G. Gorfine
University of Melbourne
3 Papers
2 Citations
G. Gorfine is an academic researcher from University of Melbourne. The author has contributed to research in topics: Detector & Semiconductor detector. The author has an hindex of 2, co-authored 3 publications.
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Papers
Some recent results of the silicon detector radiation damage study by the RD2 collaboration
Francis Anghinolfi,S.J. Bates,R.A. Bardos,R. Bonino,A. Chilingarov,A.G. Clark,H. Feick,Eckhart Fretwurst,Maurice Glaser,G. Gorfine,Claus Gößling,Pierre Jarron,H. Kambara,G. Lindström,B. Lisowski,G. F. Moorhead,D. J. Munday,Michael Andrew Parker,E Perrin,S. Pilath,A. Rolf,T. Schulz,G. N. Taylor,J. Teiger,S. N. Tovey,T.-M Uhlmann,Xin Wu +26 more
TL;DR: In this paper, the results of a study of radiation damage of silicon detectors for the ATLAS detector at the LHC were presented, where the detectors have been irradiated by neutrons with fluences of up to 1.5 × 10 14 neutrons/cm 2.
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Neutron irradiation of silicon diodes at temperatures of +20°C and −20°C
Francis Anghinolfi,R.A. Bardos,S. J. Bates,R. Bonino,Allan G Clark,N. Claussen,Eckhart Fretwurst,M. Glaser,G. Gorfine,Claus Gössling,Erik H.M. Heijne,Pierre Jarron,R. Klingenberg,F. Lemeilleur,G. Lindström,G. F. Moorhead,D. J. Munday,E. Occelli,H. Pagel,B. Papendick,Michael Andrew Parker,D. Pollmann,Alan Poppleton,A. Rolf,Paola Scampoli,T. Schulz,G. N. Taylor,S. N. Tovey,A. R. Weidberg,Xin Wu,R. Wunstorf +30 more
TL;DR: In this article, measurements of the behavior of silicon diodes when exposed to integrated neutron doses of up to 5 × 10 13 neutron/cm 2 were made at diode temperatures between room temperature and −20°C.
Recent results of radiation damage studies in silicon
S. J. Bates,S. J. Bates,D. J. Munday,D. J. Munday,Michael Andrew Parker,Michael Andrew Parker,F. Anghinolfi,F. Anghinolfi,A. Chilingarov,A. Chilingarov,A. Ciasnohova,A. Ciasnohova,Maurice Glaser,Maurice Glaser,Erik H.M. Heijne,Erik H.M. Heijne,Pierre Jarron,Pierre Jarron,F. Lemeilleur,F. Lemeilleur,J.C. Santiard,J.C. Santiard,R. Bonino,R. Bonino,A. G. Clark,A. G. Clark,H. Kambara,H. Kambara,C. Gossling,C. Gossling,B. Lisowski,B. Lisowski,A. Rolf,A. Rolf,S. Pilath,S. Pilath,H. Feick,H. Feick,E. Fretwurst,E. Fretwurst,G. Lindström,T. Schulz,R.A. Bardos,G. Gorfine,G. F. Moorhead,G. N. Taylor,S. N. Tovey +46 more
TL;DR: In this paper, the RD2 Collaboration is making preliminary studies on a silicon tracking detector for use at the LHC, which is a priority that this detector should withstand the high level of radiation to be expected for LHC operation.