  We present a theoretical study of restoration of superconductivity in the
form of the triplet reentrant superconducting phase in a quasi-one-dimensional
(Q1D) conductor. Substitution of known band and superconducting parameters of
the presumably triplet Q1D superconductor Li$_{0.9}$Mo$_6$O$_{17}$ into our
theoretical equations shows that such restoration can happen in feasibly high
non-destructive pulsed magnetic field of the order of $H \simeq 100 \ T$. We
investigate in detail how small inclinations of a direction of a magnetic field
from its best experimental geometry decrease superconducting transition
temperature of the reentrant phase, which is important for its possible
experimental discovery.
