Particle identification using the time-over-threshold method in the ATLAS Transition Radiation Tracker

Particle identification using the time-over-threshold method in the ATLAS Transition Radiation Tracker

T Akesson,E Arik,K Assamagan,K Baker,E Barberio,D Barberis,H Bertelsen,V Bytchkov,J Callahan,A Catinaccio,H Danielsson,F Dittus,B Dolgoshein,N Dressnandt,W.L Ebenstein,P Eerola,P Farthouat,D Froidevaux,Y Grichkevitch,Z Hajduk,J.R Hansen,P.T Keener,G Kekelidze,S Konovalov,T Kowalski,V.A Kramarenko,A Krivchitch,A Laritchev,P Lichard,A Lucotte,B Lundberg,F Luehring,A Mailov,A Manara,K McFarlane,V.A Mitsou,S Morozov,S Muraviev,A Nadtochy,F.M Newcomer,J Olszowska,H Ogren,S.H Oh,V Peshekhonov,C Rembser,A Romaniouk,D Rousseau,D.R Rust,V Schegelsky,M Sapinski,A Shmeleva,S Smirnov,L.N Smirnova,V Sosnovtsev,S Soutchkov,E Spiridenkov,V Tikhomirov,R Van Berg,V Vassilakopoulos,C Wang,H.H Williams;T Akesson;E Arik;K Assamagan;K Baker;E Barberio;D Barberis;H Bertelsen;V Bytchkov;J Callahan;A Catinaccio;H Danielsson;F Dittus;B Dolgoshein;N Dressnandt;W.L Ebenstein;P Eerola;P Farthouat;D Froidevaux;Y Grichkevitch;Z Hajduk;J.R Hansen;P.T Keener;G Kekelidze;S Konovalov;T Kowalski;V.A Kramarenko;A Krivchitch;A Laritchev;P Lichard;A Lucotte;B Lundberg;F Luehring;A Mailov;A Manara;K McFarlane;V.A Mitsou;S Morozov;S Muraviev;A Nadtochy;F.M Newcomer;J Olszowska;H Ogren;S.H Oh;V Peshekhonov;C Rembser;A Romaniouk;D Rousseau;D.R Rust;V Schegelsky;M Sapinski;A Shmeleva;S Smirnov;L.N Smirnova;V Sosnovtsev;S Soutchkov;E Spiridenkov;V Tikhomirov;R Van Berg;V Vassilakopoulos;C Wang;H.H Williams;
nuclear instruments and methods in physics research section a: accelerators, spectrometers, detectors and associated equipment 2001 Vol. 474 pp. 172-187
143
williams2001nuclearparticle

Abstract

Test-beam studies of the ATLAS Transition Radiation Tracker (TRT) straw tube performance in terms of electron–pion separation using a time-over-threshold method are described. The test-beam data are compared with Monte Carlo simulations of charged particles passing through the straw tubes of the TRT. For energies below , the time-over-threshold method combined with the standard transition-radiation cluster-counting technique significantly improves the electron–pion separation in the TRT. The use of the time-over-threshold information also provides some kaon–pion separation, thereby significantly enhancing the B-physics capabilities of the ATLAS detector.

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Ref Key: williams2001nuclearparticle
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261442
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10.1016/s0168-9002(01)00878-6
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