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K. Hagino, N. Takigawa, S. Kuyucak (1997)
Role of Anharmonicities of Nuclear Vibrations in Fusion Reactions at Sub-barrier EnergiesPhysical Review Letters, 79
D. Khoa, G. Satchler, W. Oertzen (1997)
Nuclear incompressibility and density dependent NN interactions in the folding model for nucleus-nucleus potentialsPhysical Review C, 56
M. Ismail, A. Ellithi, F. Salah (2002)
Accuracy of multipole expansion of density distribution in calculating the potential for deformed spherical interacting pairPhysical Review C, 66
M. Ismail, K. Ramadan (2000)
Microscopic calculation of sub-barrier fusion cross section and barrier distribution using M3Y-type forcesJournal of Physics G, 26
M. Rhoades-Brown, V. Oberacker, M. Seiwert, W. Greiner (1983)
Potential pockets in the238U+238U system and their possible consequencesZeitschrift für Physik A Atoms and Nuclei, 310
N. Anantaraman, H. Toki, G. Bertsch (1983)
An effective interaction for inelastic scattering derived from the Paris potentialNuclear Physics, 398
C. Morton, A. Berriman, R. Butt, M. Dasgupta, D. Hinde, A. Godley, J. Newton, K. Hagino (2001)
Influence of higher-order deformations in the 34 S + 168 Er fusion reactionPhysical Review C, 64
M. Ismail, A. Ghazal, H. Abu‐Zahra (1999)
On improving the exchange heavy ion potential between two deformed nucleiJournal of Physics G, 25
M. Ismail, M. Osman, F. Salah (1999)
Exchange part of the real α-nucleus potentialPhysical Review C, 60
D. Khoa, W. Oertzen, H. Bohlen, G. Bartnitzky, H. Clement, Y. Sugiyama, B. Gebauer, Alexander Ostrowski, T. Wilpert, M. Wilpert, Ch. Langner (1995)
Equation of state for cold nuclear matter from refractive 16O+16O elastic scattering.Physical review letters, 74 1
Tamanna Rumin, K. Hagino, N. Takigawa (1999)
Effects of β 6 deformation and low-lying vibrational bands on heavy-ion fusion reactions at sub-barrier energiesPhysical Review C, 61
G. Bertsch, J. Borysowicz, H. McManus, W. Love (1977)
Interactions for inelastic scattering derived from realistic potentialsNuclear Physics, 284
W. Reisdorf, F. Hessberger, K. Hildenbrand, S. Hofmann, G. Muenzenberg, K. Schmidt, J. Schneider, W. Schneider, K. Suemmerer, G. Wirth, J. Kratz, K. Schlitt (1982)
Influence of Collective Surface Motion on the Threshold Behavior of Nuclear FusionPhysical Review Letters, 49
C. Wong (1973)
Interaction Barrier in Charged-Particle Nuclear ReactionsPhysical Review Letters, 31
M. Ismail, A. Ellithi (2002)
The effect of nuclear matter compressibility on fusion cross-section and barrier distribution of deformed–spherical nucleiChaos Solitons & Fractals, 14
The effect of hexacontatetrapole deformation parameter on both the fusion cross-section and the barrier distribution have been studied for U238 + O16 nuclear pair using microscopically derived heavy ion (HI) potential. A method was described to extend the calculation of HI potential between two spherical nuclei using density dependent finite range NN forces to the spherical-deformed interacting pair. Density dependent and density independent effective NN forces were used in the generalized double folding model to derive the HI potential. We found that positive β 6 has large effect on both the fusion cross-section and the barrier distribution in the presence of a small value of hexadecapole deformation parameter β 4. In this case the fusion cross-section is less sensitive to the negative value of β 6. In the presence of a large value of β 4, negative and positive β 6 values affect the fusion cross-section and have a small effect on the barrier distribution.
Acta Physica Hungarica Series A, Heavy Ion Physics – Springer Journals
Published: Aug 28, 2009
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