Strange hadronic matter
Strange hadronic matter
In an extended mean field theory, there is found a large class of bound multi-strange objects, formed from combinations of (p,n,[Lambda] [Xi][sup 0] [Xi][sup [minus]], baryons, which are stable against strong decay. A maximal binding energy per baryon of E[sub B]/A [approx] [minus]21 MeV, strangeness per baryon of [integral][sub s] [approx] 1--1.2, charge per baryon of [integral][sub q] [approx] [minus]-0.1 to 0.1, and baryon density of 2.5--3 times that of ordinary nuclei are predicted. For A [ge] 6, stable combinations involving only ([Lambda],[Xi][sup 0],[Xi]) hyperons are obtained.
- University of North Texas United States
- University of Mary United States
Binding Energy, Data, Energy, Matter, 73 Nuclear Physics And Radiation Physics, Strangeness, Hyperons, Mean-Field Theory, Hadrons, Strange Particles 663110* -- General & Average Properties Of Nuclei & Nuclear Energy Levels-- (1992-), Nuclei, Numerical Data, Information, Hypernuclei, Baryons, Bound State, Nuclear Matter, Nuclear Fragments, Particle Properties, Fermions, Elementary Particles, Theoretical Data, Nucleons
Binding Energy, Data, Energy, Matter, 73 Nuclear Physics And Radiation Physics, Strangeness, Hyperons, Mean-Field Theory, Hadrons, Strange Particles 663110* -- General & Average Properties Of Nuclei & Nuclear Energy Levels-- (1992-), Nuclei, Numerical Data, Information, Hypernuclei, Baryons, Bound State, Nuclear Matter, Nuclear Fragments, Particle Properties, Fermions, Elementary Particles, Theoretical Data, Nucleons
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