parameter based methods have long been valuable design tools due to their
ability to make both quantitative predictions and to shed insight into the underlying …