The surface damage mechanisms modeled at the higher temperature are an oxidation layer, a γ′-precipitate-free layer and a γ′-precipitate-reduced layer.
The mechanism by which free integrin turned into focal adhesions – with a certain stochastic rate (but only when on surface structures) or instantly upon entering such a surface structure (cf. "Modeling surface structure") – made no difference to the simulation results.
Mostly lattice KMC models are applied with the aim of (i) gaining more insight in the physicochemical mechanisms behind astrochemically relevant experiments or (ii) modeling grain surface chemistry with a relatively high level of detail.
A three-phase, four-component black-oil simulator was then developed and coupled with the deposition model including two mechanisms of "surface deposition" and "pore throat opening".
The general association mechanisms are modeled by quantifying the chemical and physical properties of the domain structure as a collection of 'patches' on the solvent exposed surface (SES).
The kinetic BAC-model, based on fundamental mechanisms, including surface diffusion, liquid-film mass transfer, Monod kinetics, growth of biofilm and suspended cells as well as shear loss of biofilm, was developed to describe the performance of biofilm attached on activated carbon in the azo-dye treatment process.
With few exceptions these proposed mechanisms and surface intermediates are based on DFT modelling.
We begin by reviewing the framework used to explain the underlying erosion mechanisms controlling surface morphology, as well as theoretical attempts to model deposition in "Background theory" section.
The parameters obtained from different models provide information on the biosorption mechanisms, the surface properties and affinities of the biosorbent [56].
In the batch Pb II) adsorption experiments, the adsorbents with higher Zn II) contents showed higher Pb II) adsorption capacities, and the adsorption data fitted well with the Langmuir isotherm model and pseudo-second-order kinetic model, indicating a mechanism of surface chemisorption.
