Sentence examples for discharged particles from inspiring English sources
Laser diffraction particle size analysis revealed a volumetrically weighted median effluent particle size of 250.1 μm; with 89% of the discharged particles larger than 53 μm and 76% greater than 105 μm.
Results indicate that, no matter whether vibration is added or not, the total numbers of discharged particles and contacts change linearly with time steps, the contact forces between particles and walls are generally greater than that between particles.
The particle motion and the mixing are monitored through image analysis and the discharged particle mass is analyzed.
It is shown that the rate of the anodic process in sulfite solutions is limited by diffusion of discharging particles, while the rate of the anodic process in thiosulfate solutions is limited by slow (in comparison with diffusion) heterogeneous reactions.
In addition, we show that oxygen evolution reaction (OER) occurs by a process that involves oxidation and re-dissolution of the bulk fraction, leading to a contraction of the discharge particles and a composition similar to that found in the intermediate phase of the deposits observed at the end of discharge.
This find-ing could indicate that the small particles are highly porous, notably those particles produced in a spark discharge (SpD) [the notation "ultrafine carbon particles" (ufCP) used by Stoeger et al. (2006) for spark discharge particles was not adopted here because all six types of particles investigated by the previous authors were ultrafine carbon particles].
While that inner part is responsible for dispensing particles from a particle source, and characterizing them, the central tasks of the outer part of the loading mechanism are to guide the particles from the inside of the spacecraft to the optical bench, to discharge the particles and to propel them into the optical trap.
Simulations in 2D showed that the disc-shaped particles discharged 40% faster than the circular particles.
The Coulomb forces caused between the static electricity on the particles surface (as well as those between the particles and the sample stage) could also induce a finite amount of v0; note that δxT was reduced to a certain level in the present study by discharging the particles and the sample stage using an ionizer, however δxT was not reduced to a negligible level.
In this work, to clarify the mechanisms underlying this behavior, a series of experiments was performed by discharging solid particles into two-dimensional rectangular water pools.
