DYNAMIC SCALING IN HADRONIZATION AND MULTIDIMENSIONAL INTERMITTENCY

The intermittency pattern associated with an out-of-equilibrium quark- hadron phase transition in high-energy-density collisions, is derived. Imposing dynamic scaling as a fundamental property of inside-outside hadronization, a dynamic critical exponent is introduced and a set of new power-laws is obtained. The deviations from the corresponding patt ern of a static, second-order phase transition are examined and the ph enomenological aspects of this new solution are discussed.