Sentence examples for movement of particle from inspiring English sources
Based on the previous work on the horizontal deflection of a single particle, a glass box and collector had been designed to observe the movement of particle group in paramagnetic fluids.
Using a relaxation Poisson solver and Neumann boundary values interpolated from parent grids, adaptive subgrids can follow the movement of particle subsystems while allowing particles to move from grid to grid.
This paper presents a novel fuzzy particle swarm optimization with cross-mutated (FPSOCM) operation, where a fuzzy logic system developed based on the knowledge of swarm intelligence is proposed to determine the inertia weight for the swarm movement of particle swarm optimization (PSO) and the control parameter of a newly introduced cross-mutated operation.
A new method for treating the particle-wall boundary condition in rectangular-structural grid is deducted to avoid the endless loop movement of particle in dead angles of grids and a four-mixture-fraction model is developed to describe the multi-components mutual transportation in the precalciner.
This was followed by a study of the random movement of particles, known as Brownian motion.
In some respects, bacterial swimming resembles Brownian motion, the random movement of particles or molecules in a medium.
Creep, in geology, slow downslope movement of particles that occurs on every slope covered with loose, weathered material.
(Chemically, Brownian motion is the random movement of particles in solution, identified by the botanist Robert Brown in 1828 and mathematically described by the great MIT mathematician Norbert Wiener.
It was American-born English chemist Sir Benjamin Thompson's experiments with heat in 1798 that revealed evidence for the concept of heat as a movement of particles.
The movement of particles in the lateral direction was enhanced by the momentum of horizontal gas jets within the bed.
As a result, domains within the lattice are forced to rotate, thus giving rise to movement of particles perpendicular to the flow direction.
