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The latest, production, version of the Los Alamos Monte Carlo N-Particletransport code MCNP6 has been used to simulate a variety of particle-nucleusand nucleus-nucleus reactions of academic and applied interest to the Facilityfor Rare Isotope Beams (FRIB), medical isotope production, space-radiationshielding, cosmic-ray propagation, and accelerator applications, includingseveral reactions induced by radioactive isotopes, analyzing production of bothstable and radioactive residual nuclei. Here, we discuss examples of validationand verification of MCNP6 compared to recent neutron spectra measured at theHeavy Ion Medical Accelerator in Chiba, Japan; to spectra of light fragmentsfrom several reactions measured recently at GANIL, France; INFN LaboratoriNazionali del Sud, Catania, Italy; COSY of the Julich Research Center, Germany;and to cross sections of products from several reactions measured lately atGSI, Darmstadt, Germany; ITEP, Moscow, Russia; LANSCE, LANL, Los Alamos, USA.As a rule, MCNP6 provides quite good predictions for most of the reactions weanalyzed so far, allowing us to conclude that it can be used as a reliable anduseful simulation tool for FRIB, medical, and space applications involvingstable and radioactive isotopes.

MCNP6 Simulation of Reactions of Interest to FRIB, Medical, and Space Applications