Abstract
The ground state configuration of C 14 and N 14 have been determined using a zero-range force. Two models have been used, one with O 16 as the core and the other with C 12 as the core. For the sake of simplicity, C 12 is treated as a closed shell of 1 p 3 2 nucleons, and 1 d 2 5 2 and 2 s 2 1 2 configurations are mixed into the ground states of C 14 and N 14 with a spin-dependent zero-range potential. It is suggested that a realistic model would be one wherein an intermediate coupling configuration mixing calculation is made. This is necessary in order to explain the stripping and pick-up data on mass 14 nuclei.
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