Design, integration, and commissioning of the first linac for image guided hadron therapy prototype

Author:

Degiovanni Alberto1ORCID,De Michele Giovanni1,Bonomi Rossana1,Cabaleiro Magallanes Francisco1,Caldara Michele1,Dimov Veliko1,Esposito Marco1,Fink Daniel1,Gallas Torreira Manuel1,Ivanisenko Yevgeniy1,Jeff Adam1,Magnoni Stefano1,Navarro Quirante Luis1,Pavetits Hannes1,Valloni Alessandra1,Adam Joël1,Aguilera Murciano Debora1,Aumon Sandra1,Baccigalupi Carlo1,Baiguera Tambutti Laura1,Bailly Sylvain1,Ballestrero Sergio1,Bellorini François1,Benedetti Stefano1,Benot Morell Alfonso1,Bouhired Denia1,Breitenfeldt Martin1,Candolfi Sylvain1,Castorina Giovanni1,Cerv Matevz1,Conde Fernandez Beatriz1,D’Auria Gerardo1,Barreto Cristovao Andre Dionisio1,Esposito Luigi Salvatore1,Fabich Adrian1,Fanella Stefano1,Fazio Daniel1,Fusco Yoann1,Galizzi Francesco1,Gibson Stephen1,Giunta Marina1,Gonzalez Fernandez Maria del Mar1,Gradassi Paolo1,Healy Alisa1,Khan Vasim1,Kobzeva Lisa1,Leal Seixas Correia Miguel1,Levy Gabriel1,Madoulaud Lucile1,Magrin Guillaume1,Marraffa Antonio1,Mellace Claudio1,Milla Moreno Alberto1,Moser Roland1,Murteira Diogo1,Myers Stephen1,Nadig Patricio1,Nardulli Jacopo1,Nuessle Georg1,Ouerghi Yousri1,Patino Revuelta Adriana1,Paz Neira Pablo1,Rejas Christopher1,Roman Concha Diomedes1,Rutter Theodore1,Salveter Friederike1,Samochkine Alexandre1,Sanchez Gonzalez Andres1,Soriano Guillen Dario1,Stabile Pierpaolo1,Stachyra Katarzyna1,Ungaro Donatella1,Urbaniec Bartlomiej1,Vallé Margaux1,Vazquez Rivera Daniel1,Wallet Lionel1,Watts David1,Zannini Carlo1

Affiliation:

1. AVO-ADAM, rue de Veyrot 11, CH-1217 Meyrin, Geneva, Switzerland

Abstract

The Linac for Image Guided Hadron Therapy (LIGHT) system has been developed as the first commercial high-frequency linac-based proton therapy accelerator system. As part of the development process and of the technical validation of the concept, a reduced energy prototype linac (including all the key functional aspects of the full energy accelerator) has been designed and tested in parallel with the preparation work for a full-scale system. The LIGHT prototype construction, installation, and commissioning with beam allowed the identification of technical gaps and design improvements before the transfer to a medical device implementation. This paper gives a comprehensive summary of the design and integration aspects and presents for the first time the results achieved with the LIGHT prototype that was installed and commissioned on CERN premises in the years 2015–2019. Published by the American Physical Society 2024

Publisher

American Physical Society (APS)

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