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Nuclear structure of $^{76}\mathrm{Ni}$ from the ($p,2p$) reaction

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Figure

Figure 2. Particle identification of the incoming cocktail beam in coincidence with outgoing 76 Ni ions tagged in the  ZeroDe-gree spectrometer and protons detected in the MINOS device.
Figure 3. Doppler corrected γ ray spectra of 76 Ni using ver- ver-tex reconstruction (requiring only a single proton in the TPC) and add back procedure (upper panel: singles, middle panel:
Table I. Occupation numbers of proton orbits for the lowest three theoretical states (E th ) and for the strongest proton hole states from our shell model calculations
Figure 4. Partial level and decay scheme of 76 Ni showing the two known, lowest-lying transitions with energies of 930 keV and 990 keV

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