Radiation-hard semiconductor detectors for SuperLHC

6533b870fe1ef96bd12cf351

RESEARCH PRODUCT

Radiation-hard semiconductor detectors for SuperLHC

Phillip Allport D. Sentenac A. Brzozowski Peter Kodys A. V. Karpov Zdenek Dolezal Claus Goessling M Sudzius T. J. Brodbeck F. Hauler M. Tomášek W. R. Cunningham T. Lari E Kalinina S Assouak J. Miyamoto Donato Creanza José Coutinho J Adey Miguel Ullan F. Fizzotti Nicola Zorzi Eduard Monakhov A. Roy K. Leinonen Mats Kleverman Andrew Ivanov V Kazlauskiene Mauro Citterio J. E. Garcíanavarro L.i. Murin Gino Bolla Daniela Bortoletto P Zablerowski Vladimir Cindro Tuure Tuuva Stanislav Pospisil Clara Troncon V Khivrich Sorina Lazanu A Mozzanti S Franchenko B. Sopko Georg Pucker N. Pinho I. Wilhelm R. Coluccia G. M. Bilei P. Buhmann Marina Artuso R. Wunstorf Giulio Pellegrini T.a.g. Eberlein J. Broz G. Lindström Tilman Rohe E. Grigoriev Mara Bruzzi J. Storasta J.j. Velthuis Jonathan P. Goss Ian Shipsey J. Guskov Ian Dawson Reiner Klingenberg Lucian Pintilie B.k. Jones L. Perera Simon Kwan A Karpenko T. Horazdovsky V. Boisvert B. G. Svensson A Groza E Baranova M. Horn S. Sakalauskas W. De Boer A. Chilingarov V Golovine Bruce Schumm P. Vanni Ioana Pintilie J Suuronen E. Borchi V. Radicci Val O'shea Manuel Lozano A Litovchenko L. Jungermann G.u. Pignatel Valery Zhukov Gianluigi Casse A. Seiden Karl Gill C. Parkes Alexander Grillo Silvio Sciortino Eugenijus Gaubas P. Gregori Giovanni Verzellesi Petr Sicho J. Popule P. Roy Giovanni Alfieri V. Khomenkov U. Pein Alberto Messineo G. Bondarenko Kati Lassila-perini Esa Tuovinen J. J. Melone R. Roeder A Brukhanov Eija Tuominen Sm Garcia A. Zaluzhny Roland Horisberger S. Son Dario Bisello A Suvorov Devis Contarato Richard Bates K. Giolo Robert Stone A.i. Ryazanov R. Jones A. Barcz P Litovchenko Thomas Ferbel Gregor Kramberger G. Grégoire V Litvinov Jaakko Härkönen E. M. Verbitskaya C. Paolini A Kowalik P. Kaminski A. Houdayer L.i. Barabash G. Latino S.f. Biagi Andrea Scorzoni L. Bosisio Ettore Focardi S. Marunko C. Joram Stefano Lagomarsino Francesca Campabadal L Polivtsev Marko Mikuz B Piatkowski A. Popa J. Stahl F. Hönniger F Gamaz H. F.w. Sadrozinski A. Macchiolo L Dobrzanski C. Lebel I. Stavitski G. Segneri M. Zavrtanik David Menichelli Michael Solar Alberto Francesco Basile Filippo Nava Z. Luczynski Alison Mainwood Carmen García A Dolgolenko Leonid Makarenko Andrej Yu. Kuznetsov G. Sellberg P Alexandrov Andrew Blue Wlodek Strupinski Steve Schnetzer Alexander Dierlamm M Kozodaev Maurice Glaser S. Korjenevski B. S. Avset Paul Tipton M. De Palma Francesco Moscatelli A Gouldwell V Lastovetsky A. Tsvetkov P. Dervan S. Latushkin Craig Buttar P. Collins Michael Moll Laura Borrello S. Miglio Marco Petasecca Vladimír Linhart S. Worm Shusaku Hayama R Harding J. Nysten E. Forton D. Chren G.j. Wagner Sg Sevilla Z. Li Igor Mandić O. Krasel R. Demina Claude Leroy Lennart Lindström Chiara Meroni E. Nossarzewska-orlowska P Polozov Luigi Schiavulli Keith Mathieson V Vrba C. Grigson C. Manfredotti T. J. Sloan C. J. Fall M. Buda A Hruban Maurizio Boscardin R. Kozlowski Panja-riina Luukka Claudio Piemonte T. J. V. Bowcock Monica Scaringella D. Campbell N Strokan Gareth M. Hughes I. Ilyashenko V Cvetkov Eckhart Fretwurst V. Kazukauskas A. Lo Giudice Joan Marc Rafi F. Fasolo Celeste Fleta L. Haddad Klaus Irmscher K Jarasiunas Carsten Rott Benjamin Hourahine S. Nummela M. Rahman Paolo Olivero Daniele Passeri G.-f. Dalla Betta Gavin Davies Mh Genest B. Surma Martin Hoeferkamp N. E. Belova I. V. Gorelov A. Al-ajili Paul J. Sellin J. Vaitkus T Jin Ionel Lazanu Francesco Ragusa T Palviainen Riccardo Rando A. Andreazza Z. Kohout M. Tylchin J. Kierstead Mario Zen V. K. Eremin D. Stolze A. Candelori Anna Cavallini Josef Uher V. Wright J. Klaiber-lodewigs B Blumenau S. Dittongo Sally Seidel N. Spencer Sabina Ronchin H. Uebersee Arie Ruzin D. Naoumov

subject

Nuclear and High Energy Physics radiation hard semiconductors Physics::Instrumentation and Detectors Semiconductor detectors Radiation Detector; LHC radiation hardness 01 natural sciences Defect engineering Super-LHC Radiation damage radiation detectors silicon detectors 0103 physical sciences Radiation damage SuperLHC Silicon detectors; LHC; RD50 collaboration; radiation hardness Instrumentation Radiation hardening Radiation hardness 010302 applied physics Physics Radiation damage; Semiconductor detectors; Silicon particle detectors; Defect engineering; SLHC; Super-LHC Luminosity (scattering theory)Large Hadron Collider Radiation Detector Interaction point RD50 collaboration 010308 nuclear & particles physics business.industry SLHC Detector Radiation hardness; silicon detectors Semiconductor device Semiconductor detector Silicon particle detectors Optoelectronics Silicon detectors High Energy Physics::Experiment LHC business

description

An option of increasing the luminosity of the Large Hadron Collider (LHC) at CERN to 10^35 cm^(- 2) s(- 1) has been envisaged to extend the physics reach of the machine. An efficient tracking down to a few centimetres from the interaction point will be required to exploit the physics potential of the upgraded LHC. As a consequence, the semiconductor detectors close to the interaction region will receive severe doses of fast hadron irradiation and the inner tracker detectors will need to survive fast hadron fluences of up to above 1016 cm 2. The CERN-RD50 project ''Development of Radiation Hard Semiconductor Devices for Very High Luminosity Colliders'' has been established in 2002 to explore detector materials and technologies that will allow to operate devices up to, or beyond, this limit. The strategies followed by RD50 to enhance the radiation tolerance include the development of new or defect engineered detector materials (SiC, GaN, Czochralski and epitaxial silicon, oxygen enriched Float Zone silicon), the improvement of present detector designs and the understanding of the microscopic defects causing the degradation of the irradiated detectors. The latest advancements within the RD50 collaboration on radiation hard semiconductor detectors will be reviewed and discussed in this work.

year	journal	country	edition	language
2005-04-01

10.1016/j.nima.2005.01.056 http://hdl.handle.net/2318/99033