Sentence examples for acceleration gap from inspiring English sources

The analysis process was proved to be useful for adjusting the GG aperture displacement and ion source parameters (acceleration gap length gacc, extraction voltage Vext, etc).

The resistor in the secondary is chosen to give the same acceleration efficiency, the ratio of beam energy gain to energy input to the core module (core plus acceleration gap), as was computed for the driver.

In order to extend the pulse length of such high power density beams, the extraction and acceleration geometries were tuned to match the beam optics to high power density by increasing the transmission at the extractor and the acceleration electric field at the first acceleration gap.

The whole IH-DTL consists of two tanks, 56 acceleration gaps, and four quadrupole triplets.

The electric field distribution in the inflector and in the four acceleration gaps has been numerically calculated from an electric potential map produced by the program RELAX3D.

The resonator has two inner conductors and three acceleration gaps, which give a resonant frequency of 129.8 MHz and an optimum beam velocity of 6% of the light velocity.

An interactive 1-D particle-in-cell simulation with an electrostatic field solver, acceleration-gap fringe fields, and a library of realizable analytic waveforms has been used for developing NDCX-II acceleration schedules.

The tangent spring was found to lead to large increases in mean peak acceleration for gap ratios d/σs0<3, where 2d is the total gap between the stops.

Numerical simulations are carried out and the effects of velocity fluctuation of the immediately ahead car on each car's velocity, acceleration, vehicular gap, fuel consumptions and the total fuel consumptions of the whole car-following system with different time window lengths are investigated in detail.

For the purpose of improving thrust efficiency, the relations between the acceleration and electrode gap, electrode width, discharge energy have been discussed.

For example, depending on the cohesive energy of the surface matter, an acceleration zone ("polar gap") above the polar cap of a pulsar may or may not form.