Sentence examples for simulation of the interface from inspiring English sources
Computational simulation of the interface between polysulphide species and carbon nanotube surface provides first-principle confirmation of improved binding between C and S in the polysulphides as wall-to-wall distance is decreased.
In this paper, a multiphysics model is developed for simulation of the interface behavior of physical hydrogel subject to solution-gel phase transition and nonlinear deformation, in which the solution and gel states are considered as two distinct phases and separated by a sharp interface approach.
Fig. 3 A numerical simulation of the interface dynamics for the same scenario as Fig. 2.
The method on the nanoscale is based on using coarse-grained molecular dynamics simulations of the interface, with an accurate model for the asphaltene molecules.
Numerical simulations of the interface dynamics are shown to be in direct correspondence with those of the full neural field model.
Two-dimensional simulations of the interface silicon/mask/electrolyte were performed using COMSOL MultiphysicsⓇ (COMSOL AB, Stockholm, Sweden) to better understand the etching behavior of how the metal pattern geometry affects the macroporous layer morphology.
The effect of contact plateau distribution on stick-slip of brake friction materials was studied based on experimental results and computer simulation of the sliding interface.
Results of a Monte Carlo simulation of the electrode|electrolyte interface with and without solvent molecules are reported.
The simulation of the solvated interface included 65 waters between the slabs (including 12 water molecules from the goethite surface).
We present previously unpublished results and summarize recent computer simulation studies of the interfaces between water or aqueous solutions and liquid or solid mercury which serve as realistic molecular-level models of the electrochemical interface.
Accurate simulation of these interfaces presents a problem of considerable difficulty on several levels.
