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[en] This lecture notes describe new features of the modular code EMPIRE-2.17 designed to perform comprehensive calculations of nuclear reactions using variety of nuclear reaction models. Compared to the version 2.13, the current release has been extended by including Coupled-Channel mechanism, exciton model, Monte Carlo approach to preequilibrium emission, use of microscopic level densities, widths fluctuation correction, detailed calculation of the recoil spectra, and powerful plotting capabilities provided by the ZVView package. The second part of this lecture concentrates on the use of the code in practical calculations, with emphasis on the aspects relevant to nuclear data evaluation. In particular, adjusting model parameters is discussed in details. (author)
Source
Herman, M.; Stanculescu, A. (International Atomic Energy Agency, Vienna (Austria)); Paver, N. (University of Trieste and INFN, Trieste (Italy)) (eds.); Abdus Salam International Centre for Theoretical Physics, Trieste (Italy); 493 p; ISBN 92-95003-17-9; 
; Jun 2003; 55 p; Workshop on hybrid nuclear systems for energy production, utilisation of actinides and transmutation of long-lived radioactive waste; Trieste (Italy); 10-21 Sep 2001; workshop on nuclear nuclear systems for energy production data for science and technology: Accelerator driven waste incineration; Trieste (Italy); 10-21 Sep 2001; LNS--0212006; Also available online: http://www.ictp.it; 30 refs, 9 figs
; Jun 2003; 55 p; Workshop on hybrid nuclear systems for energy production, utilisation of actinides and transmutation of long-lived radioactive waste; Trieste (Italy); 10-21 Sep 2001; workshop on nuclear nuclear systems for energy production data for science and technology: Accelerator driven waste incineration; Trieste (Italy); 10-21 Sep 2001; LNS--0212006; Also available online: http://www.ictp.it; 30 refs, 9 figs