Results 261 to 270 of about 8,249 (302)

Particle Dynamics in the Linear Accelerator

Journal of Applied Physics, 1952
Hamilton's equations for the motion of an electron in a linear accelerator are integrated to find the final kinetic energy and phase of an electron injected with arbitrary initial kinetic energy and phase, after traveling down a fixed length of accelerator.
J. R. Terrall, J. C. Slater
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A short-pulse electron linear accelerator for laser driven particle acceleration research

Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment, 1995
Abstract Critical aspects of high-gradient electron acceleration by laser-driven relativistic electron plasma waves have been studied experimentally. A number of important features incorporated into the design of the experimental facility make it possible to obtain controlled injection of high-energy electrons into the plasma and make reliable ...
N.A. Ebrahim, R.W. Davis, J.F. Mouris
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Particle transverse autophasing in weak focusing linear accelerators

Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment, 2002
The transverse autophasing conditions in high-energy linear accelerators with weakly focusing lattice have been studied. A solution has been developed which does not require an additional correlated energy spread in the beam along the linear accelerator.
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Radio evolution of supernova remnants including non-linear particle acceleration

Nuclear and Particle Physics Proceedings, 2018
Abstract Supernova remnants (SNRs) are believed to accelerate particles up to high energies, at least reaching a few PeV, through the mechanism of diffusive shock acceleration (DSA). Detection of synchrotron radio emission from cosmic ray (CR) electrons supports this picture.
M.Z. Pavlović, D. Urošević, B. Arbutina   +2 more
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Stabilizing Linear Particle Accelerators by Means of Grid Lenses

Nature, 1947
THOUGH nothing appears to have been published, it is now fairly generally known that linear particle accelerators of the standing-wave type cannot be satisfactorily stabilized with electron lenses of conventional design for energies much exceeding about 10 MeV.
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A linear accelerator of lanthanum hexaboride particles for impact fusion

Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment, 1993
Abstract A linear accelerator of dust charged particles is described. Because of the low charge over mass ratio of these particles the frequencies involved are smaller by two orders of magnitude compared to proton accelerators. So the device is excited by a sinusoidal voltage applied between grids, their spacing being adjusted so that the transit ...
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Self-consistent particle distribution and limiting current in a linear accelerator

Journal of Nuclear Energy. Part C, Plasma Physics, Accelerators, Thermonuclear Research, 1966
The method of approximating the particle bunches in an accelerator by a uniformly charged ellipsoid is shown to be very nearly self-consistent, thus confirming once again the expression for the limiting current in a linear accelerator based on this approximation.
B I Bondarev, A D Vlasov
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New particle-accelerating tech passestest: Energy recovery linear accelerators could reduce costs and conserve power - [News]

IEEE Spectrum, 2020
Accelerator physicists from Cornell University and Brookhaven National Laboratory have facilitated an unprecedented energy handoff between electrons.
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Hamiltonian calculations on particle motion in linear electron accelerators

1998
A Hamiltonian theory, in which electromagnetic space waves and longitudinal electric fields are incorporated by means of their vector potentials, is used to calculate particle motion in linear electron accelerators. In particular these calculations have been applied to the Eindhoven 10 MeV travelling-wave linac as well as to the Eindhoven racetrack ...
Hammen, A.F.J., Corstens, J.M., Botman, J.I.M., Hagedoorn, H.L., Theuws, W.H.C.   +4 more
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Particle Dynamics in the Electron Linear Accelerator

IEEE Transactions on Nuclear Science, 1981
S. R. Farrell, W. J. Gallagher
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