“…The radial distribution function (RDF) is the probability of nding other atoms at a distance r from the central atom. 45,46 It can also reect the characteristics of material microstructures and reveal the properties of interactions between nonbonded atoms. The RDF is calculated as follows: 47,48 g CÀD ðrÞ ¼ n D V 4pr 2 drN D (7) where As vinyl silicone oil viscosity increases, the SRF forms looser aggregates and a relatively large g(r) peak is observed.…”
The molecular motion trajectories of silicone rubber foam (SRF) at various vinyl silicone oil viscosities were studied via molecular dynamics (MD) simulation from the perspective of all atomic molecules.
“…The radial distribution function (RDF) is the probability of nding other atoms at a distance r from the central atom. 45,46 It can also reect the characteristics of material microstructures and reveal the properties of interactions between nonbonded atoms. The RDF is calculated as follows: 47,48 g CÀD ðrÞ ¼ n D V 4pr 2 drN D (7) where As vinyl silicone oil viscosity increases, the SRF forms looser aggregates and a relatively large g(r) peak is observed.…”
The molecular motion trajectories of silicone rubber foam (SRF) at various vinyl silicone oil viscosities were studied via molecular dynamics (MD) simulation from the perspective of all atomic molecules.
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