This book focuses on the modern nuclear models and computer codes used in nuclear model calculations of nuclear data required for nuclear technology and nuclear safety applications.
The role of nuclear reaction theory and data in nuclear energy and safety applications, J.J. Schmidt; nuclear reactions, S.M. Grimes; theory of neutron resonance cross sections for safety applications, F.H. Frohner; recent progress in nuclear reaction theory and models, M. Herman and G. Reffo; statistical multi-step direct and statistical multi-step compound models for calculation of nuclear data for applications, D. Seeliger; safety-related aspects of nuclear fission, A. Michaudon; the computer code SCAT2, O. Bersillon; ABAREX - a neutron spherical optical-statistical model code, R.D. Lawson; recent progress and current status of pre-equilibrium reaction theories and computer code ALICE, M. Blann; statistical multistep reactions, H. Kalka; comprehensive nuclear model calculations - introduction to the theory and use of the GNASH code, P.G. Young, et al; neutron cross-section calculations using optical, statistical and pre-equilibrium models, V.A. Konshin; review of uncertainties in the results of nuclear model calculations, D.W. Muir; review of nuclear model codes comparison exercises, E. Sartori; nuclear model codes and related software, E. Sartori.
