These proceedings have been organized into a self-consistent form with the objective of giving basic, up-dated information to scientists and engineers from developing countries in modern methods for the computation and analysis of nuclear reactors.

IAEA nuclear data services, S. Ganesan
the role of applied nuclear physics in nuclear energy, J.J. Schmidt
lattice cell calculations, slowing down theory, research reactor calculations - the WIMS computer code, T. Kulikowska
evaluated nuclear data processing and nuclear reactor calculations, A. Trkov
TRIGA computer package, I. Mele
principles and physical models of research reactor calculations, M. Ravnik
basic thermal reactor physics and safety, S. Levine
nuclear research reactors - status and prospects, K.M. Akhtar
status of and perspectives for advanced nuclear power reactors and the role of the IAEA, J. Kupitz
basic methodologies for risk analysis, A. Gandini
basic principles for reactor safety, M. Cumo
thermal neutron distribution in temperature gradients, V. Molinari and D. Mostacci
processing of nuclear data - demonstrations, G.C. Panini
fast reactors, P. Finck
request for computer programs, E. Sartori. (Part contents).