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15 research outputs found

Electromagnetic Secondaries and Punchthrough Effects in the CMS ME1/1

Author: Belotelov Ivan
Golunov Alexander
Golutvin Igor
Gorbunov N V
Kamenev Alexey
Karjavin Vladimir
Khabarov Serguei
Khabarov Vadim
Kiryushin Yuri
Meshcheryakov Gleb
Moissenz K P
Moissenz P V
Movchan Sergey
Palichik Vladimir
Perelygin Victor
Shmatov Sergey
Smolin Dmitry
Zarubin Anatoli
Publication venue
Publication date: 03/02/2006
Field of study

The aim of this work is to estimate the shower leakage from the CMS Endcap Hadron calorimeter (HE) due to electromagnetic secondaries and punch-through in the region of the ME1/1 Forward Muon Station. Two configurations are considered: with and without the CMS Endcap Electromagnetic calorimeter (EE). The experimental data has been taken during the combined beam test of CMS subdetectors (HE, ME, RPC, DT) at the CERN H2 beam facility in 2004. Serial CSC chambers (ready for installation in CMS) fully equipped with readout electronics have been exposed. Simulation of beam test setup has been performed using the GEANT4-based simulation package OSCAR

CERN Document Server

A high statistics measurement of the nucleon structure function F $_{2}$ (x,Q $^{2}$ ) from deep inelastic muon-carbon scattering at high Q $^{2}$

Joint Institute for Nuclear Research (JINR)

Electromagnetic Secondaries and Punchthrough Effects in the CMS ME1/1

A high statistics measurement of the nucleon structure function F $_{2}$ (x,Q $^{2}$ ) from deep inelastic muon-carbon scattering at high Q $^{2}$

Muon pairs and upper limit for upsilon production by 280 GeV muons

Study of nuclear effects in the determination of nucleon structure functions with heavy targets

Charge asymmetry in $\mu^{+}-N$ deep inelastic scattering

Study of nuclear effects in nucleon structure functions up to and beyond the kinematic limit

Deep inelastic muon scattering on carbon at large $Q^{2}$

Study of nuclear effects in the determination of nucleon structure functions with heavy targets

Measurement of the interference structure function $xG_{3}(x)$ in muon-nucleon scattering

Electroweak asymmetry in deep inelastic muon-nucleon scattering