The phrase "acceleration potential" is correct and usable in written English.
It can be used in contexts related to physics or engineering, particularly when discussing the potential energy associated with acceleration.
Example: "The acceleration potential of the system must be calculated to determine the maximum speed achievable."
Alternatives: "kinetic potential" or "potential energy of acceleration".
An acceleration potential method is adopted to calculate the transient wave loads on the plate.
Finally, grids were removed, allowed to dry and observed by Transmission Electron Microscopy (TEM) (JEOL, JEM-2100 instrument with a LaB6 filament, operating at 200 kV acceleration potential).
Consequently, the optics and detector for ToF analysis must be electrically floating at the desired acceleration potential for the secondary ions.
In the model, the Goda's method is modified to discriminate incident and reflected waves, whereas the acceleration potential approach is introduced to determine the hydrodynamic forces on the structure.
(2015) [1] is extended to simulate the dynamic wave forces on the land-fixed OWC device by using the acceleration potential method, and the experimental tests are also carried out.
In the model, Darcy's law is used to represent the porous media of the fluid-net interaction, and some auxiliary functions are introduced, instead of an iterative process using the acceleration potential method.
Ion extraction and acceleration potentials are applied by fast high-voltage switches (Behlke HTS 61-01-HB-C) with a 10-90 % rise time of ∼ 70 ns.
Thus, the final velocity v of an electrosprayed particle accelerated through a potential V is a function of the potential difference V, the solvent surface tension γ, the droplet (or particle) radius r, and particle density p. We calculated final particle velocities for a range of particle types and sizes for both 100 kV and 3 MV acceleration potentials (Fig. 6 and Table 1).
To optimize the generation of these limiting ions, filgrastim was subjected to higher energy collision dissociation using different acceleration potentials.
The SE-blocking aperture was machined to our specifications as determined by the gun-acceleration potential, the negative-bias potential, and the working distance.
The results show that depending on the gun-acceleration potential and the deceleration voltage, signal level increases of up to 20× and 6× or greater are possible at 1- and 1.5-keV landing energy, respectively, for decelerated probe-beam electrons versus the conventional SBEM.
