Abstract
One of the most important highlights is reported progress in High Energy Transport (HET) code development. Particularly, we have noticed progress in following codes: Hermes code system - D. Filges, R.-D. Neef, H. Schaal and G. Sterzenbach, “The HERMES Monte Carlo Program Systems a Versatile Tool for Spallation Physics and Detectors” Fluka code - A. Fasso, A. Ferrari, J. Ranft and P. Sala, “FLUKA: Status and Perspectives for Hadronic Applications” MCNPX code - H.G. Hughes, “Status of the MCNPX Transport Code” Mars code system - N. Mokhov and O. Krivosheev, “MARS Code Status” NMTC/JAERI code - H. Takada, S. Meigo and K. Niita, “Present Status of Nucleon-Meson Transport Code NMTC/JAERI. GEANT 4 platform - M. Asai, “Generic Design of Physics Processes in Geant 4” EA-MC code, coupling HET physics of Fluka with new low-energy M-C transport routines including burn-up possibilities - Y. Kadi, “The EA-MC Monte Carlo Code Package - A New Approach to the Design of Accelerator-Driven Systems” and MCNP code widely used in coupling with HET for neutron-gamma-electron transport at energies below 20 MeV - E.C. Selcow, G.W. McKinney, “MCNP Capabilities at the Dawn of the 21st Century: Neutron-gamma Applications”.
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