Quantum thermal aspects of a uniformly accelerating and rotating black
hole are briefly discussed. The location of event horizons and their
corresponding thermal temperatures are given and some special cases of
interest are analyzed. We find that a rotating black hole with m(2) =
a(2) can be stabilized quantum-mechanically against Hawking radiation
by uniform acceleration, i.e., it has no Hawking radiation as seen by
asymptotic inertial observers.