Nuclear Fragmentation Reactions from Research to Applications
Nuclear Fragmentation Reactions from Research to Applications
Nuclear Fragmentation Reactions from Research to Applications
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Monte Carlo model for Accelera<strong>to</strong>r Driven<br />
Systems (MCADS) developed at FIAS<br />
Igor Pshenichnov, Igor Mishustin, Yury Malyshkin, Walter Greiner<br />
� Based on Geant4 <strong>to</strong>olkit<br />
(currently version 9.4 p01)<br />
� Includes secondary<br />
interactions of fast neutrons,<br />
pro<strong>to</strong>ns and fragments<br />
� Capability <strong>to</strong> visualize target<br />
volumes, his<strong>to</strong>ries of primary<br />
pro<strong>to</strong>ns and all secondary<br />
particles<br />
� Flexible scoring techniques <strong>to</strong><br />
calculate heat deposition and<br />
count outgoing particles<br />
600 MeV pro<strong>to</strong>n in uranium target,<br />
white: primary pro<strong>to</strong>n, green: neutrons,<br />
yellow: gammas
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