VIM-1: A NON-MULTIGROUP MONTE CARLO CODE FOR ANALYSIS OF FAST CRITICAL ASSEMBLIES.
TL;DRAbstract
fissile units are allowed with or without external reflector regions. Output from KENO consists of keff for the system plus an estimate of its standard deviation and the leakage, absorption, and fissions for each energy group plus the totals for all groups. Flux as a function of energy group and region and fission densities as a function of region are optional output.IBM360;CDC6600; FORTRAN IV and Assembly language (IBM360), FTN FORTRAN with COMPASS subroutine (CDC6600); OS/360 (IBM360) and SCOPE 3.3 (CDC6600); The CDC6600 program requires 64K words of fast core, a disk facility or one or more tape units. The IBM360 version of KENO2 requires approximately 64K words of fast core, a disk facility or one or more tape units. The IBM360 version of KENO4 requires 1 to 6 scratch units besides the standard input/output units and a minimum of about 200K core.
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fissile units are allowed with or without external reflector regions. Output from KENO consists of keff for the system plus an estimate of its standard deviation and the leakage, absorption, and fissions for each energy group plus the totals for all groups. Flux as a function of energy group and region and fission densities as a function of region are optional output.IBM360;CDC6600; FORTRAN IV and Assembly language (IBM360), FTN FORTRAN with COMPASS subroutine (CDC6600); OS/360 (IBM360) and SCOPE 3.3 (CDC6600); The CDC6600 program requires 64K words of fast core, a disk facility or one or more tape units. The IBM360 version of KENO2 requires approximately 64K words of fast core, a disk facility or one or more tape units. The IBM360 version of KENO4 requires 1 to 6 scratch units besides the standard input/output units and a minimum of about 200K core.
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