Computer Programs
CCC-0548 KENO5A-PC.
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CCC-0548 KENO5A-PC.

KENO5A-PC, Monte-Carlo Criticality with Supergrouping

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1. NAME OR DESIGNATION OF PROGRAM:  KENO5A-PC (Monte Carlo Criticality
Program with Supergrouping)
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2. COMPUTERS
To submit a request, click below on the link of the version you wish to order. Rules for end-users are available here.
Program name Package id Status Status date
KENO5A-PC CCC-0548/02 Tested 25-FEB-1993

Machines used:

Package ID Orig. computer Test computer
CCC-0548/02 PC-80386 PC-80386
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3. DESCRIPTION OF PROGRAM OR FUNCTION

This package has been designated KENO5A-PC Version 1.2 by the contributors. KENO5A-PC solves the three-dimensional Boltzmann transport equation for neutron multiplying systems. The primary purpose of KENO5A-PC is to  determine k-effective. Other calculated quantities include lifetime  and generation time, energy-dependent leakages, energy- and region-dependent absorptions, fissions, fluxes, and fission densities.
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4. METHOD OF SOLUTION:  KENO5-PC employs the Monte Carlo technique.
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5. RESTRICTIONS ON THE COMPLEXITY OF THE PROBLEM

The PC version has the same restrictions as the mainframe version of KENO5.
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6. TYPICAL RUNNING TIME

On IBM PC-AT class equipment, run times range from about an hour for simple unmoderated systems to 10-12 hours for complex moderated systems. These times are shortened by a factor of approximately 8 on IBM PS/2-class systems using extended memory.
CCC-0548/02
on a PC 396 running at 20 MHz under the MS/DOS4.01 operating system and a math coprocessor, the following times were noted:
1. JEZEBEL.KVA - standard unreflected critical sphere of plutonium       - took 2.4 minutes.
  2. CRIT132 - critical array of low enriched, water-moderated fuel
     rods - took 84.9 minutes.
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7. UNUSUAL FEATURES OF THE PROGRAM:
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8. RELATED AND AUXILIARY PROGRAMS:
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9. STATUS
Package ID Status date Status
CCC-0548/02 25-FEB-1993 Tested at NEADB
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10. REFERENCES:
CCC-0548/02, included references:
- INEL KENO5A/PC Notes
  Informal Notes (December 1, 1989).
- R. Tayloe:
  KENO486 Notes
  Informal Notes (May 1991).
- L.M. Petrie and N.F. Lansers:
  "KENO5A - An Improved Monte Carlo Criticality Program with
   Supergrouping" Volume 2, Section F11 from "SCALE - A Modular Code
  System for Performing Standardized Computer Analyses for Licensing
  Evaluation"
  NUREG/CR-0200 Rev. 2 (ORNL/NUREG/CSD-2/R2) (December 1984).
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11. MACHINE REQUIREMENTS

The minimum hardware configuration is an IBM  XT or compatible with a math coprocessor, 1 MB RAM, and a 20-Mb fixed disk. KENO5A-PC has successfully executed on all IBM PC and PS/2 equipment, a COMPAQ SLT 286, and an Alliant FX8. It has no intentional machine dependencies other than the time and date subroutines.
CCC-0548/02
This version requires a PC/80386 (with a 80387 co- processor) or PC 80486. At least 4 MB of extended memory is needed.
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12. PROGRAMMING LANGUAGE(S) USED
Package ID Computer language
CCC-0548/02 FORTRAN-77
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13. OPERATING SYSTEM UNDER WHICH PROGRAM IS EXECUTED:
CCC-0548/02
The Lahey/ Ergo OS/386 extended memory operating system version 2.1.06 are used under MS-DOS 4.01. Source code was compiled using the Lahey F77-EM/32 version 4.02 extended memory Fortran compiler.
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14. OTHER PROGRAMMING OR OPERATING INFORMATION OR RESTRICTIONS:
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15. NAME AND ESTABLISHMENT OF AUTHORS

Contributed by: Radiation Safety Information Computational Center
                Oak Ridge National Laboratory
                Oak Ridge, Tennessee, U. S. A.

