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The SUCIMA project: A status report on high granularity dosimetry and proton beam monitoring

M. Caccia,L. Badano,D. Berst,C. Bianchi,J. Bol,C. Cappellini,G. Claus,C. Colledani,L. Conte,A. Czermak,G. Deptuch,W. de Boer,K. Domanski,W. Dulinski,B. Dulny,O. Ferrando,E. Grigoriev,P. Grabiec,M. Grodner,R. Lorusso,B. Jaroszewicz,M. Jastrzab,L. Jungermann,T. Klatka,A. Kociubinski,M. Koziel,W. Kucewicz,K. Kucharski,S. Kuta,J. Marczewski,A. Mozzanica,H. Niemec,R. Novario,Y. Popowski,M. Prest,A. Przykutta,J.-L. Riester,M. Rovere,M. Sapor,H. Schweickert,B. Sowicki,M. Szelezniak,D. Tomaszewski,A. Zalewska

Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment（2006）

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Abstract
The SUCIMA collaboration has been developing instruments and methods for real-time, high granularity imaging of extended electron sources. In particular, dosimetry of intravascular brachytherapy β sources has been intensively studied, together with monitoring of hadrontherapy beams by imaging of secondary electrons emitted by a non-disruptive target. The paper reports the latest results on absolute dosimetry with a large-area silicon strip detectors and on beam monitoring with a hybrid pad sensor.
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29.40.Wk,87.58.-b,87.58.Sp
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