Computer Programs
NEA-1890 FISPACT-II.
last modified: 13-APR-2017 | catalog | categories | new | search |

NEA-1890 FISPACT-II.

FISPACT-II, Inventory Simulation Platform for Nuclear Observables and Materials Science

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1. NAME OR DESIGNATION OF PROGRAM

FISPACT-II 3.20 & TENDL-2015, -2014, ENDF/B-VII.1, JENDL-4.0, JEFF-3.2, CENDL-3.1 and GEFY libraries.

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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
FISPACT-II 3.20 NEA-1890/02 Arrived 13-APR-2017

Machines used:

Package ID Orig. computer Test computer
NEA-1890/02 MacOS,Linux-based PC,PC Windows
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3. DESCRIPTION OF PROGRAM OR FUNCTION

FISPACT-II is an enhanced multi-physics, inventory and source-term code system providing a wide variety of advanced, predictive, spectral and temporal simulation methods employing the most up-to-date and complete nuclear data forms for both neutron and charged-particle interactions.

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4. METHODS

Numerical LSODES, Livermore Solver for Ordinary Differential Equations with general sparse Jacobian matrices. Backward Differentiation Formula (BDF) methods (Gear’s method) in stiff cases to advance the inventory, Adams methods (predictor-corrector) in non stiff case, Yale sparse matrix efficiently exploits the sparsity.

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5. RESTRICTIONS ON THE COMPLEXITY OF THE PROBLEM

None noted.

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6. TYPICAL RUNNING TIME

Seconds to minutes.

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7. UNUSUAL FEATURES OF THE PROGRAM

Neutron and charged particle simulation. The code system extends the physics up to GeV energy with all channels and incident/emitted particles. Code features include self-shielding factors from probability tables, broad temperature dependence, thin/thick target yields, dpa, kerma, pka spectra, robust pathway analysis with pathways-based uncertainty propagation, Monte-Carlo sensitivity and uncertainty quantification and propagation using full reaction covariance data, full energy-dependent fission yield treatment, kerma-based power flux normalisation.

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8. RELATED OR AUXILIARY PROGRAMS

NJOY-2012, PREPRO-2015, CALENDF-2010, spectra-pka, extract_xs_endf, listreactions, makenuclideindex and gnuplot (from version 5 only), compress_xs_endf.

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9. STATUS
Package ID Status date Status
NEA-1890/02 13-APR-2017 Masterfiled Arrived
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10. REFERENCES

A set of web-based resources are available at the links below. These contain DOI links or links to pdf copies of reference material, as well as a wealth of other information:

 

http://fispact.ukaea.uk

http://fispact.ukaea.uk/wiki

http://fispact.ukaea.uk/forum

 

NEA-1890/02, included references:
The most recent versions of the software documentation, reference papers, code
& nuclear data verification & validation, and materials handbooks are
summarised below:

- Jean-Christophe C. Sublet, James W. Eastwood, J. Guy Morgan, Michael Fleming
and Mark R. Gilbert: The FISPACT-II User Manual UKAEA-R(11)11 Issue 8, December
2016

- J.-Ch. Sublet,  J. W. Eastwood, J. G. Morgan, M. R. Gilbert, M. Fleming, and
W. Arter:
FISPACT-II: An Advanced Simulation System for Activation, Transmutation and
Material Modelling, Nuclear Data Sheets 139 (2017) 77-137

- Michael Fleming, Jean-Christophe Sublet, Jiri Kopecky, Dimitri Rochman and
Arjan Koning:
Probing Experimental & Systematic Trends of the Neutron-Induced TENDL-2014
Nuclear Data Library UKAEA-R(15)30, October 2015

- Jean-Christophe Sublet and Michael Fleming:
Maxwellian-Averaged Neutron-Induced Cross Sections for kT=1 keV to 100 keV,
KADoNiS, TENDL-2014, ENDF/B-VII.1 and JENDL-4.0u nuclear data libraries
UKAEA-R(15)29, August 2015

- Michael Fleming and Jean-Christophe Sublet:
Validation of FISPACT-II Decay Heat and Inventory Predictions for Fission
Events, CCFE-R(15)28, June 2015

- Michael Fleming and Jean-Christophe Sublet:
Decay Data Comparisons for Decay Heat and Inventory Simulations of Fission
Events, CCFE-R(15)28/S1, June 2015

- Michael Fleming and Jean-Christophe Sublet:
Fission Yield Comparisons for Decay Heat and Inventory Simulations of Fission
Events, CCFE-R(15)28/S2, June 2015

- Michael Fleming, Jean-Christophe Sublet and Jiri Kopecky:
Integro-Differential Verification and Validation, FISPACT-II & TENDL-2014
nuclear data libraries, CCFE-R(15)27, March 2015

