  We present predictions for the inclusive production of bottom jets in
proton-antiproton collisions at 1.96 TeV and proton-proton collisions at 7 TeV.
The bottom quark is considered massless. In this scheme, we find that at small
transverse momentum (p_T) the ratio of the next-to-leading order to the
leading-order cross section (K factor) is smaller than one. It increases with
increasing p_T and approaches one at larger p_T at a value depending
essentially on the choice of the renormalization scale. Adding non-perturbative
corrections obtained from PYTHIA Monte Carlo calculations leads to reasonable
agreement with experimental b-jet cross sections obtained by the CDF and the
CMS collaborations.
