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Superconducting cavities for neutron spallation sources and other high intensity proton accelerators

H. Lengeler

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Abstract

High intensity linear proton or deuteron accelerators are at present intensively studied for applications in pulsed spallation sources, for fusion material research and for nuclear waste transmutation. Superconducting cavities could offer an interesting option for high intensity linacs. The specific merits and the requirements for their use are reviewed and illustrated by the proposal of a 5 MW pulsed European Spallation Source and by a CW linear accelerator considered at Los Alamos for nuclear waste transmutation.

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What this paper is about

High intensity linear proton or deuteron accelerators are at present intensively studied for applications in pulsed spallation sources, for fusion material research and for nuclear waste transmutation. Superconducting cavities could offer an interesting option for high intensity linacs. The specific merits and the requirements for their use are reviewed and illustrated by the proposal of a 5 MW pulsed European Spallation Source and by a CW linear accelerator considered at Los Alamos for nuclear waste transmutation.

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Available abstract

High intensity linear proton or deuteron accelerators are at present intensively studied for applications in pulsed spallation sources, for fusion material research and for nuclear waste transmutation. Superconducting cavities could offer an interesting option for high intensity linacs. The specific merits and the requirements for their use are reviewed and illustrated by the proposal of a 5 MW pulsed European Spallation Source and by a CW linear accelerator considered at Los Alamos for nuclear waste transmutation.

Key concepts: Nuclear transmutation, Spallation, Spallation Neutron Source, Physics, Linear particle accelerator, Nuclear physics, Particle accelerator, Proton

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