- Jean-Christophe Sublet and Mark R. Gilbert:
Decay heat validation, FISPACT-II & TENDL-2014, JEFF-3.2, ENDF/B-VII.1 and
JENDL-4.0 Nuclear Data Libraries, CCFE-R(15)25, January 2015

- Mark R. Gilbert, Jean-Christophe Sublet and Robin A. Forrest:
Handbook of Activation, Transmutation, and Radiation Damage Properties of the
Elements Simulated Using FISPACT-II & TENDL-2014; Magnetic Fusion Plants
CCFE-R(15)26, February 2015

- M. Gilbert and J-Ch. Sublet, "Handbook of activation, transmutation, and
radiation damage properties of the elements simulated using FISPACT-II";
- Magnetic Fusion Plants CCFE-R(16)36 with TENDL-2015, September 2016
- A focus on PWR plants UKAEA-R(15)31 with TENDL-2014, December 2015
- A focus on HFR UKAEA-R(15)32 with TENDL-2014, December 2015
- A focus on FBR plants UKAEA-R(15)33 with TENDL-2014, December 2015
- A focus on the ITER experimental fusion device CCFE-R(16)37 with TENDL-2015,
September 2016
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11. HARDWARE REQUIREMENTS

Distributed compressed on a DVD-DL UDF format ~7 Gbytes, fully expanding to ~30 Gbytes. The memory requirement at run-time is case dependent, dynamic allocation, usually not above 1 Gb of RAM.

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12. PROGRAMMING LANGUAGE(S) USED
Package ID Computer language
NEA-1890/02 FORTRAN 2003
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13. SOFTWARE REQUIREMENTS

Object-orientated Fortran 2003.

 

64-bit Linux and 32/64-bit Windows executables for: CentOs-6.8, OL-7.3, OpenSUSE-Leap-42.1, OS X-10.11.6, SL-6.8, Ubuntu-14.04 LTS, Windows 10 and Windows 7, using ifort, gfortran, g95, pgfortran and Oracle compilers.

 

The subdirectories of this directory contain FISPACT-II executable compiled under different operating systems (Linux, Mac-OSX and Windows) using alternative Fortran compilers: g95, gfortran, ifort, pgfortran, and Oracle.

 

/exec.

`-----CentOs-6.8-X86

|      `-----gfortran

`-----OL-7.3-X86

|      `-----gfortran

  `-----openSUSE-Leap-42.1

|      `-----g95

|      `-----gfortran

|      `-----ifort

|      `-----oracle

`-----OsX-10.11.6-X86

|      `-----gfortran

|      `-----ifort

`-----SL-6.8-X86

|      `-----gfortran

|      `-----pgfortran

`-----Ubuntu-14.04-X86

|      `-----gfortran

  `-----Windows10-X86

|      `-----gfortran

`-----Windows7-X86

|      `-----ifort

|      |      `-----IA32

|      |      `-----IA64

 

The following information lists the computer, operating system, compiler used to build the executable fispact (or fispact.exe) and compress_xs_endf (or compress_xs_endf.exe) in each directory.

 

System Configuration:

Mac Pro

2.7 GHz 12-Cores Intel Xeon E5

Memory: 32 GB 1866 MHz DDR3 ECC

 

System: OsX El Capitan 10.11.6

ifort version 17.0.1

gfortran version 4.9.2

 

System: CentOs release 6.8 (VM Oracle VirtualBox 5.1.8)

gfortran version 4.4.7

 

System: Oracle Linux 7.3 (VM Oracle VirtualBox 5.1.8)

gfortran 4.8.5

 

System: Ubuntu Release 14.04 (VM Oracle VirtualBox 5.1.8)

gfortran 4.8.4

 

System: Scientfic-Linux release 6.8 (VM Oracle VirtualBox 5.1.8)

pgfortran 15.4-0 64-bit

gfortran 4.4.7

 

System:  Windows7 Professional (VM Oracle VirtualBox 5.1.8)

Intel Parallel Studio XE2015 15.04.221

IA-32

IA-64

 

System Configuration:

Mesh Computers desktop PC

Intel(R) Core(TM) i7 CPU 860 @ 3.20GHz (12 Cores)

Memory 15.6GB

 

System: openSUSE-Leap-42.1

g95-0.94 gcc-4.0.3

gfortran 4.8.5

ifort 17.0.0.

Sun Fortran 95 8.6 Linux_i386

 

System: Windows10

cygwin-2.871

gfortran 5.3.0

 

Compilers FFLAGS can be found in the /config directory or in the Makeliste file when provided.

