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The electron beam can be accelerated up to approximately 42 MeV.
The ions, from proton to Uranium, are planned to be accelerated up to around 400 MeV/u.
Electrons circulating in one ring will be accelerated up to an energy of 7 gigaelectron-volts (GeV).
An accelerator based neutron source is under development in which 30 mA deuterium beam will be accelerated up to 300 keV energy.
The electrons will be accelerated up to an energy of ∼8 MeV by a copper cavity operated at a frequency of 2860 MHz and the beam will be injected into a compact, planar permanent undulator magnet to produce THz radiation.
Both silicon detectors are connected by magnetic field lines of a few Tesla field strength, and set on an electrostatic potential, such that protons can be accelerated up to 30 keV in order to be detected.
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A source of negative ion by cesium sputtering (SNICS) can produce various negative ions from solid targets, such as B−, C−, Si−, P−, Fe−, Cu−, and Au−[16, 17], which can be implanted into the substrates after being accelerated up to the maximum 30 keV depending on the accelerator field.
The slowed plasma in the wake is accelerated up to corotational velocities by 6 RIo downstream.
The energetic ions are accelerated up to 1 MeV far from the X-type neutral line toward the downstream region.
In the boost and storage mode operation, electrons are accelerated up to 1.2 GeV to be stored in the ring.
In the WIM, where shattering is assumed to occur in this paper, grains with a ≳ a few × 10−2μm are accelerated up to velocities larger than the shattering threshold by turbulence.
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