Last update: 31 May 2022
The thermal scattering data proposed on this page were obtained with the valuable contributions from J.I. Marquez (ESS) and G. Noguere (CEA Cadarache).
The H in H20 thermal scattering data (LEAPR, ENDF and ACE files) were obtained using the CAB model and scripts available here.
In addition, a number of random files for TSL uncertainty quantification for the thermal scattering data are proposed. They are obtained based on the publication available here. They were recently tested in these publications: here and here..
On the CAB model, please read the work from the OECD WPEC/SG42 and WPEC/SG48 pages, this paper, and on this antique work.
A particular thanks to V. Salino (IRSN) for debugging specific scripts.
These random files were used with a limited number of benchmarks to assess their impact:
For more questions, please contact D. Rochman at PSI. This work was possible thanks to G. Noguere, J.I. Marquez, M. Hursin and V. Saligno.
H in H2O at many temperatures
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(22/05/2021) | nominal and 2000 random files (85 Mb) | |
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(13/05/2021) | nominal and 5 random files (230 Mb) | |
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(20/05/2021) | nominal xsdir, ace and 200 random files (1.1 Gb) | |
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(20/05/2021) | nominal xsdir, ace and 200 random files (1.1 Gb) | |
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(20/05/2021) | nominal xsdir, ace and 200 random files (1.1 Gb) |
D and O in D2O at room temperature
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(31/05/2022) | Nominal D and O and 10 random files | |
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(31/05/2022) | Nominal D and O 10 random files | |
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(31/05/2022) | Nominal xsdir D, xsdir O, ace D, ace O, 10 random ace & xsdir |
