The phrase "a movement of particles" is correct and usable in written English.
It can be used in scientific contexts, particularly in physics or chemistry, to describe the motion or behavior of particles.
Example: "The experiment demonstrated a movement of particles in response to the applied electric field."
Alternatives: "a flow of particles" or "a shift of particles".
Whether the current is a movement of positive particles, negative particles in the opposite direction, or a mixture of the two, a perpendicular magnetic field displaces the moving electric charges in the same direction sideways at right angles to both the magnetic field and the direction of current flow.
A movement of small WC particles accompanied with a plastic flow of the Co binder occurred during the impacting and flattening process of the powders.
The primary objective of the filter is to protect against soil erosion in applications where groundwater flow has the potential to cause a seepage-induced movement of particles while, at the same time, to provide for adequate discharge capacity and therefore unimpeded drainage of the soil.
Where Democritus believed that matter could not move through space without a vacuum and that light was the rapid movement of particles through a void, Aristotle rejected the existence of vacuums because he could not conceive of bodies falling equally fast through a void.
This was followed by a study of the random movement of particles, known as Brownian motion.
One possibility raised by Raychaudhuri is that the noise reported by Thapa and Pandey is not noise at all, but is actually a part of the signal being measured that arises from the movement of particles in a magnetic field.
The application of an alternating electric field to cause movement of particles charged naturally by contact electrification in a fluidized bed, has be.
In this paper, we examine the movement of particles within a continuous powder mixer using PEPT (Positron Emission Particle Tracking).
Brownian motion is the random movement of particles in a fluid (originally pollen grains on water) as they collide with the fluid's molecules – particle paths resembling a "drunkard's walk," which Albert Einstein had used just a few years earlier to establish the reality of atoms and molecules.
In each time step, domains experience a mechanical volume change because of movement of particles.
