The functional properties of molecular systems are generally determined by the sum of many
weak non-covalent interactions, and therefore methods for predicting the relative …

Chemical surfactants are omnipresent in consumer products, but they are the subject of
environmental concerns. For this reason, the complete replacement of petrochemical …

The self-assembly process, where molecules form complex structures through interaction
forces, has broad applications in various fields. However, controlling the dynamics of self …

We review the recent literature on particle-based simulation of surfactants, focusing on key
methodological developments in the areas of surfactant self-assembly, micelle formation …

The dissipative particle dynamics simulation method is adopted to investigate the
microemulsion systems prepared with surfactant (H1T1), oil (O) and water (W), which are …

Dissipative particle dynamics (DPD) can be used to simulate the self-assembly properties of
surfactants in aqueous solutions, but in order to simulate a new compound, a large number …

We explore the use of coarse-grained dissipative particle dynamics simulations to predict
critical micelle concentrations (CMCs) in polydisperse surfactant mixtures and blends. By …

In this article, we present a general parametrisation scheme for many-body dissipative
particle dynamics (MDPD). The scheme is based on matching model components to …

Microemulsion collector is a new type of highly efficient collector for coal slime flotation, but
the research on their formulation is complexity and time-consuming, which restricts the …

Dissipative particle dynamics (DPD) provides a powerful coarse-grained simulation
technique for the study of a wide range of soft matter systems. Here, we investigate the …