Overview

The development of an interaction data base and a numerical solution to the transport of baryons through an arbitrary shield material based on a straight ahead approximation of the Boltzmann equation are described. The code is most accurate for continuous energy boundary values, but gives reasonable results for discrete spectra at the boundary using even a relatively coarse energy grid (30 points) and large spatial increments (1 cm in H2O). The resulting computer code is self-contained, efficient and ready to use. The code requires only a very small fraction of the computer resources required for Monte Carlo codes. Wilson, John W. and Townsend, Lawrence W. and Nealy, John E. and Chun, Sang Y. and Hong, B. S. and Buck, Warren W. and Lamkin, S. L. and Ganapol, Barry D. and Khan, Ferdous and Cucinotta, Francis A. Langley Research Center...

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9781722290078

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