Identification Of Excited States In The N=Z Nucleus Se-68 With Cluster Detectors

A first level scheme of Se-68 with five states up to 4.2 MeV excitation energy and tentative spins 6(+) and 7(-) has been established from gamma gamma gamma coincidences measured with six EUROBALL Cluster detectors in close geometry. The level scheme is interpreted in comparison with neutron deficient nuclei of the A approximate to 70 region and cranking model calculations. In a similar experiment a triple coincidence between the Kr-72 transitions 710, 611, and 792 keV has been proven.