  By using a dynamical transport code we show that chirally disoriented domains
might survive the hadronization phase in a central relativistic heavy ion
collision. A successful measurement of such domains after freeze-out will
depend on the domain size and the manifestation of the disorientation in the
low part of the charged pion momentum spectrum. We investigated the measurement
of the transverse momentum and the pseudo-rapidity spectrum of pions below 200
MeV/c. In all cases the successful determination of a realistic domain requires
first and second moment analyses of the phase space.
