Abstract
Inelastic, charge-exchange and transfer reactions induced by hadronic probes at intermediate energies have revealed a rich spectrum of new high-lying modes embedded in the nuclear continuum. The investigation of their decay properties is believed to be a severe test of their microscopic structure as predicted by nuclear models. In addition the degree of damping of these simple modes in the nuclear continuum can be obtained by means of the measured branching ratios to the various decay channels as compared to statistical model calculations. As illustrative examples the decay modes of high-spin single-particle states and isovector resonances are discussed. (author) 23 refs.; 14 figs.
Citation Formats
Gales, S.
Decay modes of high-lying excitations in nuclei. Probing the microscopic structure or the statistical model.
France: N. p.,
1993.
Web.
Gales, S.
Decay modes of high-lying excitations in nuclei. Probing the microscopic structure or the statistical model.
France.
Gales, S.
1993.
"Decay modes of high-lying excitations in nuclei. Probing the microscopic structure or the statistical model."
France.
@misc{etde_10137135,
title = {Decay modes of high-lying excitations in nuclei. Probing the microscopic structure or the statistical model}
author = {Gales, S}
abstractNote = {Inelastic, charge-exchange and transfer reactions induced by hadronic probes at intermediate energies have revealed a rich spectrum of new high-lying modes embedded in the nuclear continuum. The investigation of their decay properties is believed to be a severe test of their microscopic structure as predicted by nuclear models. In addition the degree of damping of these simple modes in the nuclear continuum can be obtained by means of the measured branching ratios to the various decay channels as compared to statistical model calculations. As illustrative examples the decay modes of high-spin single-particle states and isovector resonances are discussed. (author) 23 refs.; 14 figs.}
place = {France}
year = {1993}
month = {Dec}
}
title = {Decay modes of high-lying excitations in nuclei. Probing the microscopic structure or the statistical model}
author = {Gales, S}
abstractNote = {Inelastic, charge-exchange and transfer reactions induced by hadronic probes at intermediate energies have revealed a rich spectrum of new high-lying modes embedded in the nuclear continuum. The investigation of their decay properties is believed to be a severe test of their microscopic structure as predicted by nuclear models. In addition the degree of damping of these simple modes in the nuclear continuum can be obtained by means of the measured branching ratios to the various decay channels as compared to statistical model calculations. As illustrative examples the decay modes of high-spin single-particle states and isovector resonances are discussed. (author) 23 refs.; 14 figs.}
place = {France}
year = {1993}
month = {Dec}
}