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15. NAME AND ESTABLISHMENT OF AUTHORS

Developed and contributed by:

United Kingdom Atomic Energy Authority

Culham Science Centre

Abingdon

Oxfordshire

OX14 3DB

United Kingdom

https://www.gov.uk/ukaea

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16. MATERIAL AVAILABLE
NEA-1890/02
Detailed information is provided within /FISPACT-II-3-20/index.html

A complete directory list is provided below, including the documentation and
reference materials, nuclear data, QA inputs with reference results, utility
programmes and the code itself.

/FISPACT-II-3-20
`-----doc
|      `-----sd
|      |      `-----sd3
|      |      `-----sd7
`-----ENDFbin
`-----ENDFdata
|      `-----CENDL31data
|      |      `-----cendl31-n
|      |      |      `-----gxs-709
|      `-----decay
|      |      `-----decay_2012
|      |      `-----jeff311
|      `-----ebins
|      `-----ENDFB71data
|      |      `-----decay
|      |      |      `-----removed
|      |      `-----endfb71-n
|      |      |      `-----endfb71nfy
|      |      |      `-----endfb71sfy
|      |      |      `-----gxs-586-600
|      |      |      `-----gxs-709
|      |      |      `-----pka
|      |      |      `-----tp-586-600
|      `-----JEFF32data
|      |      `-----jeff32-n
|      |      |      `-----gxs-709
|      |      |      `-----jeff311nfy
|      |      |      `-----jeff311sfy
|      |      |      `-----pka
|      `-----JENDL4data
|      |      `-----ddf15
|      |      `-----decay
|      |      `-----empty-decay
|      |      `-----jendl-a
|      |      |      `-----gxs-162
|      |      `-----jendl4-n
|      |      |      `-----gxs-709
|      |      |      `-----jendl4nfy
|      |      |      `-----jendl4sfy
|      |      |      `-----pka
|      `-----TENDL2014data
|      |      `-----tal2014-a
|      |      |      `-----gxs-162
|      |      |      `-----ukfy4_1a
|      |      `-----tal2014-d
|      |      |      `-----gxs-162
|      |      |      `-----ukfy4_1d
|      |      `-----tal2014-g
|      |      |      `-----gxs-162
|      |      |      `-----ukfy4_1g
|      |      `-----tal2014-n
|      |      |      `-----gef42_nfy
|      |      |      `-----gef42_sfy
|      |      |      `-----gxs-709
|      |      |      `-----gxs-709-30k
|      |      |      `-----gxs-709-5k
|      |      |      `-----gxs-709-600
|      |      |      `-----gxs-709-900
|      |      |      `-----tp-709-294
|      |      |      `-----tp-709-600
|      |      |      `-----tp-709-900
|      |      |      `-----uknfy4_2
|      |      `-----tal2014-p
|      |      |      `-----gxs-162
|      |      |      `-----ukfy4_1p
|      `-----TENDL2015data
|      |      `-----tal2015-a
|      |      |      `-----gxs-162
|      |      |      `-----ukfy4_1a
|      |      `-----tal2015-d
|      |      |      `-----gxs-162
|      |      |      `-----ukfy4_1d
|      |      `-----tal2015-g
|      |      |      `-----gxs-162
|      |      |      `-----ukfy4_1g
|      |      `-----tal2015-n
|      |      |      `-----gef52_nfy
|      |      |      `-----gef52_nfy_no_mf3mt18
|      |      |      `-----gef52_sfy
|      |      |      `-----gxs-1102
|      |      |      `-----gxs-1102-600
|      |      |      `-----gxs-1102-900
|      |      |      `-----gxs-709
|      |      |      `-----gxs-709-30k
|      |      |      `-----gxs-709-5k
|      |      |      `-----gxs-709-600
|      |      |      `-----gxs-709-900
|      |      |      `-----pka
|      |      |      `-----tp-1102-294
|      |      |      `-----tp-1102-600
|      |      |      `-----tp-1102-900
|      |      |      `-----tp-709-294
|      |      |      `-----tp-709-600
|      |      |      `-----tp-709-900
|      |      `-----tal2015-p
|      |      |      `-----gxs-162
|      |      |      `-----ukfy4_1p
`-----fispact
|      `-----exec
|      |      `-----CentOs-6.8-X86
|      |      |      `-----gfortran
|      |      `-----OL-7.3-X86
|      |      |      `-----gfortran
|      |      `-----openSUSE-Leap-42.1
|      |      |      `-----g95
|      |      |      `-----gfortran
|      |      |      `-----ifort
|      |      |      `-----oracle
|      |      `-----OsX-10.11.6-X86
|      |      |      `-----gfortran
|      |      |      `-----ifort
|      |      `-----SL-6.8-X86
|      |      |      `-----gfortran
|      |      |      `-----pgfortran
|      |      `-----Ubuntu-14.04-X86
|      |      |      `-----gfortran
|      |      `-----Windows10-X86
