NUSTAR, Super-FRS, Fixed Target Physics and In-ring Experiments
NUSTAR, Super-FRS, Fixed Target Physics and In-ring Experiments
NUSTAR, Super-FRS, Fixed Target Physics and In-ring Experiments
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QFS with Exotic Nuclei: 17 Ne(p,2p) 15 O+pThe two-proton Halo (?) nucleus 17 NeNucleus of interestqAExcited FragmentA-1Evaporationp,n,d,t,...Bound Proton2Recoil qPhoton(s)Scattered Protons:0Free <strong>Target</strong> Proton1• opposite angles• opening angle 90°<strong>In</strong>ternal MomentumSeparation Energyq pA 1 p1 p2p0ES T1T2TA1T0Pilot experiments with 12 C, 17 Ne <strong>and</strong> Ni isotopesalready performed at the LAND-R3B setup areunder analysis …Angular Correlations measured with Si-stripdetectors for17Ne(p,2p) 15 O+pD~180°, D~83° (sim. as for free pp scatte<strong>ring</strong>)H. Simon ● Crossing bounds: From exotic nucl. sys. to FAIR 42/90
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