Sentence examples for models of amorphous from inspiring English sources
In this work models of amorphous cellulose crosslinked with both rigid and flexible crosslinks were constructed computationally for this purpose.
It has allowed for the first studies of the rigidity transition ingenericnetworks, which are models of amorphous materials and glasses.
In this paper, we offer large and realistic models of amorphous carbon spanning densities from 0.95 g/cm3 to 3.5 g/cm3.5
Using molecular dynamics simulations with a reactive force field (ReaxFF), we generate models of amorphous carbon (a-C) at a wide range of densities (from 0.5 g/cc to 3.2 g/cc) via the 'liquid-quench' method.
A comparative analysis using models of amorphous polyethylene with different sizes and densities shows that the rebridging scheme described here is very effective for the simulation of long alkanes.
Atomic calculations, based on empirical potentials and the method of homogeneous deformation, are presented for the elastic properties of as-deposited amorphous carbon at 0 K. Several structural models of amorphous carbon generated by a realistic molecular-dynamics simulation of ion-beam deposition were studied.
It is shown that application of long simulations with slow thermal quench rate is essential for modeling of amorphous structures.
Atomistic modeling of amorphous poly(1,2-vinyl butadiene) using molecular mechanics and molecular dynamics simulations was carried out in three-dimensionally periodic and effective two-dimensionally periodic condensed phases.
In this study, a co-exposure in vitro model of amorphous silica nanoparticles (nano-SiO2) and methyl mercury (MeHg) was established to investigate their combined effects and the potential joint action type.
An Eulerian simulation framework is developed to study an elastoplastic model of amorphous materials that is based upon the shear transformation zone (STZ) theory developed by Langer and coworkers [1].
The approach to structure the CRN model of amorphous germanium is as follows.
