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1996•Physical Review CRequires access

Evidence for a weaker isovector potential

ROLAND NOJAROV

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Abstract

Estimates for a weaker isovector potential than previously adopted are put forward. It is also strongly mass and energy dependent. The resulting isovector particle-hole interaction is weaker in lighter nuclei and the isovector quadrupole resonance should be located at lower energy than previously expected. The uncertainties arising from the separation of the potential asymmetry energy in nuclear matter calculations are discussed. \textcopyright{} 1996 The American Physical Society.

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What this paper is about

Estimates for a weaker isovector potential than previously adopted are put forward. It is also strongly mass and energy dependent. The resulting isovector particle-hole interaction is weaker in lighter nuclei and the isovector quadrupole resonance should be located at lower energy than previously expected. The uncertainties arising from the separation of the potential asymmetry energy in nuclear matter calculations are discussed. \textcopyright{} 1996 The American Physical Society.

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Available abstract

Estimates for a weaker isovector potential than previously adopted are put forward. It is also strongly mass and energy dependent. The resulting isovector particle-hole interaction is weaker in lighter nuclei and the isovector quadrupole resonance should be located at lower energy than previously expected. The uncertainties arising from the separation of the potential asymmetry energy in nuclear matter calculations are discussed. \textcopyright{} 1996 The American Physical Society.

Key concepts: Isovector, Physics, Asymmetry, Nuclear physics, Quadrupole, Resonance (particle physics), Nuclear matter, Energy (signal processing)

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