Performance of the liquid argon electromagnetic and hadronic accordion calorimeter for the LHC D. Gingrich , G. Greenious , P. Kitching , B. Olsen , J. Pinfold , N. Rodning , E. Boos , B.O. Schaoutnikov , B. Aubert , A. Bazan , B. Beaugiraud , J. Colas , T. Leflour , M. Marie , M. Stipcevic , I. Wingerter-Seez , Y.P. Zolnierowski , M. Chemeissiani , E. Fernandez , Ll. Garrido , M. Martinez , C. Padilla , H.A. Gordon , V. Radeka , D. Rahm , D. Stephani , J.L. Chevalley , C.W. Fabjan , O. Gildemeister , P. Jenni , M. Nessi , L. Poggioli , W. Richtel , V. Vuillemin , J.M. Baze , L. Gosset , P. Lavocat , J.P. Lottin , B. Mansoulie , J.P. Meyer , J.F. Renardy , J. Schwindling , J. Teiger , H. Zaccone , J. Collot , P. de Saintignon , D. Dzahini , G. Laborie , G. Mahout , E. Merchez , J. Pouxe , G. Battistoni , D.V. Camin , D. Cavalli , G. Costa , L. Cozzi , A. Cravero , A. Ferrari , F. Gianotti , L. Mandelli , F. Manfredi , M. Mazzanti , L. Perini , V. Re , P. Sala , V. Speziali , F. Barreiro , L. Hervas , L. Labarga , S. Basa , A. Checktman , J.C. Clemens , M.C. Cousinou , P. Dargent , F. Etienne , D. Fouchez , E. Monnier , R. Nacash , E. Nagy , C. Olivetto , D. Sauvage , S. Tisserant , G. Azuelos , G. Beaudoin , P. Depommier , E.I. Florian , C. Leroy , J. Roy , E. Augé , R. Chase , J.C. Chollet , C. de La Taille , L. Fayard , D. Fournier , A. Hirosoho , Ph. Jean , L. Iconomidou-Fayard , B. Merkel , J.M. Noppe , G. Parrour , P. Pétroff , J.P. Repellin , A. Schaffer , N. Seguin , L. Serin , G. Unal , D. Canton , G. Hansl-Kozanecka , D. Imbault , J. Lory , R. Zitoun , L. Owe Eek , B. Lund-Jensen , J. Soderqvist , A. Astbury , G. Gaidos , R. Keeler , M. Lefebvre , J. White Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment（1994）
摘要
A large scale prototype of a liquid argon accordion calorimeter, conceived as a sector of a full LHC Barrel detector and consisting of an electromagnetic and a hadronic section, has been constructed and tested at the CERN SPS with electron and pion beams in the energy range 10–287 GeV.
更多 查看译文
AI 理解论文
溯源树
样例