Developed by:   EG&G Idaho, Inc.
                Idaho Falls, Idaho, USA
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16. MATERIAL AVAILABLE
CCC-0548/02
File name File description Records
CCC0548_02.001 Information file 206
CCC0548_02.002 File comp link bind AWLPDK MALPDK WGTPDK 49
CCC0548_02.003 batch file to compile KENO 21
CCC0548_02.004 batch file to link KENO 8
CCC0548_02.005 batch file to bind KENO 6
CCC0548_02.006 link response file 5
CCC0548_02.007 executable file 0
CCC0548_02.008 KENO5 Binary Albedo file 0
CCC0548_02.009 KENO5 Hansen Roach Binary Cross Sect Lib 0
CCC0548_02.010 KENO5 Binary Weight File 0
CCC0548_02.011 Prog to convert libs from ASCII to bin 0
CCC0548_02.012 Source code for AWLPDK 180
CCC0548_02.013 KENO5 Hansen Roach ASCII Cross Sect Lib 11505
CCC0548_02.014 prev vers H-R ASCII Cross Sect lib 11480
CCC0548_02.015 List materials in prev ver HR Cross Sect 216
CCC0548_02.016 List of materials on file WORKLIB 227
CCC0548_02.017 Prog to convert ALBEDOS from ASCII to bin 0
CCC0548_02.018 Source code for MALPDK 116
CCC0548_02.019 KENO5 ASCII Albedo File 4624
CCC0548_02.020 List of material for ALBEDOS 42
CCC0548_02.021 Prog to convert WEIGHTS from ASCII to bin 0
CCC0548_02.022 Source code for WGTPDK 118
CCC0548_02.023 KENO5 ASCII Weight File 1868
CCC0548_02.024 List of materials on file WEIGHTS 6
CCC0548_02.025 Input for INEL Sample problem 1 23
CCC0548_02.026 Output for JEZEBEL.KVA 957
CCC0548_02.027 Input for INEL Sample Problem 2 64
CCC0548_02.028 Output for CRIT132 problem 1112
CCC0548_02.029 Data Library 0
CCC0548_02.030 Provide LAHEY runtime error messages 0
CCC0548_02.031 Restart data file 0
CCC0548_02.032 Tune PC to enable os386 Kernel 0
CCC0548_02.033 Program to find out PC memory 0
CCC0548_02.034 Program to control virtual memory paging 0
CCC0548_02.035 Source K5000.FOR for KENO5A 2914
CCC0548_02.036 Source K5101.FOR for KENO5A 660
CCC0548_02.037 Source K5201.FOR for KENO5A 3518
CCC0548_02.038 Source K5202.FOR for KENO5A 1143
CCC0548_02.039 Source K5203.FOR for KENO5A 420
CCC0548_02.040 Source K5204.FOR for KENO5A 307
CCC0548_02.041 Source K5205.FOR for KENO5A 161
CCC0548_02.042 Source K5206.FOR for KENO5A 1225
CCC0548_02.043 Source K5207.FOR for KENO5A 2917
CCC0548_02.044 Source K5208.FOR for KENO5A 165
CCC0548_02.045 Source K5209.FOR for KENO5A 366
CCC0548_02.046 Source K5210.FOR for KENO5A 3689
CCC0548_02.047 Source K5211.FOR for KENO5A 835
CCC0548_02.048 Source K5212.FOR for KENO5A 156
CCC0548_02.049 Input for K.01 Sample Problem 10
CCC0548_02.050 Input for K.02 Sample Problem 29
CCC0548_02.051 Input for K.03 Sample Problem 16
CCC0548_02.052 Input for K.04 Sample Problem 13
CCC0548_02.053 Input for K.05 Sample Problem 10
CCC0548_02.054 Input for K.06 Sample Problem 6
CCC0548_02.055 Input for K.07 Sample Problem 9
CCC0548_02.056 Input for K.08 Sample Problem 10
CCC0548_02.057 Input for K.09 Sample Problem 10
CCC0548_02.058 Input for K.10 Sample Problem 11
CCC0548_02.059 Input for K.11 Sample Problem 3
CCC0548_02.060 Input for K.12 Sample Problem 27
CCC0548_02.061 Input for K.13 Sample Problem 20
CCC0548_02.062 Input for K.14 Sample Problem 10
CCC0548_02.063 Input for K.15 Sample Problem 25
CCC0548_02.064 Input for K.16 Sample Problem 14
CCC0548_02.065 Input for K.17 Sample Problem 10
CCC0548_02.066 Input for K.18 Sample Problem 39
CCC0548_02.067 Input for K.19 Sample Problem 30
CCC0548_02.068 Input for K.20 Sample Problem 24
CCC0548_02.069 Input for K.21 Sample Problem 11
CCC0548_02.070 Input for K.22 Sample Problem 26
CCC0548_02.071 Input for K.23 Sample Problem 80
CCC0548_02.072 Input for K.24 Sample Problem 80
CCC0548_02.073 Input for K.25 Sample Problem 80
CCC0548_02.074 Output for K.01 Sample Problem 898
CCC0548_02.075 Output for K.02 Sample Problem 1233
CCC0548_02.076 Output for K.03 Sample Problem 941
CCC0548_02.077 Output for K.04 Sample Problem 964
CCC0548_02.078 Output for K.05 Sample Problem 904
CCC0548_02.079 Output for K.06 Sample Problem 877
CCC0548_02.080 Output for K.07 Sample Problem 903
CCC0548_02.081 Output for K.08 Sample Problem 800
CCC0548_02.082 Output for K.09 Sample Problem 808
CCC0548_02.083 Output for K.10 Sample Problem 922
CCC0548_02.084 Output for K.11 Sample Problem 866
CCC0548_02.085 Output for K.12 Sample Problem 1141
CCC0548_02.086 Output for K.13 Sample Problem 847
CCC0548_02.087 Output for K.14 Sample Problem 816
CCC0548_02.088 Output for K.15 Sample Problem 1054
CCC0548_02.089 Output for K.16 Sample Problem 924
CCC0548_02.090 Output for K.17 Sample Problem 912
CCC0548_02.091 Output for K.18 Sample Problem 2046
CCC0548_02.092 Output for K.19 Sample Problem 1100
CCC0548_02.093 Output for K.20 Sample Problem 950
CCC0548_02.094 Output for K.21 Sample Problem 818
CCC0548_02.095 Output for K.22 Sample Problem 1064
CCC0548_02.096 Output for K.23 Sample Problem 1054
CCC0548_02.097 Output for K.24 Sample Problem 1062
CCC0548_02.098 Output for K.25 Sample Problem 1056
CCC0548_02.099 DOS file-names 98
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17. CATEGORIES
  • C. Static Design Studies

Keywords: Monte Carlo method, adsorption, criticality, fission, lifetime, multigroup, reactivity, statistics, three-dimensional, transport theory, x-y-z.