Realistic force calculations show the N=34 subshell gap strengthens while the N=32 gap weakens below calcium, and predict oblate-deformed ground states in N=32 isotones near the drip line.
N= 32isotones.Since theN= 32 subshell effect is weak forZ <20, it is worthwhile to discuss the structural char- acteristics of these isotones adjacent to theN= 34 magic number
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Evolution of shell structure at $\mathbf{N=32}$ and 34: Insights from realistic nuclear forces
Realistic force calculations show the N=34 subshell gap strengthens while the N=32 gap weakens below calcium, and predict oblate-deformed ground states in N=32 isotones near the drip line.