SAMCEP: An Application of Correlated Monte Carlo to the Simultaneous Solution of Multiple, Perturbed, Time-Dependent Neutron Transport Problems in Complex Three-Dimensional Geometry.
Abstract
SAMCEP is a system of U.S.A.-Standard FORTRAN programs for the solution by Monte Carlo of several correlated neutron transport problems in complex three-dimensional geometries. Up to 10 correlated problems, involving up to 100 perturbations, of composition, neutron cross sections, angular or energy distributions, and/or source spectra, can be run simultaneously. Individual problem fluxes or doses (region-, energy-, and (on option) time-dependent), as well as the differences between those of any or all pairs of problems, are available. SAMCEP retains essentially all the features of its predecessor code, SAMCE, including the use of basic neutron data in the latest ENDF/B format. (Author)
Document Details
- Document Type
- Technical Report
- Publication Date
- Jan 01, 1972
- Accession Number
- AD0738175
Entities
People
- David Spielberg
- Eugene S. Troubetzkoy
- Herbert Steinberg
- Malvin Kalos
- Shirley Hui
Organizations
- Mathematical Applications Group