| Literature DB >> 27890569 |
E Alagoz1, E Brauer-Krisch2, A Bravin2, I Cornelius3, P Fournier3, T E Hansen4, A Kok4, M Lerch3, E Monakhov5, J Morse2, N Pacifico6, M Petasecca3, M Povoli7, H Requard2, A D Rozenfeld3, M Salome2, H Sandaker5, B Stugu1.
Abstract
We present here the latest results from tests performed at the ESRF ID17 and ID21 beamlines for the characterization of novel beam monitors for Microbeam Radiation Therapy (MRT), which is currently being implemented at ID17. MRT aims at treating solid tumors by exploiting an array of evenly spaced microbeams, having an energy spectrum distributed between 27 and 600keV and peaking at 100keV. Given the high instantaneous dose delivered (up to 20kGy/s), the position and the intensity of the microbeams has to be precisely and instantly monitored. For this purpose, we developed dedicated silicon microstrip beam monitors. We have successfully characterized them, both with a microbeam array at ID17, and a submicron scanning beam at ID21. We present here the latest results obtained in recent tests along with an outlook on future developments.Entities:
Keywords: Beam monitor; Micro-beam radiation therapy; Silicon; Synchrotron radiation
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Year: 2016 PMID： 27890569 DOI： 10.1016/j.ejmp.2016.11.005
Source DB: PubMed Journal: Phys Med ISSN： 1120-1797 Impact factor: 2.685