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The reaction 28Si + 181Ta has been studied at E(Lab) = 125 and 135 MeV.Coincidences between high energy particles and various X- and gamma-rays fromabnormally long-lived states were observed. e.g. 7.8 - 8.6 MeV alpha-particleswith gamma-rays of a superdeformed band, 5.1 - 5.5 MeV alpha-particles with X-and gamma-rays of W, Re, and Pt, and 3.88 MeV particles (interpreted asprotons) with 185.8 keV gamma-rays. The data are interpreted in terms of theproduction of long-lived (t(1/2) of several months) high spin isomeric statesin the second well of the potential in the parent nuclei, which decay to thenormal states in the daughters, and in the third well of the potential, whichdecay to the second well.Comment: 25 pages including 11 figures and 3 table

DISCOVERY OF LONG-LIVED SHAPE ISOMERIC STATES WHICH DECAY BY STRONGLY RETARDED HIGH-ENERGY PARTICLE RADIOACTIVITY