Abstract
A new cluster decay process is proposed for the complex, intermediate mass fragments or “clusters” emitted in low energy nuclear reactions forming the excited light (ACN* ∼ 60) and medium mass (ACN* ∼ 110) nuclear systems. The complex fragments are shown to arise as multiple clusters of masses less than ∼20 in medium mass nuclei or as complete mass spectra in light nuclei. For 116Ba*, 12C decay is still shown to be a preferred decay. The calculations for fragment production cross sections and total kinetic energies of fragments are presented for reactions leading to hot 56Ni and 116Ba nuclei.
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