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Characterization of Beam Parameter and Halo for a High Intensity RFQ Output under Different Current Regimes

E. Fagotti, A. Pisent, Antonio Palmieri

Open publisher page 2 citations

Abstract

The characterization of the beam distribution at the exit of a high intensity RFQ is a crucial point in view of a correct simulation of beam behaviour in the following linac structure. At this scope we need to know the beam halo quantification as a function of the input beam and RFQ parameters. In this paper, the description of beam halo based upon moments of the particle distribution at the exit of the TRASCO-RFQ [1] is given.

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What this paper is about

The characterization of the beam distribution at the exit of a high intensity RFQ is a crucial point in view of a correct simulation of beam behaviour in the following linac structure. At this scope we need to know the beam halo quantification as a function of the input beam and RFQ parameters. In this paper, the description of beam halo based upon moments of the particle distribution at the exit of the TRASCO-RFQ [1] is given.

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Available abstract

The characterization of the beam distribution at the exit of a high intensity RFQ is a crucial point in view of a correct simulation of beam behaviour in the following linac structure. At this scope we need to know the beam halo quantification as a function of the input beam and RFQ parameters. In this paper, the description of beam halo based upon moments of the particle distribution at the exit of the TRASCO-RFQ [1] is given.

Key concepts: Beam (structure), Halo, Physics, Linear particle accelerator, Intensity (physics), Characterization (materials science), Nuclear physics, Optics

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Characterization of Beam Parameter and Halo for a High Intensity RFQ Output under Different Current Regimes — Research Paper | ScholarLens