Biology
Scientific paper
Dec 1993
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1993stin...9417255c&link_type=abstract
Annual Progress Report, 1 Dec. 1992 - 1 Jun. 1993 Christopher Newport Coll., Newport News, VA. Dept. of Biology, Chemistry and E
Biology
Extraterrestrial Radiation, Green'S Functions, Heavy Ions, Isotopes, Mathematical Models, Radiation Shielding, Transport Theory, Boundary Conditions, Computer Programs, Formalism, Iron
Scientific paper
This Progress Report covering the period of 1 June 1993 to 1 Dec. 1993 presents the development of an analytical solution to the heavy ion transport equation in terms of a one-layer Green's function formalism. The mathematical developments are recasted into an efficient computer code for space applications. The efficiency of this algorithm is accomplished by a nonperturbative technique of extending the Green's function over the solution domain. The code may also be applied to accelerator boundary conditions to allow code validation in laboratory experiments. Results from the isotopic version of the code with 80 isotopes present for a single layer target material, for the case of an Iron beam projectile at 600 MeV/nucleon in water is presented.
Badavi Francis F.
Chang Ken C.
Tripathi Ram K.
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