Suppression, persistence and reentrance of superfluidity in overflowing nuclear systems
arXiv:1203.2134 · doi:10.1103/PhysRevC.86.065801
Abstract
Based on a microscopic description of superfluidity in overflowing nuclear systems, it is shown that continuum coupling plays an important role in the suppression, the persistence and the reentrance of pairing. In such systems, the structure of the drip-line nucleus determines the suppression and the persistence of superfluidity. The reentrance of pairing with increasing temperature leads to additional critical temperatures between the normal and superfluid phases.
References in corpus (4)
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Cited by in corpus (16)
- Superfluidity in nuclear systems and neutron stars
- Anomalous magnetic moment of hot quarks, inverse magnetic catalysis and reentrance of chiral symmetry broken phase
- Superfluidity and Superconductivity in Neutron Stars
- Pairing in exotic neutron rich nuclei around the drip line and in the crust of neutron stars
- Pairing phase transition: A Finite-Temperature Relativistic Hartree-Fock-Bogoliubov study
- Pairing and specific heat in hot nuclei
- Empirical constraints on the high-density equation of state from multi-messenger observables
- Constraints on high density equation of state from maximum neutron star mass
- Effect of temperature on the effective mass and the neutron skin of nuclei
- Clustering in nuclei at finite temperature
- Finite temperature pairing re-entrance in drip-line Ni nucleus
- Pairing properties and specific heat of the inner crust of a neutron star
- Effect of the crust on neutron star empirical relations
- Heat capacity of low density neutron matter: from quantum to classical regimes
- Pairing correlations of cold fermionic gases at overflow from a narrow to a wide harmonic trap
- Effects of Finite Temperature and Pairing Correlations in Multi- Hypernuclei