Barrier distributions derived from quasielastic excitation functions for the 35Cl+105,106,110Pd systems

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Quasielastic excitation functions for the 35Cl+105,106,110Pd systems were measured at a backward angle and at near barrier energies. Experimental fusion barrier distributions were derived from these measured cross sections and compared with simplified coupled-channel calculations. Coupling of inelas...

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Autores principales: Capurro, O.A., Testoni, J.E., Abriola, D., DiGregorio, D.E., Fernández Niello, J.O., Martí, G.V., Pacheco, A.J., Spinella, M.R., Ramírez, M., Balpardo, C., Ortega, M.
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Acceso en línea:http://hdl.handle.net/20.500.12110/paper_05562813_v65_n6_p646171_Capurro
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Biblioteca Digital - Facultad de Ciencias Exactas y Naturales (UBA) de Universidad de Buenos Aires
id todo:paper_05562813_v65_n6_p646171_Capurro
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spelling todo:paper_05562813_v65_n6_p646171_Capurro2023-10-03T15:35:00Z Barrier distributions derived from quasielastic excitation functions for the 35Cl+105,106,110Pd systems Capurro, O.A. Testoni, J.E. Abriola, D. DiGregorio, D.E. Fernández Niello, J.O. Martí, G.V. Pacheco, A.J. Spinella, M.R. Ramírez, M. Balpardo, C. Ortega, M. Quasielastic excitation functions for the 35Cl+105,106,110Pd systems were measured at a backward angle and at near barrier energies. Experimental fusion barrier distributions were derived from these measured cross sections and compared with simplified coupled-channel calculations. Coupling of inelastic excitations up to second order were insufficient to explain the data. The inclusion of specific transfer reaction channels improved the fits to these fusion barrier distributions. JOUR info:eu-repo/semantics/openAccess http://creativecommons.org/licenses/by/2.5/ar http://hdl.handle.net/20.500.12110/paper_05562813_v65_n6_p646171_Capurro
institution Universidad de Buenos Aires
institution_str I-28
repository_str R-134
collection Biblioteca Digital - Facultad de Ciencias Exactas y Naturales (UBA)
description Quasielastic excitation functions for the 35Cl+105,106,110Pd systems were measured at a backward angle and at near barrier energies. Experimental fusion barrier distributions were derived from these measured cross sections and compared with simplified coupled-channel calculations. Coupling of inelastic excitations up to second order were insufficient to explain the data. The inclusion of specific transfer reaction channels improved the fits to these fusion barrier distributions.
format JOUR
author Capurro, O.A.
Testoni, J.E.
Abriola, D.
DiGregorio, D.E.
Fernández Niello, J.O.
Martí, G.V.
Pacheco, A.J.
Spinella, M.R.
Ramírez, M.
Balpardo, C.
Ortega, M.
spellingShingle Capurro, O.A.
Testoni, J.E.
Abriola, D.
DiGregorio, D.E.
Fernández Niello, J.O.
Martí, G.V.
Pacheco, A.J.
Spinella, M.R.
Ramírez, M.
Balpardo, C.
Ortega, M.
Barrier distributions derived from quasielastic excitation functions for the 35Cl+105,106,110Pd systems
author_facet Capurro, O.A.
Testoni, J.E.
Abriola, D.
DiGregorio, D.E.
Fernández Niello, J.O.
Martí, G.V.
Pacheco, A.J.
Spinella, M.R.
Ramírez, M.
Balpardo, C.
Ortega, M.
author_sort Capurro, O.A.
title Barrier distributions derived from quasielastic excitation functions for the 35Cl+105,106,110Pd systems
title_short Barrier distributions derived from quasielastic excitation functions for the 35Cl+105,106,110Pd systems
title_full Barrier distributions derived from quasielastic excitation functions for the 35Cl+105,106,110Pd systems
title_fullStr Barrier distributions derived from quasielastic excitation functions for the 35Cl+105,106,110Pd systems
title_full_unstemmed Barrier distributions derived from quasielastic excitation functions for the 35Cl+105,106,110Pd systems
title_sort barrier distributions derived from quasielastic excitation functions for the 35cl+105,106,110pd systems
url http://hdl.handle.net/20.500.12110/paper_05562813_v65_n6_p646171_Capurro
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