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Consultancy Meeting on the Preparation of a Major FENDL Release

13–16 May 2025
Europe/Zurich timezone

Contribution List

26 / 26
11. Opening
Arjan Koning, Georg SCHNABEL (IAEA), Roberto Mario Capote Noy (IAEA NAPC-NDS)
13/05/2025, 09:30
16. Overview of FENDL: Library, processing methods and tools
Daniel Lopez Aldama
13/05/2025, 10:00
13. To the next major FENDL
Saerom Kwon
13/05/2025, 10:30

We reviewed some issues presented at the 2023 FENDL meeting and summarized the requests for the next FENDL release about Iron, Copper, Beryllium data. Also we examined an issue which F4E group encountered in analyzing FNG tungsten experiment, which suggests that a lot of files in FENDL-3.2c include data which NJOY does not support.
19. Recent Advances in Deuteron Nuclear Data Evaluation for Structural Materials: Iron Isotopes
Shinsuke Nakayama
13/05/2025, 11:00

Since iron is one of the primary structural materials used in accelerators, to evaluate radioactivity production and design radiation shielding for the International Fusion Materials Irradiation Facility (IFMIF) and its precursor facilities, accurate nuclear data on deuteron-induced reactions for iron are essential.
　These data include production cross sections of key radioactive isotopes...
29. Recent updates to the evaluated nuclear data files of structural materials
Andrej Trkov
13/05/2025, 13:00
32. The Evaluated Nuclear Reaction Data for Fusion at CNDC
Ruirui Xu
13/05/2025, 13:30
36. Evaluation of Cross Sections for Fast Ion Reactions with Beryllium in Helium and Hydrogen Fusion Plasmas
Jan Malec
13/05/2025, 14:00
7. Improving nuclear cross-sections with deep learning: DINo algorithm
Lévana Gesson
13/05/2025, 14:30

The DINo (Deep learning Intelligence for Nuclear reactiOns) algorithm is a deep neural network designed to improve predictions of nuclear reaction cross-sections, crucial for applications like particle therapy in cancer treatment. Trained on TENDL 2021 data, DINo significantly outperforms traditional models, especially for proton–carbon interactions, achieving better agreement with...
37. Benchmark experiment for large angle scattering cross section of 14 MeV neutrons.
Yamato Fujii
14/05/2025, 09:30

The scattering cross section at large angles varies depending on the nuclear data library. To validate these cross sections, we developed a benchmark experimental system and conducted measurements for several elements, including iron and tungsten. For iron, calculations based on the ENDF/B-VIII.0 showed good agreement with the experimental results. In contrast, for tungsten, JENDL-5 and...
12. Tungsten leakage experiment in Rez
Michal Košťál
14/05/2025, 10:00
31. Recent and future benchmark experiments at the Frascati Neutron Generator (FNG)
Rosaria Villari
14/05/2025, 10:30
10. FNG Tungsten benchmark analysis using pointwise and multigroup FENDL 3.2 data
Ivan Kodeli
14/05/2025, 11:00
39. INDEN activities for FENDL: Fe, Ni, W, F
Roberto Mario Capote Noy (IAEA NAPC-NDS)
14/05/2025, 13:00
5. FENDL3.2c: V&V and impact over ITER analysis
Marco Fabbri
14/05/2025, 13:30

The contribution provides a comprehensive overview of the FENDL3.2c nuclear data library, its verification and validation (V&V) process, and its impact on ITER analysis.

FENDL3.2c is the most up-to-date nuclear data library recommended by the IAEA for ITER applications. It includes transport data and activation data from TENDL-2017. The V&V process for FENDL3.2c is extensive, involving...
21. Nuclear data validation and verifications for IFMIF-DONES
Yuefeng Qiu
14/05/2025, 14:00
35. Application of the TUD-W Benchmark for Nuclear Data and code Validation
Marco Fabbri
14/05/2025, 14:30

Authors: Marta Campos Fornés, Marco Fabbri*, Luigino Petrizzi, Aljaz Kolsek, Davide Laghi

The presentation focuses on the validation study of tungsten nuclear data using the TUD-W SINBAD benchmark. The study involves the use of two different transport codes, MCNP 6.2 and OpenMC 0.15.0, to compare spectral neutron and photon flux at various depths from a neutron source emitting almost...
17. Ranking of iron nuclear data performance for fusion application using a suite of benchmark experiments
Alberto Milocco
14/05/2025, 15:00

A suite of Fe benchmark integral experiments with D-T, Cf-252 and fast fission neutron sources from the IPPE, Rez and ASPIS facilities shall be presented and used to rank FENDL-3.1d and FENDL-3.2c libraries according to their performances in MCNP computational models compared to experimental data. Different metrics for the evaluation of Computational-Experimental difference shall be assessed...
9. Simulation of the Radiation Environment at the National Ignition Facility
Hesham Khater
15/05/2025, 09:30
14. JADE v4, a more robust and expandable architecture for neutronics V&V
Davide Laghi
15/05/2025, 10:00

In the last couple of years, JADE development has been pushed forward by Fusion For Energy and UKAEA with a new objective: use the JADE framework also to perform code to code comparisons. This new collaboration led to JADE v3, a first proof of concept that ported the tool on the linux platform and allowed for the first time to run benchmarks not only with MCNP but also with OpenMC. During this...
30. Application of JADE as complete tool for automated nuclear data and particle transport code validation
Alex Valentine
15/05/2025, 10:30
28. The nuclear data arsenal and new approaches
Thomas Stainer
15/05/2025, 11:00
38. Modernizing Experimental Nuclear Data Access: The IAEA Nuclear Reaction Data Explorer
Shin OKUMURA (IAEA)
15/05/2025, 11:30

The use of experimental nuclear reaction data in the EXFOR format~\cite{EXFORFormatsManual2015} and evaluated nuclear data in the ENDF-6 format~\cite{ENDF6FormatsManual2018} continues to be hindered by challenges in preprocessing and integration with modern computational workflows. These limitations pose significant barriers to applying advanced data analysis, modeling, and machine learning...
26. Making FENDL interplanetary
Georg Schnabel
15/05/2025, 13:00
40. TALYS and TENDL for the future of FENDL
Arjan KONING (IAEA)
15/05/2025, 13:30

A short review of the current status of the TENDL nuclear data library will be given, with a few examples of relevance for fusion.
TENDL is the result of so-called horizontal nuclear data evaluation.
The aim is that each biennial releases of the TENDL library lead to closer agreement with differential and integral experimental data.
In principle, each target isotope is treated as equally...
4. Nuclear data considerations for STEP
Tim Eade
15/05/2025, 14:00
24. Nuclear data needs for Spherical Tokamaks
Mayank Rajput
15/05/2025, 14:30
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