Theoretical results published in the last 17 years on the kinetics of aggregation and
relaxation in micellar surfactant solutions have been reviewed. The results obtained by the …

The scaling between the excess entropy and transport coefficients of liquids is an interesting
property found by Rosenfeld in atomistic simulations. Later, Dzugutov proposed to estimate …

Surfactants are molecular structures with remarkable physicochemical properties and
applications. Most of their characteristics are due to their ability to promote aggregation and …

Fully atomistic molecular dynamics (MD) simulations have been carried out on sodium
dodecyl sulfate (SDS), an anionic micelle, and three cationic (C n TAB; n= 12, 14, 16) …

The results of all-atom molecular dynamics simulations of micellization in the salt-free
sodium dodecyl sulphate (SDS) aqueous solution and in the solution with added 1: 1 salt …

Results of all-atom molecular dynamics simulation have been presented for salt-free
aqueous solutions of sodium dodecyl sulfate at its fixed total concentration in a simulation …

The results of molecular modeling of ionic surfactant self-aggregation in sodium dodecyl
sulphate (SDS) aqueous solutions, both salt-free and with addition of NaCl, are reported …

Recent development of experimental methods of investigation of diffusion in micellar
systems and rethinking of the available material led to an increase in the number of …

A model was developed to predict the bubble deformation in the presence of a charged
surface. The model was successfully verified with a bubble containing a cationic surfactant …

All-atom molecular dynamics has been employed to study the processes of self-aggregation
and solubilization in aqueous solutions that contain decane, ionic and nonionic surfactants …