Diamond detector technology, status and perspectives
- Kagan, H.
- Alexopoulos, A.
- Artuso, M.
- Bachmair, F.
- Bäni, L.
- Bartosik, M.
- Beacham, J.
- Beck, H.
- Bellini, V.
- Belyaev, V.
- Bentele, B.
- Bergonzo, P.
- Bes, A.
- Brom, J.-M.
- Bruzzi, M.
- Chiodini, G.
- Chren, D.
- Cindro, V.
- Claus, G.
- Collot, J.
- Cumalat, J.
- Dabrowski, A.
- D'Alessandro, R.
- Dauvergne, D.
- De Boer, W.
- Dick, S.
- Dorfer, C.
- Dunser, M.
- Eremin, V.
- Forcolin, G.
- Forneris, J.
- Gallin-Martel, L.
- Gallin-Martel, M.-L.
- Gan, K.K.
- Gastal, M.
- Giroletti, C.
- Goffe, M.
- Goldstein, J.
- Golubev, A.
- Gorišek, A.
- Grigoriev, E.
- Grosse-Knetter, J.
- Grummer, A.
- Gui, B.
- Guthoff, M.
- Haughton, I.
- Hiti, B.
- Hits, D.
- Hoeferkamp, M.
- Hofmann, T.
- Hosslet, J.
- Hostachy, J.-Y.
- Hügging, F.
- Hutton, C.
- Janssen, J.
- Kanxheri, K.
- Kasieczka, G.
- Kass, R.
- Kassel, F.
- Kis, M.
- Kramberger, G.
- Kuleshov, S.
- Lacoste, A.
- Lagomarsino, S.
- Lo Giudice, A.
- Lukosi, E.
- Maazouzi, C.
- Mandic, I.
- Mathieu, C.
- Menichelli, M.
- Mikuž, M.
- Morozzi, A.
- Moss, J.
- Mountain, R.
- Murphy, S.
- Muškinja, M.
- Oh, A.
- Olivero, P.
- Passeri, D.
- Pernegger, H.
- Perrino, R.
- Picollo, F.
- Pomorski, M.
- Potenza, R.
- Quadt, A.
- Re, A.
- Reichmann, M.
- Riley, G.
- Roe, S.
- Sanz, D.
- Scaringella, M.
- Schaefer, D.
- Schmidt, C.J.
- Smith, D.S.
- Schnetzer, S.
- Sciortino, S.
- Scorzoni, A.
- Seidel, S.
- Servoli, L.
- Sopko, B.
- Sopko, V.
- Spagnolo, S.
- Spanier, S.
- Stenson, K.
- Stone, R.
- Sutera, C.
- Taylor, A.
- Tannenwald, B.
- Traeger, M.
- Tromson, D.
- Trischuk, W.
- Tuve, C.
- Velthuis, J.
- Venturi, N.
- Vittone, E.
- Wagner, S.
- Wallny, R.
- Wang, J.C.
- Weingarten, J.
- Weiss, C.
- Wengler, T.
- Wermes, N.
- Yamouni, M.
- Zavrtanik, M.
DOIAbstract
International audienceDetectors based on Chemical Vapor Deposition (CVD) diamond have been used extensively and successfully in beam conditions/beam loss monitors as the innermost detectors in the highest radiation areas of Large Hadron Collider (LHC) experiments. The startup of the LHC in 2015 brought a new milestone where the first polycrystalline CVD (pCVD) diamond pixel modules were installed in an LHC experiment and successfully began operation. The RD42 collaboration at CERN is leading the effort to develop polycrystalline CVD diamond as a material for tracking detectors operating in extreme radiation environments. The status of the RD42 project with emphasis on recent beam test results is presented
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