CCC-0603 FPZD.
FPZD, Reactor Burnup by MultiGroup Neutron Diffusion
NAME OR DESIGNATION OF PROGRAM, COMPUTER, DESCRIPTION OF PROGRAM OR FUNCTION, METHOD OF SOLUTION, RESTRICTIONS ON THE COMPLEXITY OF THE PROBLEM, TYPICAL RUNNING TIME, UNUSUAL FEATURES OF THE PROGRAM, RELATED AND AUXILIARY PROGRAMS, STATUS, REFERENCES, MACHINE REQUIREMENTS, LANGUAGE, OPERATING SYSTEM UNDER WHICH PROGRAM IS EXECUTED, OTHER PROGRAMMING OR OPERATING INFORMATION OR RESTRICTIONS, NAME AND ESTABLISHMENT OF AUTHORS, MATERIAL, CATEGORIES
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| Program name | Package id | Status | Status date |
|---|---|---|---|
| FPZD | CCC-0603/01 | Tested | 18-AUG-1995 |
Machines used:
| Package ID | Orig. computer | Test computer |
|---|---|---|
| CCC-0603/01 | IBM PC | PC Pentium 75 |
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4. METHOD OF SOLUTION
The depletion subroutines permit a very generalized nuclide depletion scheme to be used in which the materials may be distributed into a number of burnup subregions each containing a different atom density set. Depletion of the nuclides is calculated separately for each burnup subregion assuming exposure to the average flux of the spatial region. The macroscopic properties of a spatial region are calculated by giving the appropriate volume fraction weighting factors to the cross sections of the burnup subregions.
The depletion subroutines permit a very generalized nuclide depletion scheme to be used in which the materials may be distributed into a number of burnup subregions each containing a different atom density set. Depletion of the nuclides is calculated separately for each burnup subregion assuming exposure to the average flux of the spatial region. The macroscopic properties of a spatial region are calculated by giving the appropriate volume fraction weighting factors to the cross sections of the burnup subregions.
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6. TYPICAL RUNNING TIME
On a 20 MHZ PC 386 with a math co-processor, the following times were noted: FPZDIN.INI took 45 minutes; FPZDIN.KIC took 25 minutes; FPZDIN.IC took 35 minutes; FPZDIN.KRL took 45 minutes, FPZDIN.RL took 40 minutes.
On a 20 MHZ PC 386 with a math co-processor, the following times were noted: FPZDIN.INI took 45 minutes; FPZDIN.KIC took 25 minutes; FPZDIN.IC took 35 minutes; FPZDIN.KRL took 45 minutes, FPZDIN.RL took 40 minutes.
CCC-0603/01
The program FPZD was executed at the NEA-DB on a PC Brett (Pentium processor 75 MHz) under MS-DOS 6.2. The times required to run the five test cases are displayed in the following table.Test case Input Elapsed time
# filename
---------------------------------------
1 FPZDIN.INI 4m44s
2 FPZDIN.KIC 4m47s
3 FPZDIN.IC 6m20s
4 FPZDIN.KRL 8m43s
5 FPZDIN.RL 7m54s
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8. RELATED AND AUXILIARY PROGRAMS
Two auxiliary programs are provided:
- The program CONVERT, to convert cross-sections data files in ANISN, INEL or ISOTXS formats into a format usable by FPZD.
- The plotting program PLOTFPZD, to display the output results produced in a given FPZD run. This program is written in C language.
Two auxiliary programs are provided:
- The program CONVERT, to convert cross-sections data files in ANISN, INEL or ISOTXS formats into a format usable by FPZD.
- The plotting program PLOTFPZD, to display the output results produced in a given FPZD run. This program is written in C language.
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CCC-0603/01, included references:
- B. Emmrich:A One-Dimensional Multigroup Neutron Diffusion/Depletion Code for
Performing Control and Fuel Loading Searches and for Determining
the Fuel and Poison Distributions Required to Achieve Burnup
Independent Power Distributions with Optional Thermal-Fluid
Feedback
NASA Informal Document, Marshall Flight Center, Huntsville,
Alabama (June 1992).
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11. MACHINE REQUIREMENTS
FPZD runs on the PC 386 or PC 486 under the DOS 5.0 operating system; a math co-processor is required.
FPZD runs on the PC 386 or PC 486 under the DOS 5.0 operating system; a math co-processor is required.
