作者: AI Akhiezer , AA Isaev , SV Peletminskii , AP Rekalo , AA Yatsenko
DOI: 10.1134/1.558307
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摘要: We use Landau’s concept of a Fermi liquid to study the theory superfluidity symmetric nuclear matter. For nucleon-nucleon potential we take effective Skyrme interaction (the Ska, SkM, SkM*, and RATP potentials). The density-dependence transition temperature is studied for different superfluid phases show that phase in which there proton-nuclear pairing spin-triplet state realized at densities close saturation density. demonstrate transitions density from given with singlet-singlet or triplet-triplet nucleon are possible. T=0 energy gap quasiparticle spectrum established case unitary nonunitary spin states. Finally, establish accompanied by appearance magnetization, found as function matter