Title

Design, performance, and calibration of CMS hadron-barrel calorimeter wedges

Authors

S. Abdullin
V. Abramov
B. Acharya
M. Adams
N. Akchurin
U. Akgun
E. W. Anderson
G. Antchev
S. Ayan
S. Aydin
M. Baarmand
D. Baden
S. Banerjee
S. Banerjee
R. Bard
V. Barnes
H. Bawa
G. Baiatian
G. Bencze
S. Beri
V. Bhatnagar
A. Bodek
H. Budd
K. Burchesky
T. Camporesi
K. Cankocak
K. Carrell
S. Chendvankar
Y. Chung
L. Cremaldi
P. Cushman
J. Damgov
P. de Barbaro
A. Demianov
T. de Visser
L. Dimitrov
S. Dugad
I. Dumanoglu
F. Duru
J. Elias
D. Elvira
I. Emeliantchik
S. Eno
A. Ershov
E. Eskut
W. Fisher
J. Freeman
V. Gavrilov
V. Genchev
Y. Gershtein
I. Golutvin
P. Goncharov
T. Grassi
D. Green
A. Gribushin
B. Grinev
E. Gulmez
K. Gumus
T. Haelen
S. Hagopian
V. Hagopian
J. Hauptman
E. Hazen
A. Heering
M. Imboden
E. Isiksal
C. Jarvis
K. Johnson
V. Kaftanov
V. Kalagin
D. Karmgard
S. Kalmani
S. Katta
M. Kaur
M. Kaya
A. Kayis-Topaksu
R. Kellogg
A. Khmelnikov
I. Kisselevich
O. Kodolova
J. Kohli
V. Kolossov
A. Korablev
Y. Korneev
I. Kosarev
A. Krinitsyn
A. Krokhotin
V. Kryshkin
S. Kuleshov
A. Kumar
S. Kunori
A. Polatoz
A. Laasanen
C. Lawlor
D. Lazic
L. Levchuk
D. Litvintsev
L. Litov
S. Los
V. Lubinsky
V. Lukanin
E. Machado
J. Mans
V. Massolov
K. Mazumdar
J. P. Merlo
G. Mescheryakov
A. Mestvirishvili
M. Miller
N. Mondal
P. Nagaraj
E. Norbeck
V. O'Dell
J. Olson
Y. Onel
G. Onengut
N. Ozdes-Koca
S. Ozkorucuklu
F. Ozok
S. Paktinat
M. Patil
S. Petrushanko
V. Pikalov
S. Piperov
V. Podrasky
A. Pompos
C. Posch
W. Qian
R. Ralich
L. Reddy
J. Reidy
R. Ruchti
J. Rohlf
A. Ronzhin
A. Ryazanov
D. A. Sanders
C. Sanzeni
L. Sarycheva
B. Satyanarayana
I. Schmidt
V. Senchishin
S. Sergeyev
M. Serin-Zeyrek
R. Sever
J. Singh
A. Sirunyan
A. Skuja
B. Sherwood
N. Shumeiko
V. Smirnov
P. Sorokin
R. Stefanovich
V. Stolin
K. Sudhakar
I. Suzuki
V. Talov
R. Thomas
C. Tully
L. Turchanovich
A. Ulyanov
I. Vankov
I. Vardanyan
P. Verma
G. Vesztergombi
R. Vidal
E. Vlassov
I. Vodopiyanov
A. Volkov
A. Volodko
D. Winn
J. Whitmore
S. X. Wu
P. Zalan
A. Zarubin
M. Zeyrek

Published in:

European Physical Journal C 55,1 (2008) 159-171;

Abstract

Extensive measurements have been made with pions, electrons and muons on four production wedges of the compact muon solenoid (CMS) hadron barrel (HB) calorimeter in the H2 beam line at CERN with particle momenta varying from 20 to 300 GeV/c. The time structure of the events was measured with the full chain of preproduction front-end electronics running at 34 MHz. Moving-wire radioactive source data were also collected for all scintillator layers in the HB. The energy dependent time slewing effect was measured and tuned for optimal performance.

Keywords

Physics, Particles & Fields

Date of this Version

1-1-2008

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