|      |      |      `-----gfortran
|      |      `-----Windows7-X86
|      |      |      `-----ifort
|      |      |      |      `-----IA32
|      |      |      |      `-----IA64
|      `-----source
|      |      `-----build
|      |      `-----build_win
|      |      `-----compress_xs_endf
|      |      `-----config
|      |      `-----extract_xs_endf
|      |      |      `-----testresults
|      |      `-----f77
|      |      `-----f90
|      |      `-----listreactions
|      |      `-----makenuclideindex
|      |      `-----spectra-pka
|      |      |      `-----test
|      |      |      |      `-----example_results
|      |      |      |      `-----plot_example
|      |      |      |      |      `-----example_plots
|      |      |      `-----test-b7
|      |      |      |      `-----example_results
|      |      |      |      `-----plot_example
|      |      |      |      |      `-----example_plots
`-----fispQA
|      `-----Tst_1102fns
|      |      `-----testresults
|      `-----Tst_162alph_ebins
|      |      `-----testresults
|      `-----Tst_162deut
|      |      `-----testresults
|      `-----Tst_162gamm_ebins
|      |      `-----testresults
|      `-----Tst_162prot
|      |      `-----testresults
|      `-----Tst_586fis
|      |      `-----collapx_ave
|      |      `-----flux_data
|      |      |      `-----1
|      |      |      `*****
|      |      `-----testresults
|      `-----Tst_709
|      |      `-----testresults
|      `-----Tst_709astro
|      |      `-----testresults
|      `-----Tst_709cern
|      |      `-----testresults
|      `-----Tst_709fis
|      |      `-----testresults
|      `-----Tst_709fns
|      |      `-----testresults
|      `-----Tst_709lib
|      |      `-----testresults
|      `-----Tst_709mc
|      |      `-----testresults
|      `-----Tst_709nofiles
|      |      `-----testresults
|      `-----Tst_709pt
|      |      `-----testresults
|      `-----Tst_709uc
|      |      `-----testresults
|      `-----Tst_binxs
|      |      `-----testresults
|      `-----Tst_conv
|      |      `-----testresults
|      `-----Tst_decay
|      |      `-----testresults
|      `-----Tst_ggs
|      |      `-----testresults
|      `-----Tst_mat
|      |      `-----testresults
|      `-----Tst_nfy
|      |      `-----testresults
|      `-----Tst_pulse
|      |      `-----testresults
`-----fispQA2014
|      `-----Tst_162alph
|      |      `-----testresults
|      `-----Tst_162deut
|      |      `-----testresults
|      `-----Tst_162gamm
|      |      `-----testresults
|      `-----Tst_162prot
|      |      `-----testresults
|      `-----Tst_709
|      |      `-----testresults
|      `-----Tst_709cern
|      |      `-----testresults
|      `-----Tst_709fis
|      |      `-----testresults
|      `-----Tst_709fns
|      |      `-----testresults
|      `-----Tst_709lib
|      |      `-----testresults
|      `-----Tst_709mc
|      |      `-----testresults
|      `-----Tst_709pt
|      |      `-----testresults
|      `-----Tst_709uc
|      |      `-----testresults
|      `-----Tst_binxs
|      |      `-----testresults
|      `-----Tst_decay
|      |      `-----testresults
|      `-----Tst_pulse
|      |      `-----testresults
`-----getting_started
|      `-----Compare_libraries
|      |      `-----ENDFB-7.1
|      |      |      `-----results
|      |      `-----JEFF-3.2
|      |      |      `-----results
|      |      `-----JENDL-4.0
|      |      |      `-----results
|      |      `-----plot
|      |      `-----TENDL-14
|      |      |      `-----results
|      `-----fission_Pu239_pulse
|      |      `-----ENDFB-7.1
|      |      |      `-----results
|      |      `-----JEFF-3.2
|      |      |      `-----results
|      |      `-----JENDL-4.0
|      |      |      `-----results
|      |      `-----plot
|      `-----fission_U235_2E4s
|      |      `-----plot
|      |      `-----results
|      `-----flux_convert
|      |      `-----plot
|      |      `-----results
|      `-----FNS_Inconel
|      |      `-----results
|      `-----reactor_power
|      |      `-----plot
|      |      `-----results
|      `-----tolerance_test
|      |      `-----plot
|      |      `-----results
`-----Utility
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17. CATEGORIES
  • B. Spectrum Calculations, Generation of Group Constants and Cell Problems
  • Z. Data.

Keywords: activation, alpha particles, charged particles, cross sections, data, depletion, deuterons, gamma, modelling, neutron, proton, simulation, transmutation.