Add to ORKGMeasuring heavy flavour production at LHC provides an opportunity for a new insight into QCD and extensive tests at the new energy regime of 7 TeV at center-of-mass energy. ATLAS results for quarkonium production are presented and compared to theoretical predictions of various QCD models. Open b and bb ̄ cross-section measurements are compared to next-to-leading order calculations. ATLAS capabilities to reconstruct B-hadrons in exclusive decays is also reported with measurements of B-hadron lifetimes
Heavy Flavor Physics is one of the topics covered by ATLAS experiment research programme. Heavy meso...
B-Physics and Quarkonia physics are among the first areas to be investigated with the first data col...
AbstractATLAS measurements of heavy flavour production cross sections are presented from proton-prot...
The Large Hadron Collider at CERN will produce b-hadrons with unprecedentedly high statistics, and w...
We present here a selection of B-physics results from the ATLAS experiment taking data at the Large ...
Quarkonia and B-Physics are among the first areas to be investigated with the first data collected b...
The production of heavy flavours at LHC provides an opportunity for new insight into QCD. ATLAS dete...
Predictions for the production of quarkonia and open heavy-flavor states at hadronic collider can no...
Predictions for the production of quarkonia and open heavy-flavor states at hadronic collider can no...
Recent measurements by the ATLAS Experiment at the LHC of heavy quark processes are presented. Heavy...
The ATLAS B physics program studies production cross sections, searches for rare b decay signatures ...
ATLAS prepared a program for measurements of production cross sections both of b-hadrons and Onia in...
Studies since 1993 have demonstrated the ability of ATLAS to pursue a wide B physics program. This d...
ATLAS measurements of heavy flavour production cross sections are presented, from proton-proton coll...
A large number of detailed measurements of various charm states production ($J/\psi, \psi(2S), \chi_...
Heavy Flavor Physics is one of the topics covered by ATLAS experiment research programme. Heavy meso...
B-Physics and Quarkonia physics are among the first areas to be investigated with the first data col...
AbstractATLAS measurements of heavy flavour production cross sections are presented from proton-prot...
The Large Hadron Collider at CERN will produce b-hadrons with unprecedentedly high statistics, and w...
We present here a selection of B-physics results from the ATLAS experiment taking data at the Large ...
Quarkonia and B-Physics are among the first areas to be investigated with the first data collected b...
The production of heavy flavours at LHC provides an opportunity for new insight into QCD. ATLAS dete...
Predictions for the production of quarkonia and open heavy-flavor states at hadronic collider can no...
Predictions for the production of quarkonia and open heavy-flavor states at hadronic collider can no...
Recent measurements by the ATLAS Experiment at the LHC of heavy quark processes are presented. Heavy...
The ATLAS B physics program studies production cross sections, searches for rare b decay signatures ...
ATLAS prepared a program for measurements of production cross sections both of b-hadrons and Onia in...
Studies since 1993 have demonstrated the ability of ATLAS to pursue a wide B physics program. This d...
ATLAS measurements of heavy flavour production cross sections are presented, from proton-proton coll...
A large number of detailed measurements of various charm states production ($J/\psi, \psi(2S), \chi_...
Heavy Flavor Physics is one of the topics covered by ATLAS experiment research programme. Heavy meso...
B-Physics and Quarkonia physics are among the first areas to be investigated with the first data col...
AbstractATLAS measurements of heavy flavour production cross sections are presented from proton-prot...