The new positive ion injector PIAVE at LNL

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

doi:10.1109/pac.1997.749951

Cited by 5 publications

(3 citation statements)

References 6 publications

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“…To fill the ALPI linac with these very low energy beam requires a new accelerating stage (pre-accelerator) up to about 1 MeV/u. The pre-accelerator consists of three low-frequency RFQs similar to the ones of the PIAVE injector [5]. These lowenergy secondary beams can be delivered to the experimental area, located in the ALPI building, for lowenergy experiments (astrophysics).…”

Section: The Facility Conceptmentioning

confidence: 99%

Project of an advanced ISOL facility for exotic beams at LNL

et al. 2002

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Section: The Facility Conceptmentioning

confidence: 99%

Project of an advanced ISOL facility for exotic beams at LNL

et al. 2002

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“…Over the last few decades, DYNAMION has been widely used both for the development of new facilities and for the study and optimization of existing linacs at various accelerator centers around the world, namely at GSI (Darmstadt, Germany) [13][14][15][16][17][18], ITEP (Moscow, Russia) [3][4][5][6], HIM (Mainz, Germany) [19,20], ANL (Argonne, IL, USA) [21], HIT (Heidelberg, Germany) [22] and INR (Troitsk, Russia) [23]. Supporting beam dynamics investigations have been performed for linac projects at CERN (Geneva, Switzerland) [24], LNL-INFN (Legnaro, Italy) [25], SOREQ (Tel-Aviv, Israel) [26] and JINR (Dubna, Russia) [27]. Some of these projects are briefly described in this manuscript, illustrating various capabilities of the code.…”

Section: Introductionmentioning

confidence: 99%

DYNAMION—A Powerful Beam Dynamics Software Package for the Development of Ion Linear Accelerators and Decelerators

et al. 2023

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Numerous ambitious particle accelerator facilities, based on proton and ion linear accelerators, have recently been in development for fundamental research, as well as for industrial applications. The advanced design of such new machines, as well as the upgrade and optimization of existing linacs, requires adequate, precise and reliable tools to simulate beam dynamics. The software package DYNAMION, created about 30 years ago, is undergoing systematic improvement and further development in order to characterize modern ion linacs and to provide solutions for its intrinsic complex problems. The DYNAMION code features Front to End beam dynamics simulations under space charge conditions in a linac system, comprising an arbitrary sequence of accelerating-focusing structures and beam transport lines. The evolution of a macroparticle ensemble could be analyzed at a high level of specification. A 3D distribution of the external electrical field (RFQ, DTL) is modeled using integrated internal solvers. Optionally, a 3D electromagnetic field mapping, supplied by specialized external codes, could be used. The recent status of the DYNAMION software package is presented in this paper. Furthermore, the performance of the code is demonstrated on the basis of its application for various linear accelerator/decelerator projects.

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“…The high-intensity linac driver, designed as a replacement for the ORIC, can accelerate proton beams to 200 MeV with intensities up to 200 µA, corresponding to a beam power of~2 orders of magnitude higher than those from the ORIC. LNL has chosen a positive-ion injector [2] and ANL has proposed a next generation RIB facility, RIA [3] based on the acceleration and fragmentation of high-energy heavy-ion beams.…”

Section: Introductionmentioning

confidence: 99%

A high-charge-state acceleration scheme for potential upgrade of the HRIBF

Zhang

Alton²

PACS2001. Proceedings of the 2001 Particle Accelerator Conference (Cat. No.01CH37268)

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This article describes a high-charge-state linear post accelerator for enhancing the number and intensities of short-lived radioactive nuclei at the Holifield Radioactive Ion Beam facility (HRIBF). The system consists of a room temperature RFQ, a normal conducting IH linac and a SC QWR linac that is designed to either bypass or post accelerate beams from the 25-MV tandem. The voltage gain of the linac system will reach 60 MV making possible the acceleration of ions with masses, M ≤ 150, above the Coulomb barrier. Since the linac accelerates positive-ion beams, it will increase the number of elements that can be delivered for research by a factor of~3 and the intensity of a given species by orders of magnitude over those of the present HRIBF.

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The new positive ion injector PIAVE at LNL

Cited by 5 publications

References 6 publications

Project of an advanced ISOL facility for exotic beams at LNL

Project of an advanced ISOL facility for exotic beams at LNL

DYNAMION—A Powerful Beam Dynamics Software Package for the Development of Ion Linear Accelerators and Decelerators

A high-charge-state acceleration scheme for potential upgrade of the HRIBF

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