Quadrupole Effects in ${}^{7}{Li}$ and ${}^{9}{Be}$ Scattering and the Folding Model

2 March 1981

journal article
research article
Published by American Physical Society (APS) in Physical Review Letters

Vol. 46 (9) , 590-593
https://doi.org/10.1103/physrevlett.46.590

Abstract

The inclusion of the quadrupole moment of

{}^{7}{Li}

and

{}^{9}{Be}

in coupled-channels calculations removes the need to renormalize the real double-folded potential, obtained from an effective nucleon-nucleon interaction, for

{}^{7}{Li}

{}^{54}{Fe}

{}^{40}{Ca}

and

{}^{9}{Be}

{}^{40}{Ca}

elastic scattering.

Keywords

This publication has 19 references indexed in Scilit:

Double-folding model potentials for ${}^{6}{Li}$ elastic scattering at 99 MeV
Physical Review C, 1980
Elastic and inelastic scattering ofLi6at about 74 MeV and the folding model
Physical Review C, 1980
Double folding model analysis of 7Li scattering
Nuclear Physics A, 1980
Folding model analysis of 10, 11B, 12C + 27Al, 39K and 40Ca
Nuclear Physics A, 1980
A comparative study of the scattering of light heavy ions using a folding model
Nuclear Physics A, 1979
Folding model potentials from realistic interactions for heavy-ion scattering
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The optical potential for 9Be scattering: Another anomaly
Physics Letters B, 1979
6Li scattering: A failure of the double-folded potential model
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Nuclear Physics A, 1977
Magnetization distribution of the 7Li nucleus as obtained from electron scattering through 180°. The electric quadrupole moment of 7Li
Nuclear Physics A, 1971

Quadrupole Effects inLi7andBe9Scattering and the Folding Model

Abstract

Keywords

Quadrupole Effects in ${}^{7}{Li}$ and ${}^{9}{Be}$ Scattering and the Folding Model