A simple two level mixing model is employed to perform a Monte Carlo simula
tion for the decay out of the superdeformed bands SD-1 and SD-3 in Hg-194.
A, exponential spin dependence of the interaction between superdeformed and
normally deformed states is applied. Average intraband intensities and tra
nsition quadrupole moments are determined at each spin. The simple two leve
l mixing approach is consistent with more sophisticated theoretical models.
The Monte Carlo approach allows one to determine probabilities for the rep
roduction of the experimental intensity patterns and transition quadrupole
moments. An interaction of nu approximate to 50.5 eV was determined for spi
n 12 (h) over bar in the yrast SD band. The results show that the decay out
of the yrast and excited SD bands in Hg-194 can be described with the same
spin dependent interaction.