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The New Positive Ion Injector Piave at Lnl

A Lombardi,G Bassato,A Battistella,M Bellato,G Bezzon,L Bertazzo, G Bisoffi,E Bissiato,S Canella,M Cavenago,F Cervellera,F Chiurlotto,M Comunian,A Facco,P Favaron,G Fortuna,S Gambalonga,M Lollo,MF Moisio,V Palmieri,R Pengo,A Pisent,M Poggi,AM Porcellato,F Scarpa,L Ziomi,I Kulik,A Kolomiets,S Yaramishev, H Dewa

Particle Accelerator Conference, 1997 Proceedings of the 1997（1997）

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Abstract
The construction of a positive ion injector for the linac ALPI, named PIAVE, at Laboratori Nazionali di Legnaro was funded in 1996. The beam parameters of the injector, consisting of two Superconducting Radio Frequency Quadrupoles (SRFQ) and eight superconducting Quarter Wave Resonators (QWR) for an equivalent voltage of about 8 MV (U28+ beam), are fixed. The building is ready, infrastructures and beam transport lines are being ordered. The superconducting RFQ's are in the prototyping phase. The general status of the project is reported in this paper, including cryostat and cryogenics, bunching systems, diagnostic devices and electronic control systems.
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accelerator RF systems,accelerator cavities,accelerator control systems,beam handling equipment,cryogenics,cryostats,ion accelerators,linear accelerators,particle beam bunching,particle beam diagnostics,particle beam injection,superconducting cavity resonators,8 MV,ALPI linac,LNL,PIAVE,QWR,U28+ beam,beam transport lines,bunching systems,cryogenics,cryostat,diagnostic devices,electronic control systems,positive ion injector,prototyping phase,superconducting RFQ,superconducting quarter wave resonators,superconducting radiofrequency quadrupoles
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