Four-body Calculation of the 0+ - 1+ Binding Energy Difference in the a = 4 Hypernuclei
198813 pages
Published in:
- Phys.Rev.C 37 (1988) 679-691
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Abstract: (APS)
The coupled, two-variable integral equations that determine the HeΛ4 and HΛ4 ground and first excited states, when the NN and ΛN-ΣN interactions are represented by separable potentials, are solved numerically. We find the spin-isospin suppression of the Λ-Σ conversion due to the composite nature of the He3, H3 nuclear cores to be a significant factor in understanding the 0+−1+ binding energy difference.- LAMBDA: HYPERNUCLEUS
- TRITIUM: HYPERNUCLEUS
- HELIUM: HYPERNUCLEUS
- HELIUM: NUCLIDE
- MANY-BODY PROBLEM: FOUR-BODY PROBLEM
- MODEL: SEPARABLE POTENTIAL
- NUCLEON NUCLEON: INTERACTION
- INTERACTION: NUCLEON NUCLEON
- NUCLEON HYPERON: INTERACTION
- INTERACTION: NUCLEON HYPERON
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