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T he development of advanced nuclear systems needs reliable and accurate simulation codes. Significant necessity are benchmarks of Monte Carlo simulation programs (e.g. MCNPX), which are important for studies of neutron production, transport and transmutatio n of radioactive materials by produced neutrons. Experiments with various setups consisting of lead, natural uranium and graphite irradiated by relativistic protons and deuterons are used for such purposes at JINR Dubna. Experiments with new setup called „ Buran“ should start soon. Preliminary calculations (in MCNPX code) of proton and deuteron beam transport through this setup and neutron production and fluxes in different places of such setup have been made. Representative results are shown and discussed

Future usage of quasi-infinite depleted uranium target (BURAN) for benchmark studies