Light ion fusion in deformation model |
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Authors: | R C Nayak |
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Affiliation: | (1) Institute of Physics, 751 005 Bhubaneswar, India;(2) Present address: S. V. M. College, 754 103 Jagatsinghpur, Cuttack, India |
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Abstract: | Experiments with heavy ions at moderate energies show the importance of deformation in heavy ion collisions. A deformation model which takes deformation dynamically into account is developed. Having described fusion and deep inelastic collision for a very heavy system (Xe + Bi) and a medium heavy system (Ar + Th) at various energies successfully, we turn to some comparatively lighter heavy ions where fusion is the most dominant feature. Fusion cross-sections for six pairs of lighter systems (35Cl +116Sn,58Ni+62Ni,35Cl+62Ni,32S+24Mg,24Mg+24Mg and12C+27Al) have been obtained using our deformation model which agree well with experiment. The two-slope-behaviour of fusion excitation function which is an important feature of light ion fusion systematics is also obtained, in our model calculations for all the systems studied. |
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Keywords: | Fusion excitation function deformation two-slope-behaviour folding potential critical radius deep inelastic collision |
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