Gas absorption into a liquid is an effective means of reducing the emission of
environmentally unfavorable gases. The efficiency of the gas absorption is determined by …

Hydrodynamics and conjugate mass transfer from a spherical droplet at low to moderate
Reynolds number have been investigated by direct numerical simulation. The study …

Numerical simulations of mass transfer are performed for a circulating liquid drop with
applications in liquid–liquid extraction. Simulation parameters are chosen for a multi …

Numerical methods are used to investigate the transient heat transfer from an oblate/prolate
spheroid to a steady stream of viscous, incompressible fluid. The temperature of the …

Solute mass transfer is considered from the outside to the inside of a circulating drop in the
context of liquid-liquid extraction. Specifically an internal problem is treated with resistance …

The splitting method used in a previous study for the numerical solution of mass transfer
equations in ternary systems is generalized to mixtures with n-components. The diffusion …

Numerical methods are used to investigate the transient mass transfer from a binary gas
bubble to an incompressible liquid. The bubble has two components: A–soluble and B …

Numerical simulation results of mass transfer to and from drops with applications to liquid–
liquid extraction processes are considered. Multiple solute components (specifically 2 solute …

The generalized Maxwell− Stefan equations describe the mass-transfer process in a
multicomponent mixture in different physical systems. This approach to the mass-transfer …

In a multi-component system the diffusion of a certain species is dictated not only by its own
concentration gradient but also by the concentration gradient of the other species. In this …