Accession Number : AD0777088
Title : Adjoint Monte Carlo Generation of Radiation Response Functions for Complex Missiles.
Descriptive Note : Final rept. 1 Jan 71-31 Aug 72,
Corporate Author : SCIENCE APPLICATIONS INC LA JOLLA CALIF
Personal Author(s) : Scott,William H. , Jr. ; Lonergan,James A. ; Woolson,William A.
Report Date : 05 FEB 1974
Pagination or Media Count : 72
Abstract : An adjoint Monte Carlo calculation technique for the generation of neutron and gamma-ray radiation response functions in complex, three-dimensional geometries is presented in both general terms to allow an understanding of the method, and with enough calculational detail to apply the technique. The radiation response functions can be folded with any angle-dependent neutron and gamma-ray free field source and any neutron and gamma-ray response. Thus, missile vulnerability can be determined for any damage mechanism which can be expressed as damage per incident neutron or gamma-ray energy for any incident energy-angle dependent source. The MORSE multigroup, coupled neutron-gamma-ray Monte Carlo code was used to perform adjoint transport in current missile systems which were modeled with the combinatorial geometry package. (Modified author abstract)
Descriptors : *Guided missiles, *Vulnerability, *Gamma rays, *Neutrons, *Radiation effects, Shielding, Radiative transfer, Computer programming, Probability density functions, Boltzmann equation
Subject Categories : Guided Missiles
Distribution Statement : APPROVED FOR PUBLIC RELEASE