Widths of -nuclear deeply bound states in a dynamical model
arXiv:nucl-th/0407063 · doi:10.1016/j.physletb.2004.11.086
Abstract
The relativistic mean field (RMF) model is applied to a system of nucleons and a meson, interacting via scalar and vector boson fields. The model incorporates the standard RMF phenomenology for bound nucleons and, for the meson, it relates to low-energy and atom phenomenology. Deeply bound nuclear states are generated dynamically across the periodic table and are exhibited for C and O over a wide range of binding energies. Substantial polarization of the core nucleus is found for these light nuclei. Absorption modes are also included dynamically, considering explicitly the reduced phase space for absorption from deeply bound states. The behavior of the calculated width as function of the binding energy is studied in order to explore limits on the possible existence of narrow nuclear states.
12 pages, 1 table, 3 figures Minor changes, to appear in PLB
References in corpus (13)
- Hyperon-rich Matter in Neutron Stars
- The properties of \bar{K} in the nuclear medium
- Constraints on Nucleus Dynamics from Dirac Phenomenology of Atoms
- Study of chirally motivated low-energy optical potentials
- Study of the Sigma-nucleus potential by the (pi^-,K^+) reaction on medium-to-heavy nuclear targets
- Kaonic nuclei studied based on a new framework of Antisymmetric Molecular Dynamics
- - nucleus relativistic mean field potentials consistent with kaonic atoms
- High-density K nuclear systems with isovector deformation
- Deeply bound levels in kaonic atoms
- Kaonic nuclei excited by the reaction
- Antibaryons bound in nuclei
- Enhanced binding and cold compression of nuclei due to admixture of antibaryons
- Indication of a strange tribaryon S^+ from the ^4He(stopped K^-,n) reaction
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- Correlated pairs from the reaction
- Faddeev fixed-center approximation to the system and the signature of a state
- In--Flight () Reactions for the Formation of Kaonic Atoms and Kaonic Nuclei in Green function method
- Strangeness nuclear physics - 2010
- Multi- nuclei and kaon condensation
- Critical review of [K- ppn] bound states
- - nuclear states: Binding energies and widths
- Interplay between kaon condensation and hyperons in highly dense matter
- Calculation of the He(in-flight ,) reaction for searching the deeply-bound state
- The properties of kaonic nuclei in relativistic mean-field theory
- Multi- hypernuclei
- Isospin Properties of (, ) Reactions for the Formation of Deeply-bound Antikaonic Nuclei
- Multi-antikaonic nuclei in the relativistic mean-field theory
- Deeply-bound state in the He(in-flight , ) spectrum and its moving pole near the threshold
- Kaon Absorption from Kaonic Atoms and Formation Spectra of Kaonic Nuclei
- Proton emission off nuclei induced by kaons in flight
- Are there any narrow - nuclear states?
- Kaon-condensed hypernuclei as highly dense self-bound objects
- The coupling in the chiral unitary approach and the isoscalar , interaction
- Chiral dynamics of baryon resonances and hadrons in a nuclear medium
- Eta-mesic nuclei in relativistic mean-field theory
- Formation of Deeply Bound Kaonic Atoms in (K^-,N) Reactions
- On the momentum-dependence of -nuclear potentials
- Relativistic symmetry breaking in light kaonic nuclei
- Overview of Antikaon-Nuclear Quasi-Bound States
- Chiral dynamics of hadrons in nuclei
- Antikaon-nucleus dynamics: from quasibound states to kaon condensation
- Diquark in Nona-quark States
- Nuclear density probed by Kaon-Nucleus systems and Kaon-Nucleus interaction
- Energy dependence of -"" effective potential derived from coupled-channel Green's function
- On the widths and binding energies of nuclear states and the role of multi-nucleon interactions
- -Nuclear Deeply Bound States?