Abstract
The calculated binding energies and r.m.s. radii are given for the ground states of the three and four-nucleon systems for nine assumed central potentials. Two of the potentials have hard cores and six have velocity-dependent terms. The results are grouped according to the S-state phase shifts produced by the potentials in the two-body system. The properties of the three and four-nucleon systems are correlated very sensitively with the S-state phase shifts for laboratory energies below 100 MeV and are independent of the type of potential involved.
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