Sentence examples for modeling of particles from inspiring English sources

Two-dimensional field theory has become a universally accepted tool for the theoretical modeling of particles and quasi-particles on surfaces, interfaces, and thin films.

The article contains a description of both the mathematical modeling of particles separation in self-adjustable channel for Split Flow Thin Cell Fractionation (SPLITT), and the channel design concept.

By combining these ground-based network measurements with in situ measurements of plasma and waves by the Arase and Van Allen Probes satellites (Miyoshi et al. 2017a, this issue; Mauk et al. 2013) and with global modeling of particles and waves (Seki et al. 2017, this issue), quantitative understanding of particle acceleration and loss in the inner magnetosphere will become possible.

We review recent results in theoretical modeling of particle dispersions in polymer melts.

The modeling of particle separation efficiency is a topic of interest in the fields of environmental science and chemical engineering.

The adoption of the special finite element can greatly simplify numerical modeling of particle-composites.

Modeling of particle elution for spheres from 10 to 1000 nm was examined.

Numerical modeling of particle transport suggests that both reversible attachment and irreversible straining affected the transport of the particles.

These interactions can be described by discrete element method (DEM) based on the contact models of particles.

All the other particles in the Standard Model of particle physics interact with light.

The discovery of the Higgs boson was a triumph for the standard model of particle physics.