BibTeX
@MISC{Muon_cmsnote,
author = {The Compact Muon and R. Kinnunen and A. Nikitenko},
title = {Cms Note 1997/106},
year = {}
}
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Abstract
Discovery limits for the neutral SUSY Higgses in the l + jet + E miss t final state from A; H;h ! are calculated as a function of mA and tanfi. For the selection efficiencies and jet rejection factors results obtained from a detailed simulation of the CMS calorimeter are used. Possibility to suppress the irreducible Z; fl ! background with b-tagging in the associated production channels is studied. The expected reach in mA , tanfi parameter space for 3 \Theta 10 4 pb \Gamma1 taken at low luminosity is presented. a) On leave from ITEP, Moscow, Russia 1 Introduction In MSSM the branching ratios of A; H;h ! are enhanced at high tanfi values. Around mA = 150 GeV, where the h !flfl channel is not yet accessible, the , and bb decay channels seem to provide the only way to probe the SUSY Higgs mA , tanfi parameter space for tanfi values in excess of 3, which is the upper reach of the H !ZZ;ZZ !4l \Sigma channel. The branching ratio for another interesting channel, A; H;h...
Keyphrases
cm note tanfi parameter space sigma channel branching ratio discovery limit detailed simulation selection efficiency interesting channel cm calorimeter high tanfi value susy higgs ma associated production channel expected reach bb decay channel flfl channel pb gamma1 final state tanfi value neutral susy higgses upper reach jet rejection factor result low luminosity
