Abstract
The Compressed Baryonic Matter experiment (CBM) performance for proton anisotropic flow measurements is studied with Monte-Carlo simulations using collisions of gold ions at lab momentum of 12A GeV/c employing DCM-QGSM-SMM heavy-ion event generator. Realistic procedures are used for centrality estimation with the number of registered tracks and particle identification with information from Time-Of-Flight detector. Variation of directed flow estimates depending on various combinations of PSD modules is used to evaluate possible systematic biases due to collision symmetry plane estimation.
Highlights
The Compressed Baryonic Matter experiment (CBM) at FAIR is designed to study the phase diagram of strongly-interacting matter in the area of moderate temperatures and high√net baryon densities with heavy ion collisions at beam momenta of 3.3–12A GeV/c per nucleon
The Compressed Baryonic Matter experiment (CBM) performance for proton anisotropic flow measurements is studied with Monte-Carlo simulations using collisions of gold ions at lab momentum of 12A GeV/c employing DCM-QGSM-SMM heavy-ion event generator
Variation of directed flow estimates depending on various combinations of Projectile Spectator Detector (PSD) modules is used to evaluate possible systematic biases due to collision symmetry plane estimation
Summary
The Compressed Baryonic Matter experiment (CBM) at FAIR is designed to study the phase diagram of strongly-interacting matter in the area of moderate temperatures and high√net baryon densities with heavy ion collisions at beam momenta of 3.3–12A GeV/c per nucleon ( sNN =2.9– 4.9 GeV). The Compressed Baryonic Matter experiment (CBM) performance for proton anisotropic flow measurements is studied with Monte-Carlo simulations using collisions of gold ions at lab momentum of 12A GeV/c employing DCM-QGSM-SMM heavy-ion event generator. Realistic procedures are used for centrality estimation with the number of registered tracks and particle identification with information from Time-Of-Flight detector.
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