The $^4$He$(e,e'p)$ Cross Section at Large Missing Energy

2); (2) Vrije Universiteit Amsterdam; (3) University of Wisconsin; (4) Jefferson Lab; (5) CEN Saclay); A.R. Pellegrino(1; C.J.G. Onderwater(1; C.M. Spaltro(1; E. Jans(1); G.E. Dodge(1

arxiv: nucl-ex/9709007 · v1 · pith:4VTCEUDInew · submitted 1997-09-30 · ⚛️ nucl-ex

The ⁴He(e,e'p) Cross Section at Large Missing Energy

J. J. van Leeuwe(1) , H.P. Blok(1 , 2) , J.F.J. van den Brand(3) , H.J. Bulten(3) , G.E. Dodge(1 , R. Ent(4) , W.H.A. Hesselink(1

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E. Jans(1) W. J. Kasdorp(1) J.M. Laget(5) L. Lapik\'as(1) C.J.G. Onderwater(1 A.R. Pellegrino(1 C.M. Spaltro(1 J. J. M. Steijger(1) J.A. Templon(1 O. Unal(3) ((1) NIKHEF (2) Vrije Universiteit Amsterdam (3) University of Wisconsin (4) Jefferson Lab (5) CEN Saclay)

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The $(e,e'p)$ reaction on $^{4}{He}$ nuclei was studied in kinematics designed to emphasize effects of nuclear short-range correlations. The measured cross sections display a peak in the kinematical regions where two-nucleon processes are expected to dominate. Theoretical models incorporating short-range correlation effects agree reasonably with the data.

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The ⁴He(e,e'p) Cross Section at Large Missing Energy

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