Author :
Brown, D. ; Carey, R. ; Dye, S. ; Hazen, E. ; Higby, D. ; Miller, J. ; Sulak, L. ; Sullivan, J. ; Worstell, W. ; Brower, W. ; Paar, H. ; Kefford, D. ; Pisani, R. ; Segall, K. ; Wall, D. ; Winn, D.R. ; Akchurin, N. ; Langland, J. ; Onel, Y. ; Sandro, J. ;
Abstract :
The authors have constructed and tested seven projective scintillating fiber-copper absorber hadron calorimeter towers for high-energy hadron collider detectors. Each tower contained 2.25% by volume scintillating fibers, embedded between copper laminations, 10.6 λ deep. A hadron energy resolution of σ/E=91%/√E was obtained. Pions exhibited uniform response when scanned across boundaries between modules and through a range of incident angles with respect to the fibers. The e /π ratio is 1.08±0.02 for energies between 10 and 20 GeV, with a response of ~60 p.e./GeV. The muon Landau distributions well-resolved from pedestals were observed
Keywords :
calorimeters; meson detection and measurement; muon detection and measurement; scintillation counters; Cu; Cu scintillating fibre hadron calorimeter; electron pion ratio; hadron calorimeter towers; hadron energy resolution; muon Landau distribution; muon Landau distributions; pions; scintillating fibers; Copper; Detectors; Energy resolution; Laboratories; Lamination; Lead; Mesons; Optical fiber testing; Poles and towers; Prototypes;
