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With the planned upgrade of the LHC to High-Luminosity-LHC, the general purpose experiments ATLAS and CMS are planning to upgrade their innermost tracking layers with more radiation tolerant technologies. Chemical Vapor Deposition CVD diamond is one such technology. CVD diamond sensors are an established technology as beam condition monitors in the highest radiation areas of all LHC experiments. The RD42-collaboration at CERN is leading the effort to use CVD diamond as a material for tracking detectors operating in extreme radiation environments. An overview of the latest developments from RD42 is presented including the present status of diamond sensor production, a study of pulse height dependencies on incident particle flux and the development of 3D diamond sensors.

Diamond sensors for future high energy experiments

M. Artuso;F. Bachmair;L. Bani;M. Bartosik;J. Beacham;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'Aessandro;W. de Boer;B. Dehning;D. Dobos;C. Dorfer;M. Dunser;V. Eremin;R. Eusebi;G. Forcolin;FORNERIS, JACOPO;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;B. Gui;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;LO GIUDICE, Alessandro;C. Maazouzi;I. Mandic;C. Mathieu;N. McFadden;G. McGoldrick;M. Menichelli;M. Mikuz;A. Morozzi;J. Moss;R. Mountain;S. Murphy;A. Oh;OLIVERO, Paolo;G. Parrini;D. Passeri;M. Pauluzzi;H. Pernegger;R. Perrino;PICOLLO, FEDERICO;M. Pomorski;R. Potenza;A. Quadt;RE, ALESSANDRO;G. Riley;S. Roe;M. Sapinski;M. Scaringella;S. Schnetzer;T. Schreiner;S. Sciortino;A. Scorzoni;S. Seidel;L. Servoli;A. Sfyrla;G. Shimchuk;D. 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;VITTONE, Ettore;S. Wagner;R. Wallny;J. C. Wang;P. Weilhammer;J. Weingarten;C. Weiss;T. Wengler;N. Wermes;M. Yamouni;M. Zavrtanik

2016-01-01

Abstract

With the planned upgrade of the LHC to High-Luminosity-LHC, the general purpose experiments ATLAS and CMS are planning to upgrade their innermost tracking layers with more radiation tolerant technologies. Chemical Vapor Deposition CVD diamond is one such technology. CVD diamond sensors are an established technology as beam condition monitors in the highest radiation areas of all LHC experiments. The RD42-collaboration at CERN is leading the effort to use CVD diamond as a material for tracking detectors operating in extreme radiation environments. An overview of the latest developments from RD42 is presented including the present status of diamond sensor production, a study of pulse height dependencies on incident particle flux and the development of 3D diamond sensors.

Scheda breve

Scheda completa

Scheda completa (DC)

	Anno
	
			2016
		
	Titolo rivista
	
			NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH. SECTION A, ACCELERATORS, SPECTROMETERS, DETECTORS AND ASSOCIATED EQUIPMENT
		
	N. Volume
	
			831
		
	Pagine (da)
	
			370
		
	Pagine (a)
	
			377
		
	DOI
	
			https://dx.doi.org/10.1016/j.nima.2016.03.039
		
	URL del prodotto (archivi open access, fulltext su sito editore, etc.)
	
			http://www.sciencedirect.com/science/article/pii/S0168900216300560
		
	Parole Chiave
	
			3D sensors; Charge collection; CVD diamond; Diamond particle detector; Particle physics; Radiation hardness; Instrumentation; Nuclear and High Energy Physics
		
	Tutti gli autori
	
			M. Artuso; F. Bachmair; L. Bani; M. Bartosik; J. Beacham; 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'Aessandro; W. de Boer; B. Dehning; D. Dobos; C. Dorfer; M. Dunser; 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; B. Gui; 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. Mathieu; N. McFadden; G. McGoldrick; M. Menichelli; M. Mikuz; A. Morozzi; J. Moss; R. Mountain; S. Murphy; A. Oh; 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; D.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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			03A-Articolo su Rivista

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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2318/1589413

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