The phrase "accelerating charges" is correct and usable in written English.
It can be used in contexts related to physics, particularly in discussions about electromagnetism or particle dynamics.
Example: "The emission of radiation is a result of accelerating charges within the atom."
Alternatives: "moving charges" or "charged particles in motion".
Ion engines, like the one used on the National Aeronautics and Space Administration's Deep Space 1 probe launched in 1998, operate by accelerating charged particles with electric fields.
The company is selling miniature electrospray ion engines that generates thrust by accelerating charged particles to very high speeds.
This propulsion system produces exquisite levels of thrust by accelerating charged atoms of xenon through nozzles at the rear of the spacecraft.
Rapidly accelerating charged particles within the cyclotron resonance space greatly reduces the half-vertical angle of the loss cone in a magnetic mirror behind the resonance space.
Detailed excellent capability in accelerating charge extraction and suppressing charge recombination can be disclosed with steady state and time-resolved photoluminescence analysis and electrochemical impedance spectroscopy.
The enhanced heat transport properties of the NFPCM along with the elimination of subcooling and accelerating charging will be very useful in designing energy efficient CTES system.
Each ion engine is about the size of a penny and generates thrust by accelerating charged particles at very high speeds.
The enhancement of photoelectrochemical performance is ascribed to the enhanced light harvesting ability of CQDs and its accelerating charge transfer across the interface between CQDs/WO3 electrode and electrolyte.
In this work, nickel-copper bimetallic oxide obtained by introducing copper ions is committed to accelerating charge transport and improving the electronic conductivity of the composites to thereby obtain high-performance electrode materials.
With an aim of accelerating charge transport and increasing interface area for triiodide electroreduction reaction, positively charged polyaniline − single wall carbon nanotube PANi − SWCNT complex, chemically polymerized from aniline-single wall carbon nanotube complex, is combined with negatively charged graphene oxide (GO) by a layer-by-layer self-assembly technique.
