Evidence for Short--Range Correlations in 16O
- STARINK R
- VAN BATENBURG M. F
- CISBANI E
- DICKHOFF W. H
- FRULLANI S
- GARIBALDI F
- GROEP D. L
- HEIMBERG P
- HESSELINK W. H. A
- JODICE M
- JANS E
- LAPIKAS L
- DE LEO R
- ONDERWATER C. J. G
- PERRINO R
- RYCKEBUSCH J
- STEENBAKKERS M. F. M
- TEMPLON J. A
- URCIUOLI G. M
- WEINSTEIN L. W.
- GIUSTI, CARLOTTA
- PACATI, FRANCODAVIDE
DOIAbstract
The reaction 16O(e,e′pp)14C has been investigated at three values of the transferred energy ω. The differential cross sections were determined as a function of the missing energy and the missing momentum. Evidence for short-range correlations in 16O has been obtained from the transition to the ground state of 14C. The cross sections for this transition are well reproduced by two independent parameter-free microscopic calculations. The results of both calculations show that the reaction is dominated by knockout of a proton pair in a 1S0 state, driven by short-range-correlation
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