Exclusive measurements of nuclear breakup reactions of 17Ne

Authors :: Wamers F.
Marganiec J.
Aksouh F.
Aksyutina Yu.
Álvarez-Pol H.
Aumann T.
Beceiro-Novo S.
Bertulani C.A.
Boretzky K.
Borge M.J.G.
Chartier M.
Chatillon A.
Chulkov L.V.
Cortina-Gil D.
Egorova I.A.
Emling H.
Ershova O.
Forssén C.
Fraile L.M.
Fynbo H.
Galaviz D.
Geissel H.
Grigorenko L.V.
Heil M.
Hoffmann D.H.H.
Hoffmann J.
Johansson H.
Jonson B.
Karagiannis C.
Karakoç M.
Kiselev O.A.
Kratz J.V.
Kulessa R.
Kurz N.
Langer C.
Lantz M.
Larsson K.
Bleis T. Le
Lemmon R.
Litvinov Yu.A.
Mahata K.
Müntz C.
Nilsson T.
Nociforo C.
Nyman G.
Ott W.
Panin V.
Parfenova Yu.L.
Paschalis S.
Perea A.
Plag R.
Reifarth R.
Richter A.
Rodriguez-Tajes C.
Rossi D.
Riisager K.
Savran D.
Schrieder G.
Shul’gina N.B.
Simon H.
Stroth J.
Sümmerer K.
Taylor J.
Tengblad O.
Tengborn E.
Weick H.
Wimmer C.
Zhukov M.V.
Source :: EPJ Web of Conferences, Vol 66, p 03094 (2014)
Publication Year :: 2014
Publisher :: EDP Sciences, 2014.
Abstract: We have studied one-proton-removal reactions of about 500MeV/u 17Ne beams on a carbon target at the R3B/LAND setup at GSI by detecting beam-like 15O-p and determining their relative-energy distribution. We exclusively selected the removal of a 17Ne halo proton, and the Glauber-model analysis of the 16F momentum distribution resulted in an s2 contribution in the 17Ne ground state of about 40%.

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