IAEA1401 ZZ-DROSG-2000.
ZZ DROSG-2000, Legendre Coefficient Library for 59 monoenergetic neutron source reactions
NAME OR DESIGNATION OF PROGRAM, COMPUTER, DESCRIPTION OR FUNCTION, SOLUTION, RESTRICTIONS, TYPICAL RUNNING TIME, FEATURES, AUXILIARIES, STATUS, REFERENCES, HARDWARE REQUIREMENTS, LANGUAGE, SOFTWARE REQUIREMENTS, OTHER RESTRICTIONS, NAME AND ESTABLISHMENT OF AUTHORS, MATERIAL, CATEGORIES
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| Program name | Package id | Status | Status date |
|---|---|---|---|
| ZZ-DROSG-2000 | IAEA1401/01 | Tested | 24-OCT-2005 |
Machines used:
| Package ID | Orig. computer | Test computer |
|---|---|---|
| IAEA1401/01 | IBM PC,Linux-based PC,VAX under VMS,DEC ALPHA W.S. | Linux-based PC,PC Windows |
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3. DESCRIPTION OR FUNCTION
DROSG-2000 contains data for neutron source reactions, namely:
15 (p,n) reactions
11 (d,n) reactions and
5 (alpha,n) reactions
including the inverse reactions a total of 59 neutron producing reactions.
and three computer codes:
1) NEUYIE: Accelerator-based mononenergetic neutron production.
This program calculates neutron energies, differential cross sections and (for isotopic pure targets) differential neutron yields for monoenergetic neutron sources using internal tables. The neutron yields are given for an energy loss of the projectile that results in a 10 keV neutron energy spread at 0 degree.
2) WHIYIE: White neutron yields from two-body reactions.
This program calculates angular differential thick-target neutron yields of white neutron sources that are based on the two-body reactions covered under 1). As an option, a white spectrum at a chosen angle ready for plotting is produced.
3) TIMREV: Differential cross sections and energies of (n,p), (n,d), (n,t) and (n,alpha) reactions.
This program calculates differential cross sections and energies of some (n,p), (n,d), (n,t) and (n,alpha) reactions by detailed balance from the time reversed reactions covered under 1).
MODIFICATIONS FROM PREVIOUS VERSIONS:
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1) All iteration routines were changed. They are based now on physical properties so that convergence is guaranteed under any input condition. Besides any iteration occurs within about 25 steps increasing the speed in some cases considerably.
2) Some relevant physical properties (thresholds, double valued range and opening angle of kinematically collimated sources) are made available right after the selection of the desired source reaction, and energy, resp.
3) Some (exotic) monoenergetic (d,n) reactions and (alpha,n) reactions and their inverse reactions were added.
DROSG-2000 contains data for neutron source reactions, namely:
15 (p,n) reactions
11 (d,n) reactions and
5 (alpha,n) reactions
including the inverse reactions a total of 59 neutron producing reactions.
and three computer codes:
1) NEUYIE: Accelerator-based mononenergetic neutron production.
This program calculates neutron energies, differential cross sections and (for isotopic pure targets) differential neutron yields for monoenergetic neutron sources using internal tables. The neutron yields are given for an energy loss of the projectile that results in a 10 keV neutron energy spread at 0 degree.
2) WHIYIE: White neutron yields from two-body reactions.
This program calculates angular differential thick-target neutron yields of white neutron sources that are based on the two-body reactions covered under 1). As an option, a white spectrum at a chosen angle ready for plotting is produced.
3) TIMREV: Differential cross sections and energies of (n,p), (n,d), (n,t) and (n,alpha) reactions.
This program calculates differential cross sections and energies of some (n,p), (n,d), (n,t) and (n,alpha) reactions by detailed balance from the time reversed reactions covered under 1).
MODIFICATIONS FROM PREVIOUS VERSIONS:
------------------------------------
1) All iteration routines were changed. They are based now on physical properties so that convergence is guaranteed under any input condition. Besides any iteration occurs within about 25 steps increasing the speed in some cases considerably.
2) Some relevant physical properties (thresholds, double valued range and opening angle of kinematically collimated sources) are made available right after the selection of the desired source reaction, and energy, resp.
3) Some (exotic) monoenergetic (d,n) reactions and (alpha,n) reactions and their inverse reactions were added.
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IAEA1401/01, included references:
- M. Drosg:DROSG-2000: Neutron Source Reactions
Data files with computer codes for 59 monoenergetic neutron source reactions
IAEA-NDS-87 Rev. 8, January 2003
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11. HARDWARE REQUIREMENTS
VAX, ALPHA, PC LINUX, DEC, standard PC. The FORTRAN-90 PC versions, compiled with a LAHEY F90 compiler, require at least a 386 processor.
VAX, ALPHA, PC LINUX, DEC, standard PC. The FORTRAN-90 PC versions, compiled with a LAHEY F90 compiler, require at least a 386 processor.
IAEA1401/01
Version IAEA1401/01 was tested at the NEA Data Bank on a PC with 3GHz INTEL Pentium 4. 4.55Mbytes are required.[ top ]
13. SOFTWARE REQUIREMENTS
The source code is written in FORTRAN which is compatible with standard FORTRAN-90. Executables are provided to run under OPEN-VMS, under LINUX (PCs), under DECUNIX and under MSDOS.
The source code is written in FORTRAN which is compatible with standard FORTRAN-90. Executables are provided to run under OPEN-VMS, under LINUX (PCs), under DECUNIX and under MSDOS.
IAEA1401/01
Version IAEA1401/01 was tested at the NEA Data Bank on:- WINDOWS XP Professional
- COMPILER: g95 (g95);
Compaq Visual Fortran Professional Edition 6.6 a (df);
Lahey/Fujitsu Fortran 95 Compiler Release 5.50d (lf95);
- SuSE linux 9.2 kernel 2.6.8
- COMPILER: g95 (g95);
Lahey/Fujitsu Fortran 95 Compiler Release 6.10a (lf95)
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IAEA1401/01
| File name | File description | Records |
|---|---|---|
| README.NEA | User instructions | |
| iaea_nds_87.txt | Documentation | |
| NDS-87.PDF | Documentation | |
| ALL_PURPOSE | Multiplatform sources & data libraries | |
| DECUNIX | DEC/UNIX sources & data libraries | |
| OPENVMS | VMS sources & data libraries |
Keywords: charged particles, cross sections, legendre polynomials, neutron source, neutrons.