| Literature DB >> 33935382 |
S V Kutsaev1, R Agustsson1, A Arodzero1, R Berry1, A Bezhanov1, S Boucher1, O Chimalpopoca1, A Diego1, L Faillace1, D Gavryushkin1, M Harrison1, J J Hartzell1, J McNevin1, M Ruelas1, A Yu Smirnov1, A Verma1, K Woods2.
Abstract
RadiaBeam has developed a 6 MeV accelerator that is compact and light enough to be placed on a robotic arm or light truck. The main drivers of size and weight in conventional accelerators are the power source and the shielding. Small dimensions are enabled by operation at 9.3 GHz frequency (X-band), which allows reducing the size and weight of all accelerator components. Thanks to the robust design of the accelerating structure, the accelerator can be used as a source for novel cargo inspection and radiotherapy techniques. In this paper, we present the linac design and its components, as well the results of the experimental demonstration of beam acceleration.Entities:
Keywords: Radiotherapy; cargo inspection; compact accelerator; electron beam; industrial linac; mobile inspection system
Year: 2021 PMID： 33935382 PMCID： PMC8081273 DOI： 10.1016/j.radphyschem.2021.109494
Source DB: PubMed Journal: Radiat Phys Chem Oxf Engl 1993 ISSN： 0969-806X Impact factor: 2.776