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Showing papers by "Sandro Palestini published in 2003"

Journal Article•DOI•
The muon spectrometer of the ATLAS experiment

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Sandro Palestini1•
CERN1
01 Sep 2003
TL;DR: The muon spectrometer of the ATLAS experiment at CERN LHC is reviewed in this paper, where background conditions, design performance, Level-1 trigger scheme and different tracking detectors are presented.
Abstract: The muon spectrometer of the ATLAS experiment at CERN LHC is reviewed. Background conditions, design performance, Level-1 trigger scheme and the different tracking detectors are presented. Results from recent tests on the performance of the MDT chambers and of the alignment system are discussed.

42 citations

Journal Article•DOI•
Investigation of K-L,K-s -> pi(+)pi(-)e(+)e(-) decays

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A. Lai, D. Marras, Jacqueline Batley1, Jacqueline Batley2  +160 more•Institutions (15)
01 Sep 2003-European Physical Journal C

32 citations

Journal Article•DOI•
Search for the decay KS→π0γγ

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A. Lai, D. Marras, R. J. Batley1, Adrian John Bevan1, R.S. Dosanjh1, T.J. Gershon1, G. Kalmus2, G. Kalmus1, D. J. Munday1, E. Olaiya1, Michael Andrew Parker1, T. O. White1, S. A. Wotton1, G.D. Barr3, G. Bocquet3, Augusto Ceccucci3, T. Cuhadar-Dönszelmann3, D.C. Cundy3, Niels Doble3, V. Falaleev3, Lau Gatignon3, A. Gonidec3, Benedetto Gorini3, G. Govi3, P. Grafström3, W. Kubischta3, A. Lacourt3, M. Lenti3, A. Norton3, Sandro Palestini3, B. Panzer-Steindel3, G. Tatishvili3, H. Taureg3, Mayda Velasco3, H. D. Wahl3, C. Cheshkov4, Peter Zahariev Hristov3, Peter Zahariev Hristov4, Vladimir Kekelidze4, D. Madigojine4, N. A. Molokanova4, Yu. Potrebenikov4, A. Tkatchev4, A. I. Zinchenko4, I.G. Knowles5, C. Lazzeroni5, Victoria Jane Martin5, R. Sacco5, Alan W. Walker5, M. Contalbrigo6, P. F. Dalpiaz6, J. Duclos6, P.L. Frabetti6, A. Gianoli6, M. Martini6, L. Masetti6, F. Petrucci6, M. Savrie6, Andrea Bizzeti7, Milene Calvetti, G. Collazuol, G. Graziani, E. Iacopini, H.G. Becker8, M. Eppard8, H. Fox8, K. Holtz8, A. Kalter8, Konrad Kleinknecht8, U. Koch8, L. Köpke8, P. Lopes da Silva8, P. Marouelli8, I. Pellmann8, A. Peters8, B. Renk8, S.A. Schmidt8, V. Schönharting8, Y. Schué8, Rainer Wanke8, A. Winhart8, M. Wittgen8, J.-C. Chollet9, Louis Fayard9, Lydia Iconomidou-Fayard9, J. Ocariz9, G. Unal9, I. Wingerter9, G. Anzivino, P. Cenci, E. Imbergamo, P. Lubrano, Alexi Mestvirishvili, A. Nappi, M. Pepe, Mauro Piccini, R. Carosi10, R. Casali10, C. Cerri10, M. Cirilli10, F. Costantini10, R. Fantechi10, S. Giudici10, I. Mannelli10, G. Pierazzini10, M. Sozzi10, J.B. Cheze11, J. Cogan11, M. De Beer11, P. Debu11, Andrea Formica11, R. Granier de Cassagnac11, E. Mazzucato11, B. Peyaud11, R. Turlay11, B. Vallage11, M. Holder12, A. Maier12, Michael Ziolkowski12, Roberta Arcidiacono, Cristina Biino, Nicolo Cartiglia, Roberto Guida, F. Marchetto, E. Menichetti, Nadia Pastrone, J. Nassalski, E. Rondio, Michal Szleper, W. Wislicki, S. Wronka, H. Dibon13, G. Fischer13, Manfred Jeitler13, M. Markytan13, Ivan Mikulec13, G. Neuhofer13, M. Pernicka13, Anton Taurok13, L. Widhalm13 •
University of Cambridge1, Rutherford Appleton Laboratory2, CERN3, Joint Institute for Nuclear Research4, University of Edinburgh5, University of Ferrara6, University of Modena and Reggio Emilia7, University of Mainz8, University of Paris-Sud9, Scuola Normale Superiore di Pisa10, DSM11, University of Siegen12, Austrian Academy of Sciences13
20 Mar 2003-Physics Letters B
TL;DR: In this paper, an upper bound for the branching ratio BR (K S → π 0 γγ, z ⩾ 0.2) −7 has been obtained at 90% confidence level.

9 citations