With the first three years of the LHC running complete, ATLAS and CMS are planning to upgrade their innermost tracking layers with more radiation hard technologies. Chemical Vapor Deposition (CVD) diamond is one such technology. CVD diamond has been used extensively in beam condition monitors as the innermost detectors in the highest radiation areas of BaBar, Belle, CDF and all LHC experiments. The lessons learned in constructing the ATLAS Beam Conditions Monitor (BCM), Diamond Beam Monitor (DBM) and the CMS Pixel Luminosity Telescope (PLT) all of which are based on CVD diamond with the goal of elucidating the issues that should be addressed for future diamond based detector systems. The first beam test results of prototype diamond devices with 3D detector geometry should further enhance the radiation tolerance of this material.

Diamond particle detectors systems in high energy physics

FORNERIS, JACOPO;LO GIUDICE, Alessandro;OLIVERO, Paolo;PICOLLO, FEDERICO;RE, ALESSANDRO;VITTONE, Ettore;
2015

Abstract

With the first three years of the LHC running complete, ATLAS and CMS are planning to upgrade their innermost tracking layers with more radiation hard technologies. Chemical Vapor Deposition (CVD) diamond is one such technology. CVD diamond has been used extensively in beam condition monitors as the innermost detectors in the highest radiation areas of BaBar, Belle, CDF and all LHC experiments. The lessons learned in constructing the ATLAS Beam Conditions Monitor (BCM), Diamond Beam Monitor (DBM) and the CMS Pixel Luminosity Telescope (PLT) all of which are based on CVD diamond with the goal of elucidating the issues that should be addressed for future diamond based detector systems. The first beam test results of prototype diamond devices with 3D detector geometry should further enhance the radiation tolerance of this material.
10
04
C04038
C04038
http://iopscience.iop.org/article/10.1088/1748-0221/10/04/C04038/meta
Diamond detectors, Radiation-hard detectors
A. Oh; M. Artuso; F. Bachmair; L. Bani; M. Bartosik; V. Bellini; V. Belyaev; B. Bentele; E. Berdermann; P. Bergonzo; A. Bes; J-M. Brom; M. Bruzzi; M. Cerv; C. Chau; G. Chiodini; D. Chren; V. Cindro; G. Claus; J. Collot; S. Costa; J. Cumalat; A. Dabrowski; R. D’Alessandro; W. de Boer; B. Dehning; D. Dobos; W. Dulinski; V. Eremin; R. Eusebi; G. Forcolin; J. Forneris; H. Frais-Kolbl; K.K. Gan; M. Gastal; M. Goffe; J. Goldstein; A. Golubev; L. Gonella; A. Gorisek; L. Graber; E. Grigoriev; J. Grosse-Knetter; M. Guthoff; I. Haughton; D. Hidas; D. Hits; M. Hoeferkamp; T. Hofmann; J. Hosslet; J-Y. Hostachy; F. Hugging; H. Jansen; J. Janssen; H. Kagan; K. Kanxheri; G. Kasieczka; R. Kass; F. Kassel; M. Kis; G. Kramberger; S. Kuleshov; A. Lacoste; S. Lagomarsino; A. Lo Giudice; C. Maazouzi; I. Mandic; C. Manfredotti; C. Mathieu; N. McFadden; G. McGoldrick; M. Menichelli; M. Mikuz ; A. Morozzi; J. Moss; R. Mountain; S. Murphy; P. Olivero; G. Parrini; D. Passeri; M. Pauluzzi; H. Pernegger; R. Perrino; F. Picollo; M. Pomorski; R. Potenza; A. Quadt; A. Re; G. Riley; S. Roe; M. Sapinski; M. Scaringella; S. Schnetzer; T. Schreiner; S. Sciortino; A. Scorzoni; S. Seidel; L. Servoli; A. Sfyrla; G. Shimchuk; S. Smith; B. Sopko; V. Sopko; S. Spagnolo; S. Spanier; K. Stenson; R. Stone; C. Sutera; A. Taylor; M. Traeger; D. Tromson; W. Trischuk; C. Tuve; L. Uplegger; J. Velthuis; N. Venturi; E. Vittone; S. Wagner; R. Wallny; J.C. Wang; P. Weilhammer; J. Weingarten; C. Weiss; T. Wengler; N. Wermes; M. Yamouni; M. Zavrtanik
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2318/1603503
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