Stability of a Charged Particle Beam in a Resistive Plasma Channel

Details Stability of a Charged Particle Beam in a Resistive Plasma Channel Stability of a Charged Particle Beam in a Resistive Plasma Channel

2009-01-09

arxiv.org/abs/0901.1167v2

Physics

Condensed Matter

Materials Science

A useful study for the development of radiation or neutron sources for diagnostics in material science

Scientific paper

A self-focusing of a coasting relativistic beam in a plasma channel that is confined by an external magnetic field is studied as a means of reconditioning the beam emerging from a beam injector [a radio frequency quadrupole (RFQ)] for a linac. A detailed study of the beam stability in the self-focused beam has been carried out. In order to explain beam filaments and the resistive hose instability in a unified way, we treat all the azimuthal modes in the derivation of the dispersion relation in a finite plasma channel that exhibit many unstable modes, which are classified by Weinberg's scheme [Steven Weinberg, J. Math. 8, 614 (1967)].

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