The electrostatic Particle in Cell code 'Faktor2' is extended to 3D, and is partly parallelised. Results for electron cloud buildup in wigglers and in end regions of damping ring dipoles for next generation linear colliders are presented.
EUROPEAN ORGANIZATION FOR NUCLEAR RESEARCH CERN -AB Department
AbstractThe electrostatic Particle in Cell code 'Faktor2' is extended to 3D, and is partly parallelised. Results for electron cloud buildup in wigglers and in end regions of damping ring dipoles for next generation linear colliders are presented.
Our work is focused on the design of a small and light, simple and cheap millimeter-wave source. The present choice is a modular klystrino for medium power (½¼ ¼ kW) employing a 50 kV electron beam and periodic permanent magnet (PPM) focusing. In the paper we present the results of three dimensional computer simulations for a single klystrino stage. Particle-in-cell (PIC-) simulations have been performed in order to study beam bunching and beam transport. These computations are carried out with the parallel version of GdfidL.
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