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In view of the good agreement between the LHCb prompt-eta(c) data atsqrt(s)=7 and 8 TeV and the NLO colour-singlet model predictions --i.e. theleading v^2 NRQCD contribution--, we provide predictions in the LHCb acceptancefor the forthcoming 13 TeV analysis bearing on data taken during the LHC Run2.We also provide predictions for sqrt(s)=115 GeV for proton-hydrogen collisionsin the fixed-target mode which could be studied during the LHC Run3. Ourpredictions are complemented by a full theoretical uncertainty analysis. Inaddition to cross section predictions, we elaborate on the uncertainties on thep bar-p branching ratio --necessary for data-theory comparison-- and discussother usable branching fractions for future studies.

Phenomenological NLO analysis of eta(c) production at the LHC in the collider and fixed-target modes