Proceedings of the 1999 Particle Accelerator Conference (Cat. No.99CH36366)
DOI: 10.1109/pac.1999.792365
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Development of a proton accelerator for the JAERI Neutron Science Project

Abstract: The Japan Atomic Energy Research Institute has been proposing the Neutron Science Project (NSP). The joint project of the NSP and the JHF of KEK is under discussion. The new project makes use of the R&D results of the NSP and the JHF. The R&D activities of the proton accelerator at JAERI will be presented in this paper.The development work and characteristics measurements have been made for the low energy components of the linac; performance tests of a negative hydrogen ion source, development of an integrated… Show more

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“…The fabrication of a bulk-Nb cavity generally begins with the deep-drawing of a plate of pure Nb (RRR 200-300) to form 'half-cells' which are then machined (trimmed), assembled into multicell cavities by EB welding, and carefully surface treated, e.g. [4,12], see also section 4.2. To avoid the EB welding step DESY has investigated the fabrication of seamless bulk Nb cavities by the hydroforming of seamless spun-and deep-drawn Nb tubes [13].…”
Section: Srf Cavity Materials and Fabricationmentioning
confidence: 99%
“…The fabrication of a bulk-Nb cavity generally begins with the deep-drawing of a plate of pure Nb (RRR 200-300) to form 'half-cells' which are then machined (trimmed), assembled into multicell cavities by EB welding, and carefully surface treated, e.g. [4,12], see also section 4.2. To avoid the EB welding step DESY has investigated the fabrication of seamless bulk Nb cavities by the hydroforming of seamless spun-and deep-drawn Nb tubes [13].…”
Section: Srf Cavity Materials and Fabricationmentioning
confidence: 99%