UNC-SAM-2: A FORTRAN MONTE CARLO PROGRAM TREATING TIME-DEPENDENT NEUTRON AND PHOTON TRANSPORT THROUGH MATTER
Final technical rept.
UNITED NUCLEAR CORP ELMSFORD NY RESEARCH AND ENGINEERING CENTER
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UNC-SAM-2, the second United Nuclear Corporation Stochastic Approximation Method, is a code system in the FORTRAN language for evaluating the time dependence of the transport of neutrons or photons through matter using Monte Carlo techniques see also AD-605 458. This program represents the latest result of a continuing effort to develop Monte Carlo programs which will handle complex geometrical configurations with improved versatility and speed.
- Computer Programming and Software
- Fission Reactor Physics
- Nuclear Physics and Elementary Particle Physics