CCC-0603/01
Two different make files are provided to compile the source files and create the FPZD executable: one uses the NMAKE Program Maintenance Utility (requires the Microsoft Fortran Version 5.10 or higher) and the other to be used with the MAKE utility program (Microsoft Fortran Version 5.01). MEMORY REQUIREMENTS: More than 472 Kbyte of conventional memory available are required to execute the NMAKE Utility on the file MAKEFILE. DISKSPACE REQUIREMENTS: The filesize of the executable FPZD.EXE is 450 Kbyte. The diskspace required by the output files produced during the execution of the five sample problems is 7.0 Mbyte, distributed as follows: 0.9 Mbyte (problem #1), 0.8 Mbyte (problem #2), 1.7 Mbyte (problem #3), 2.0 Mbyte (problem #4) and 1.6 Mbyte (problem #5). The diskspace required by the 62 source files is 311 Kbyte. The diskspace occupied by the corresponding 62 object files after compilation is 582 Kbyte.[ top ]
13. OPERATING SYSTEM UNDER WHICH PROGRAM IS EXECUTED
The code was written in FORTRAN 77 and was tested using the Microsoft Version 5.01 compiler.
The code was written in FORTRAN 77 and was tested using the Microsoft Version 5.01 compiler.
CCC-0603/01
FPZD was run under MS-DOS 6.2 on a PC Brett (Pentium processor 75 MHz). The FORTRAN source files were compiled using the Microsoft FORTRAN compiler and linker (Version 5.10). The Microsoft NMAKE Program Maintenance Utility Version 1.13 was used in order to compile the source files and build the FPZD executable. A make file to be used with the Borland MAKE Utility (compatible with the Microsoft Fortran Version 5.01) is also provided.[ top ]
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CCC-0603/01
| File name | File description | Records |
|---|---|---|
| CCC0603_01.001 | Information file of program FPZD | 726 |
| CCC0603_01.002 | FPZD document in WordPerfect 5.1 format | 0 |
| CCC0603_01.003 | WordPerfect 5.1 Macro | 0 |
| CCC0603_01.004 | Makefile for MicroSoft compiler Version 5.10 | 22 |
| CCC0603_01.005 | Makefile for MicroSoft compiler Version 5.01 | 195 |
| CCC0603_01.006 | Batch file to create the executabel FPZD.EXE | 39 |
| CCC0603_01.007 | Batch file to compile FORTRAN source files | 9 |
| CCC0603_01.008 | Link file to create the executable FPZD.EXE | 31 |
| CCC0603_01.009 | Source file # 1 | 56 |
| CCC0603_01.010 | Source file # 2 | 67 |
| CCC0603_01.011 | Source file # 3 | 191 |
| CCC0603_01.012 | Source file # 4 | 55 |
| CCC0603_01.013 | Source file # 5 | 153 |
| CCC0603_01.014 | Source file # 6 | 34 |
| CCC0603_01.015 | Source file # 7 | 322 |
| CCC0603_01.016 | Source file # 8 | 84 |
| CCC0603_01.017 | Source file # 9 | 29 |
| CCC0603_01.018 | Source file # 10 | 102 |
| CCC0603_01.019 | Source file # 11 | 381 |
| CCC0603_01.020 | Source file # 12 | 65 |
| CCC0603_01.021 | Source file # 13 | 73 |
| CCC0603_01.022 | Source file # 14 | 245 |
| CCC0603_01.023 | Source file # 15 | 62 |
| CCC0603_01.024 | Source file # 16 | 14 |
| CCC0603_01.025 | Source file # 17 | 89 |
| CCC0603_01.026 | Source file # 18 | 161 |
| CCC0603_01.027 | Source file # 19 | 140 |
| CCC0603_01.028 | Source file # 20 | 14 |
| CCC0603_01.029 | Source file # 21 | 205 |
| CCC0603_01.030 | Source file # 22 | 792 |
| CCC0603_01.031 | Source file # 23 | 67 |
| CCC0603_01.032 | Source file # 24 | 568 |
| CCC0603_01.033 | Source file # 25 | 155 |
| CCC0603_01.034 | Source file # 26 | 42 |
| CCC0603_01.035 | Source file # 27 | 24 |
| CCC0603_01.036 | Source file # 28 | 52 |
| CCC0603_01.037 | Source file # 29 | 657 |
| CCC0603_01.038 | Source file # 30 | 9 |
| CCC0603_01.039 | Source file # 31 | 51 |
| CCC0603_01.040 | Source file # 32 | 30 |
| CCC0603_01.041 | Source file # 33 | 81 |
| CCC0603_01.042 | Source file # 34 | 442 |
| CCC0603_01.043 | Source file # 35 | 151 |
| CCC0603_01.044 | Source file # 36 | 223 |
