par Dionisio, J.S. J.S.;Vieu, Ch;Gueorguieva, E.;Kaci, Mohammed;Kharraja, E.B. E.B.;Porquet, M. G.;Schück, Carsten;Lagrange, J.M. J.M.;Pautrat, Michèle;Phillips, W.R. W.R.;Durellc, J.L. J.L.;Dagnall, P.O. P.O.;Doming, S.J. S.J.;Jones, M.A. M.A.;Smith, A.G. A.G.;Varley, B.J. B.J.;Bacelar, Jose C S;Urban, Waldemar;Rzaca-Urban, Teresa;Minkova, Ani;Venkova, Th;Folger, Helmut;Vanhorenbeeck, Jean ;Passoja, A.
Référence Nuclear instruments & methods in physics research. Section A, Accelerators, spectrometers, detectors and associated equipment, 437, 2-3, page (282-334)
Publication Publié, 1999-11
Référence Nuclear instruments & methods in physics research. Section A, Accelerators, spectrometers, detectors and associated equipment, 437, 2-3, page (282-334)
Publication Publié, 1999-11
Article révisé par les pairs
Résumé : | A brief introductory survey of γ-ray detector arrays and in-beam electron spectrometers developed during the last three lustra is followed by a broad discussion of the general requirements for single and multiple in-beam e-γ spectrometers. A detailed analysis is made of a few important tools for reducing the low-energy electron background (i.e. simultaneous E-Bp selection, true and random coincidence rates, EM static fields around the target region). This survey and discussion are illustrated by the results of several in-beam e-γ measurements dealing with nuclear spectroscopic investigations of a few medium and heavy nuclei. © 1999 Elsevier Science B.V. All rights reserved. |