STUDY OF THE 20O(d,t) REACTION WITH THE TIARA-MUST2-VAMOS-EXOGAM SETUP

• DOI: 10.1142/s0218301309014287
• Publication Date: 2009-12-11T02:39:52Z
• Authors: A. RAMUS; N. L. ACHOURI; H. AL FALOU; N. I. ASHWOOD; D. BEAUMEL; Y. BLUMENFELD; S. M. BROWN; W. N. CATFORD; R. CHAPMAN; M. CHARTIER; N. CURTIS; F. DELAUNAY; B. FERNÁNDEZ-DOMÍ...; C. FORCE; G. DE FRANCE; S. FRANCHOO; J. GUILLOT; D. GUPTA; P. HAIGH; F. HAMMACHE; M. LABICHE; V. LAPOUX; R. C. LEMMON; F. MARÉCHAL; B. MARTIN; X. MOUGEOT; B. MOUGINOT; L. NALPAS; A. NAVIN; N. A. ORR; N. PATTERSON; B. PIETRAS; E. C. POLLACCO; A. LE PRINCE; M. REJMUND; J. A. SCARPACI; N. DE SÉRÉVILLE; I. STEFAN; O. SORLIN; J. S. THOMAS; G. L. WILSON
• Keywords: Font

The reaction 20 O ( d , t ) has been studied in inverse kinematics using a secondary radioactive beam produced with the SPIRAL facility at GANIL. Fragments, light charged particles and gamma rays were measured TIARA, MUST2, VAMOS EXOGAM detectors preliminary results are reported. level scheme of 19 is built spin parity one state tentatively assigned one-neutron transfer angular distribution.