| CCC0603_01.045 | Source file # 37 | 81 |
| CCC0603_01.046 | Source file # 38 | 93 |
| CCC0603_01.047 | Source file # 39 | 203 |
| CCC0603_01.048 | Source file # 40 | 75 |
| CCC0603_01.049 | Source file # 41 | 48 |
| CCC0603_01.050 | Source file # 42 | 132 |
| CCC0603_01.051 | Source file # 43 | 129 |
| CCC0603_01.052 | Source file # 44 | 34 |
| CCC0603_01.053 | Source file # 45 | 145 |
| CCC0603_01.054 | Source file # 46 | 35 |
| CCC0603_01.055 | Source file # 47 | 184 |
| CCC0603_01.056 | Source file # 48 | 21 |
| CCC0603_01.057 | Source file # 49 | 111 |
| CCC0603_01.058 | Source file # 50 | 18 |
| CCC0603_01.059 | Source file # 51 | 65 |
| CCC0603_01.060 | Source file # 52 | 213 |
| CCC0603_01.061 | Source file # 53 | 23 |
| CCC0603_01.062 | Source file # 54 | 11 |
| CCC0603_01.063 | Source file # 55 | 61 |
| CCC0603_01.064 | Source file # 56 | 75 |
| CCC0603_01.065 | Source file # 57 | 36 |
| CCC0603_01.066 | Source file # 58 | 109 |
| CCC0603_01.067 | Source file # 59 | 51 |
| CCC0603_01.068 | Source file # 60 | 31 |
| CCC0603_01.069 | Source file # 61 | 82 |
| CCC0603_01.070 | Include file # 1 (COMMON /FIXFLT/) | 18 |
| CCC0603_01.071 | Include file # 2 (definition of arrays) | 53 |
| CCC0603_01.072 | FPZD executable (MicroSoft Version 5.10) | 0 |
| CCC0603_01.073 | FPZD executable (MicroSoft Version 5.01) | 0 |
| CCC0603_01.074 | Input file for test case # 1 | 157 |
| CCC0603_01.075 | Input file for test case # 2 | 151 |
| CCC0603_01.076 | Input file for test case # 3 | 162 |
| CCC0603_01.077 | Input file for test case # 4 | 233 |
| CCC0603_01.078 | Input file for test case # 5 | 289 |
| CCC0603_01.079 | Atom density input file | 160 |
| CCC0603_01.080 | Table of delta(k-infinity) (from case #2) | 40 |
| CCC0603_01.081 | Table of delta(k-infinity) (from case #4) | 40 |
| CCC0603_01.082 | Microscopic neutron cross-sections library | 509 |
| CCC0603_01.083 | Output file produced from test case # 1 | 15915 |
| CCC0603_01.084 | Output file produced from test case # 2 | 20867 |
| CCC0603_01.085 | Output file produced from test case # 3 | 31433 |
| CCC0603_01.086 | Output file produced from test case # 4 | 39617 |
| CCC0603_01.087 | Output file produced from test case # 5 | 26727 |
| CCC0603_01.088 | README File of auxiliary program CONVERT | 11 |
| CCC0603_01.089 | FORTRAN-77 source file of program CONVERT | 451 |
| CCC0603_01.090 | Executable file of program CONVERT | 0 |
| CCC0603_01.091 | Sample input file (x-sections, ANISN format) | 10 |
| CCC0603_01.092 | Sample input file (x-sections, INEL format) | 7 |
| CCC0603_01.093 | Sample input file (x-sections, ISOTXS formt) | 7 |
| CCC0603_01.094 | Cross-sections data file in ANISN format | 106 |
| CCC0603_01.095 | Cross-sections data file in INEL format | 158 |
| CCC0603_01.096 | Cross-sections data file in ISOTXS format | 128 |
| CCC0603_01.097 | Output file porduced by program CONVERT | 67 |
| CCC0603_01.098 | C-language source file # 1 | 35 |
| CCC0603_01.099 | C-language source file # 2 | 190 |
| CCC0603_01.100 | C-language source file # 3 | 32 |
| CCC0603_01.101 | C-language source file # 4 | 458 |
| CCC0603_01.102 | C-language source file # 5 | 631 |
| CCC0603_01.103 | C-language source file # 6 | 57 |
| CCC0603_01.104 | C-language source file # 7 | 244 |
| CCC0603_01.105 | C-language source file # 8 | 53 |
| CCC0603_01.106 | Include file | 14 |
| CCC0603_01.107 | Auxiliary file | 9 |
| CCC0603_01.108 | Executable file of program PLOTFPZD | 0 |
| CCC0603_01.109 | Plot file # 1 (to be displayed by PLOTFPZD) | 0 |
| CCC0603_01.110 | Plot file # 2 (to be displayed by PLOTFPZD) | 0 |
| CCC0603_01.111 | DOS file-names | 110 |
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- C. Static Design Studies
- D. Depletion, Fuel Management, Cost Analysis, and Power Plant Economics
Keywords: burnup, depletion, multiplication factors, neutron flux.