The calibration of the LHCb electromagnetic calorimeter is a multistep procedure aimed at reconstructing photon and electron energies to a precision not poorer than 2%. A method based on measuring the neutral-pion invariantmass is applied at the last step of this procedure. A regular application of this method makes it possible to improve substantially the resolution for particles that decay through channels featuring electrons and photons in the final state
Physics processes Z/sup 0/ to e/sup +/e/sup -/, W to e/sup +or-/ nu /sub e/, J/ psi to e/sup +/e/sup...
We present a new approach to identifcation of boosted neutral particles using Electromagnetic Calori...
The CMS electromagnetic calorimeter comprises 75848 lead tungstate scintillating crystals. The calib...
International audienceImportant analyses of the core LHCb physics program rely on calorimetry to ide...
The reconstruction of neutral particles is performed by LHCb calorimeters. The photons are reconstru...
LHCb has been designed in order to perform precise measurements of CP violation and rare decays with...
The LHCb calorimeter system comprises a preshower detector, an electromagnetic and a hadronic calori...
LHCb has been designed in order to perform precise measurements of CP violation and rare decays with...
Several methods can be used in order to achieve precise calibration of the LHCb Electromagnetic Calo...
The calorimeter system of LHCb provides information for the hardware Level-0 trigger for selection o...
LHCb is one of the four large experiments installed on the LHC accelerator ring. The aim of the dete...
The procedure for the initial adjustment of the LHCb ECAL energy scale is described. The calibration...
Inter-calibrating the electromagnetic calorimeter of the CMS detector {\it in situ} at the LHC to th...
Important analyses of the core LHCb physics program rely on calorimetry to identify photons, high-en...
In order to fully exploit the physics reach of the CMS experiment, it will be necessary to perform a...
Physics processes Z/sup 0/ to e/sup +/e/sup -/, W to e/sup +or-/ nu /sub e/, J/ psi to e/sup +/e/sup...
We present a new approach to identifcation of boosted neutral particles using Electromagnetic Calori...
The CMS electromagnetic calorimeter comprises 75848 lead tungstate scintillating crystals. The calib...
International audienceImportant analyses of the core LHCb physics program rely on calorimetry to ide...
The reconstruction of neutral particles is performed by LHCb calorimeters. The photons are reconstru...
LHCb has been designed in order to perform precise measurements of CP violation and rare decays with...
The LHCb calorimeter system comprises a preshower detector, an electromagnetic and a hadronic calori...
LHCb has been designed in order to perform precise measurements of CP violation and rare decays with...
Several methods can be used in order to achieve precise calibration of the LHCb Electromagnetic Calo...
The calorimeter system of LHCb provides information for the hardware Level-0 trigger for selection o...
LHCb is one of the four large experiments installed on the LHC accelerator ring. The aim of the dete...
The procedure for the initial adjustment of the LHCb ECAL energy scale is described. The calibration...
Inter-calibrating the electromagnetic calorimeter of the CMS detector {\it in situ} at the LHC to th...
Important analyses of the core LHCb physics program rely on calorimetry to identify photons, high-en...
In order to fully exploit the physics reach of the CMS experiment, it will be necessary to perform a...
Physics processes Z/sup 0/ to e/sup +/e/sup -/, W to e/sup +or-/ nu /sub e/, J/ psi to e/sup +/e/sup...
We present a new approach to identifcation of boosted neutral particles using Electromagnetic Calori...
The CMS electromagnetic calorimeter comprises 75848 lead tungstate scintillating crystals. The calib...