학술논문
Exclusive measurements of nuclear breakup reactions of 17Ne
Document Type
article
Author
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)
Subject
Language
English
ISSN
2100-014X
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%.