Beam-Induced Multipactoring and Electron-Cloud Effects in Particle Accelerators
TL;DRAbstract
High-energy particle accelerators produce intense charged particle beams, e.g. of electrons or protons, at multi-GeV or multi-TeV energies, either shooting a single such beam against a fixed target or colliding two beams, in order to produce new particles and to study the scattering events in the search for the fundamental laws of physics. In the beam pipe of these accelerators an “electron cloud ” can be generated by a variety of processes, e.g. by residualgas
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High-energy particle accelerators produce intense charged particle beams, e.g. of electrons or protons, at multi-GeV or multi-TeV energies, either shooting a single such beam against a fixed target or colliding two beams, in order to produce new particles and to study the scattering events in the search for the fundamental laws of physics. In the beam pipe of these accelerators an “electron cloud ” can be generated by a variety of processes, e.g. by residualgas
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