  The heavy-quark mass and wave function renormalizations, energy shift, and
radiative corrections to two important couplings, the so-called kinetic
couplings, in nonrelativistic lattice QCD are determined to leading order in
tadpole-improved perturbation theory. The scales at which to evaluate the
running QCD coupling for these quantities, except the wave function
renormalization, are obtained using the Lepage-Mackenzie prescription. When the
bare quark mass is greater than the inverse lattice spacing, the kinetic
coupling corrections are roughly 10\% of the tree-level coupling strengths;
these corrections grow quickly as the bare quark mass becomes small. A need for
computing the two-loop corrections to the energy shift and mass renormalization
is demonstrated.

High Energy Physics - Lattice