The BaBaR Silicon Vertex Tracker (SVT) has been efficiently operated for five years since the start of data taking in 1999. It has met design requirements and no degradation in its performance has been observed thus far. However, because of higher than expected background levels, and anticipated further increases in luminosity and dose rates, we have done a thorough study to assess the viability of operating the SVT until the end of the decade.

Status and prospects of the BaBar SVT / V. RE, M. BRUINSMA, S. CURRY, D. KIRKBY, J. BERRYHLLL, S. BURKE, D. CALLAHAN, C. CAMPAGNARI, B. DAHMES, D. HALE, P. HART, S. KYRE, S. LEVY, O. LONG, M. MAZUR, J. RICHMAN, J. STONER, W. VERKERKE, T. BECK, A.M. EISNER, J. KROSEBERG, W.S. LOCKMAN, G. NESOM, A. SELDEN, P. SPRADLIN, W. WALKOWIAK, M. WILSON, C. BOZZI, G. CIBINETTO, L. PIEMONTESE, H.L. SNOEK, D. BROWN, E. CHARLES, S. DARDIN, F. GOOZEN, L.T. KERTH, A. GRITSAN, G. LYNCH, N.A. ROE, C. CHEN, W. HULSBERGEN, C.K. LAE, V. LILLARD, D. ROBERTS, A. LAZZARO, F. PALOMBO, L. RATTI, P.F. MANFREDI, E. MANDELLI, C. ANGELINI, G. BATIGNANI, S. BETTARINI, M. BONDIOLI, F. BOSI, F. BUCCI, G. CALDERINI, M. CARPINELLI, M. CECCANTI, F. FORTI, M.A. GIORGI, A. LUSIANI, P. MAMMINI, G. MARCHIORI, M. MORGANTI, F. MORSANI, N. NERI, E. PAOLONI, A. PROFETI, M. RAMA, G. RIZZO, G. SIMI, J. WALSH, P. ELMER, A. PERAZZO, P. BURCHAT, A.J. EDWARDS, S. MAJEWSKI, B.A. PETERSEN, C. ROAT, M. BONA, F. BIANCHI, D. GAMBA, P. TRAPANI, L. BOSISIO, C. CARTARO, F. COSSUTTI, G. DELLA RICCA, S. DITTONGO, S. GRANCAGNOLO, L. LANCERI, L. VITALE, M. DATTA, A. MIHALYI. - In: NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH. SECTION A, ACCELERATORS, SPECTROMETERS, DETECTORS AND ASSOCIATED EQUIPMENT. - ISSN 0168-9002. - 560:1(2006), pp. 5-8.

Status and prospects of the BaBar SVT

A. LAZZARO;F. PALOMBO;N. NERI;
2006

Abstract

The BaBaR Silicon Vertex Tracker (SVT) has been efficiently operated for five years since the start of data taking in 1999. It has met design requirements and no degradation in its performance has been observed thus far. However, because of higher than expected background levels, and anticipated further increases in luminosity and dose rates, we have done a thorough study to assess the viability of operating the SVT until the end of the decade.
position sensitive particle detectors ; radiation effects ; silicon radiation detectors
Settore FIS/01 - Fisica Sperimentale
2006
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2434/22709
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