Diamond detector technology: status and perspectives
- Kagan, Harris
- Alexopoulos, A
- Artuso, M
- Bachmair, F
- Bäni, L
- Bartosik, M
- Beacham, J
- Beck, H P
- Bellini,, V
- Belyaev, V
- Bentele, B
- Berdermann, E
- Bergonzo, P
- Bes, A
- Brom, J-M
- Bruzzi, M
- Cerv, M
- Chiodini, G
- Chren, D
- Cindro, V
- Claus, G
- Collot, J
- Cumalat, J
- Dabrowski, A
- D'Alessandro, R
- De Boer, W
- Dehning, B
- Dorfer, C
- Dunser, M
- Eremin, V
- Eusebi, R
- Forcolin, G
- Forneris, J
- Frais-Kölbl, H
- 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
- Jansen, H
- 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
- Mcfadden, N
- Menichelli, M
- Mikuž, M
- Morozzi, A
- Moss, J
- Mountain, R
- Murphy, S
- Muškinja, M
- Oh, A
- Oliviero, 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
- Schnetzer, S
- Schreiner, T
- Sciortino, S
- Scorzoni, A
- Seidel, S
- Servoli, L
- Sopko, B
- Sopko, V
- Spagnolo, S
- Spanier, S
- Stenson, K
- Stone, R
- Sutera, C
- Taylor, Aaron
- Traeger, M
- Tromson, D
- Trischuk, W
- Tuve, C
- Uplegger, L
- Velthuis, J
- Venturi, N
- Vittone, E
- Wagner, Stephen
- Wallny, R
- Wang, J C
- Weingarten, J
- Weiss, C
- Wengler, T
- Wermes, N
- Yamouni, M
- Zavrtanik, M
DOIAbstract
The status of material development of poly-crystalline chemical vapor deposition (CVD) diamond is presented. We also present beam test results on the independence of signal size on incident par-ticle rate in charged particle detectors based on un-irradiated and irradiated poly-crystalline CVD diamond over a range of particle fluxes from 2 kHz/cm2 to 10 MHz/cm2. The pulse height of the sensors was measured with readout electronics with a peaking time of 6 ns. In addition the first beam test results from 3D detectors made with poly-crystalline CVD diamond are presented. Finally the first analysis of LHC data from the ATLAS Diamond Beam Monitor (DBM) which is based on pixelated poly-crystalline CVD diamond sensors bump-bonded to pixel readout ...
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