Effect of breathing excitations of the triton nucleus on the αt cluster structure of 7Li

Details Effect of breathing excitations of the triton nucleus on the αt cluster structure of 7Li Effect of breathing excitations of the triton nucleus on the αt cluster structure of 7Li

Feb 1984

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1984nupha.414..185t&link_type=abstract

Nuclear Physics A, Volume 414, Issue 2, p. 185-205.

Physics

Nuclear Physics

26

Scientific paper

The effect of breathing excitations of the triton nucleus on the αt cluster structure is studied by investigating electromagnetic properties of 7Li in terms of a microscopic αt cluster model. An admixture of the triton breathing states makes no remarkable change in the surface clustering of the bound spin-doublet states of 7Li. As far as practical problems, e.g. the radiative capture process with low momentum transfer and the αt scattering problem, are concerned, a standard resonating group wave function, without taking into account the breathing excitations of the triton, gives a substantially good approximation provided that the stability conditions are satisfied for both the constituent nuclei α and t.

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