SPECTRAL QUANTIZATION OF TRANSITION-STATE RESONANCES IN COLLINEAR MU-2 AND MN+D-2 COLLISIONS(H)

The Felt-Fleck split operator technique has been employed to study the dynamical resonances of the collinear Mu + H-2 and Mu + D-2 collision s using the DMBE potential energy surface for H-3. Twelve transition s tate resonances are reported for Mu + H-2, and sixteen for Mu + D-2. I t has also been found that the conventional resonances form two progre ssions for Mu + H-2 and three for Mu + D-2, while the barrier resonanc es appear at low energies.