Data di Pubblicazione:
2003
Abstract:
Chemical Vapor Deposited (CVD) polycrystalline diamond has been proposed as a radiation-hard alternative to silicon in the extreme radiation levels occurring close to the interaction region of the Large Hadron Collider. Due to an intense research effort, reliable high-quality polycrystalline CVD diamond detectors, with up to 270 pm charge collection distance and good spatial uniformity, are now available. The most recent progress on the diamond quality, on the development of diamond trackers and on radiation hardness studies are presented and discussed. (C) 2003 Published by Elsevier Science B.V.
Tipologia CRIS:
03A-Articolo su Rivista
Keywords:
DEPOSITED DIAMOND; CVD DIAMOND
Elenco autori:
W. Adam;B. Bellini;E. Berdermann;P. Bergonzo;W. d. Boer;F. Bogani;E. Borchi;A. Brambilla;M. Bruzzi;C. Colledani;J. Conway;P. D'Angelo;W. Dabrowski;P. Delpierre;J. Doroshenko;W. Dulinski;B. v. Eijk;A. Fallou;P. Fischer;F. Fizzotti;C. Furetta;K. K. Gan;N. Ghodbane;E. Grigoriev;G. Hallewell;S. Han;F. Hartjes;J. Hrubec;D. Husson;H. Kagan;J. Kaplon;C. Karl;R. Kass;M. Keil;K. T. Knopfle;T. Koeth;M. Krammer;A. Lo Giudice;R. Lu;L. m. Lynne;C. Manfredotti;R. D. Marshall;D. Meier;D. Menichelli;S. Meuser;M. Mishina;L. Moroni;J. Noomen;A. Oh;L. Perera;M. Pernicka;P. Polesello;R. Potenza;J. L. Riester;S. Roe;A. Rudge;S. Sala;M. Sampietro;S. Schnetzer;S. Sciortino;H. Stelzer;R. Stone;C. Sutera;W. Trischuk;D. Tromson;C. Tuve;P. Weilhammer;N. Wermes;M. Wetstein;W. Zeuner;M. Zoeller
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