NEA-1762 MODLIB.
MODLIB, library of Fortran modules for nuclear reaction codes
NAME OR DESIGNATION OF PROGRAM, COMPUTER, DESCRIPTION OF PROGRAM OR FUNCTION, METHODS, RELATED OR AUXILIARY PROGRAMS, STATUS, LANGUAGE, SOFTWARE REQUIREMENTS, NAME AND ESTABLISHMENT OF AUTHORS, MATERIAL, CATEGORIES
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| Program name | Package id | Status | Status date |
|---|---|---|---|
| MODLIB | NEA-1762/01 | Tested | 19-JUN-2006 |
Machines used:
| Package ID | Orig. computer | Test computer |
|---|---|---|
| NEA-1762/01 | DOS-based PC,Linux-based PC,UNIX W.S. | Linux-based PC |
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3. DESCRIPTION OF PROGRAM OR FUNCTION
ModLib is a library of Fortran (90-compatible) modules to be used in existing and future nuclear reaction codes. The development of the library is an international effort being undertaken under the auspices of the long-term Subgroup A of the OECD/NEA Working Party on Evaluation and Cooperation. The aim is to constitute a library of well-tested and well-documented pieces of codes that can be used with confidence in all our coding efforts. This effort will undoubtedly help avoid the duplication of work, and most certainly facilitate the very important inter-comparisons between existing codes.
ModLib is a library of Fortran (90-compatible) modules to be used in existing and future nuclear reaction codes. The development of the library is an international effort being undertaken under the auspices of the long-term Subgroup A of the OECD/NEA Working Party on Evaluation and Cooperation. The aim is to constitute a library of well-tested and well-documented pieces of codes that can be used with confidence in all our coding efforts. This effort will undoubtedly help avoid the duplication of work, and most certainly facilitate the very important inter-comparisons between existing codes.
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4. METHODS
- WIDTH_FLUCTUATIONS [Talou, Chadwick]: calculates width fluctuation correction factors (output) for a set of transmission coefficients (input). Three methods are available:
HRTW, Moldauer, and Verbaarschot (also called GOE approach). So far, no distinction is made according to the type of the coefficients channels (particle emission, gamma-ray
emission, fission).
- GAMMA_STRENGTH [Herman]: calculates gamma-ray transmission coefficients using a Giant Resonance formalism.
- LEVEL_DENSITY [Koning]: computes the Gilbert-Cameron-Ignatyuk formalism for the continuum nuclear level density.
- CHECKR, FIZCON, INTER, PSYCHE, STANEF [Dunford]: these modules are used in the MODLIB project but are not included in this package. They are available from the NEA Data Bank Computer Program Service under Package Ids : CHECKR (USCD1208), FIZCON (USCD1209), INTER (USCD1212), PSYCHE (USCD1216), STANEF (USCD1218).
- WIDTH_FLUCTUATIONS [Talou, Chadwick]: calculates width fluctuation correction factors (output) for a set of transmission coefficients (input). Three methods are available:
HRTW, Moldauer, and Verbaarschot (also called GOE approach). So far, no distinction is made according to the type of the coefficients channels (particle emission, gamma-ray
emission, fission).
- GAMMA_STRENGTH [Herman]: calculates gamma-ray transmission coefficients using a Giant Resonance formalism.
- LEVEL_DENSITY [Koning]: computes the Gilbert-Cameron-Ignatyuk formalism for the continuum nuclear level density.
- CHECKR, FIZCON, INTER, PSYCHE, STANEF [Dunford]: these modules are used in the MODLIB project but are not included in this package. They are available from the NEA Data Bank Computer Program Service under Package Ids : CHECKR (USCD1208), FIZCON (USCD1209), INTER (USCD1212), PSYCHE (USCD1216), STANEF (USCD1218).
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15. NAME AND ESTABLISHMENT OF AUTHORS
This project was carried out by the Subgroup A of the OECD/NEA Working Party on Evaluation and Cooperation
The first version of the library was compiled by:
Dr. Patrick TALOU
Los Alamos National Laboratory
T-16, Nuclear Physics Group
MS B283
Los Alamos, NM 87545, USA
This project was carried out by the Subgroup A of the OECD/NEA Working Party on Evaluation and Cooperation
The first version of the library was compiled by:
Dr. Patrick TALOU
Los Alamos National Laboratory
T-16, Nuclear Physics Group
MS B283
Los Alamos, NM 87545, USA
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NEA-1762/01
modlib.inf information fileinstall-instructions.txt Installation instructions
doc/ Documentation specific to the project and included programs
Sources/ Make file and Source files
/Sources/tests Input and output test files
Keywords: fluctuation correction factors, gamma strength, gamma-ray, particle emission, transmission coefficients.