Forzia Ibrahim

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M. Stanoiu, F. Azaiez, Zs. Dombrádi, O. Sorlin, B. A. Brown, M. Belleguic, D. Sohler, M. G. Saint Laurent, M. J. Lopez-Jimenez, Y. E. Penionzhkevich, G. Sletten, N. L. Achouri, J. C. Angélique, F. Becker, C. Borcea, C. Bourgeois, A. Bracco, J. M. Daugas, Z. Dlouhý, C. Donzaud, J. Duprat, Zs. Fülöp, D. Guillemaud-Mueller, S. Grévy, F. Ibrahim, A. Kerek, A.(More)
M. Stanoiu,1,2,3 D. Sohler,4 O. Sorlin,2 F. Azaiez,1 Zs. Dombrádi,4 B. A. Brown,5 M. Belleguic,1 C. Borcea,3 C. Bourgeois,1 Z. Dlouhy,6 Z. Elekes,4 Zs. Fülöp,4 S. Grévy,2 D. Guillemaud-Mueller,1 F. Ibrahim,1 A. Kerek,7 A. Krasznahorkay,4 M. Lewitowicz,2 S. M. Lukyanov,8 S. Mandal,9 J. Mrázek,6 F. Negoita,3 Yu.-E. Penionzhkevich,8 Zs. Podolyák,10 P.(More)
Z. M. Wang,1,* R. Chapman,1 X. Liang,1 F. Haas,2 M. Bouhelal,2 F. Azaiez,3 B. R. Behera,4 M. Burns,1 E. Caurier,2 L. Corradi,4 D. Curien,2 A. N. Deacon,5 Zs. Dombrádi,6 E. Farnea,7 E. Fioretto,4 A. Gadea,4 A. Hodsdon,1 F. Ibrahim,3 A. Jungclaus,8 K. Keyes,1 V. Kumar,1 A. Latina,4 N. Mărginean,4,9 G. Montagnoli,7 D. R. Napoli,4 F. Nowacki,2 J. Ollier,1,10 D.(More)
A PARRNe 1 experiment (Production d’Atomes Radioactifs Riches en Neutrons) aimed at the production of neutron-rich radioactive noble gases produced by photofission has been performed at CERN. The LEP Pre-Injector (LPI) has been used to deliver a 50 MeV electron beam. The results obtained show clearly that the use of an electron beam to produce neutron-rich(More)
The Production of neutron-rich radioactive nuclei through fission is currently prime of research interest for the future radioactive beam facilities. For example in the EURISOL[1] project, photo-fission and fast neutron induced fission are proposed. The photo-fission cross-section for U is about 0.16 barn (against 1.6 barn for fast neutrons of 40 MeV) but(More)
R. Chapman,1,* Z. M. Wang,1 M. Bouhelal,2 F. Haas,3 X. Liang,1 F. Azaiez,4 B. R. Behera,5 M. Burns,1 E. Caurier,3 L. Corradi,5 D. Curien,3 A. N. Deacon,6 Zs. Dombrádi,7 E. Farnea,8 E. Fioretto,5 A. Gadea,5 A. Hodsdon,1 F. Ibrahim,4 A. Jungclaus,9 K. Keyes,1 V. Kumar,1 S. Lunardi,8 N. Mărginean,5,10 G. Montagnoli,8 D. R. Napoli,5 F. Nowacki,3 J. Ollier,1,11(More)
M. Sawicka, R. Grzywacz, I. Matea, H. Grawe, M. Pfützner, J. M. Daugas, M. Lewitowicz, D. L. Balabanski, F. Becker, G. Bélier, C. Bingham, C. Borcea, E. Bouchez, A. Buta, M. La Commara, E. Dragulescu, G. de France, G. Georgiev, J. Giovinazzo, M. Górska, F. Hammache, M. Hass, M. Hellström, F. Ibrahim, Z. Janas, H. Mach, P. Mayet, V. Méot, F. Negoita, G.(More)
The ALTO facility at IPN Orsay is based on a linear electron accelerator (50 MeV, 10μA) dedicated to the production of neutron rich radiactive beams by photofission of a thick uranium carbide target paced on an ISOL line. The construction of the facility has ended in december 2005 and the first on-line tests have been carried out in mid-2006. The production(More)
Yields of neutron-rich isotopes produced by fast neutron induced fission of U were measured at the ISOL set-up Production d Atomes Radioactifs Riches en Neutrons. A surface ion source was used to ionize selectively elements with low ionization potentials. In order to observe also the most n-rich isotopes, the identification was achieved by a combined(More)
In the framework of the PARRNe program (Production d Atomes Radioactifs Riches en Neutrons) of IPN Orsay, various techniques are currently used to characterize the release properties of elements of interest from a UCX target. On-line studies have been carried out with two plasma ion sources: a Nier–Bernas and a hot plasma ISOLDE-type (the ISOLDE(More)