INDEN: International Nuclear Data Evaluation Network
CIELO follow-up: Technical Meeting on Long-term International Collaboration to Improve Nuclear Data Evaluation and Evaluated Data Files (18-21 December 2017, IAEA Headquarters, Vienna, Austria)
Objectives
The Meeting is a follow-up to the evaluation activities undertaken within the OECD/NEA CIELO project (2011-2017).
The IAEA has contributed to the OECD/NEA project as discussed in the IAEA CIELO webpage.
The purpose of the Technical Meeting is to define the scope and goals of the new International Nuclear Data Evaluation Network (INDEN),
and coordinate interaction among international evaluators, theoreticians and experimentalists.
It has been recognized that the evaluation process and technical interactions have been as important as the evaluated files.
The IAEA plans to hold a series of meetings within the new INDEN collaboration. A priority list for new and/or continuing evaluations need to be
defined.
The agenda of the meeting is available here. The summary report is in preparation.
INDEN list of nuclides with the highest priority (12/2017):
Light elements:
N-14,15; Be-9; Na-23Structural elements:
Co-59; Ni-58 (to check other Ni isotopes)Actinides:
Pu-238,240,241,242Re-evaluations (due to identified issues):
Fe-56,57 (issues in elastic cross sections and angular distributions from 0.85 up to 6 MeV)Pu-239 (use of newly recommended thermal PFNS, thermal nubar, resonance region)
U-238 (14 MeV leakage issues traceable to inelastic spectra, PFNS for En=5-8 MeV)
Presentations
# | Author | Title | Link |
1 | M.W. Herman | CIELO iron evaluation - lessons learned and vision of CIELO future | |
2 | S. Simakov | Benchmarking of the latest Neutron and Gamma Transport Cross Sections for Oxygen, Iron and Uranium in the clean Benchmarks driven by D-T and Cf-252 sources | |
3 | M.B. Chadwick | Comments on CIELO project and future work | -- |
4 | V.G. Pronyaev | Possible improvements in the neutron cross section evaluation | |
5 | R. Capote | Lessons learned from recent evaluations and experimental needs | PPTX |
6 | M. Kerveno | Foreseen experimental activities at CNRS-IN2P3 related to nuclear energy researches (2018-2021 and beyond) | |
7 | A. Wallner | Recent AMS measurements on neutron-induced reactions + outlook | PPTX |
8 | Y. Danon | Comments on new RPI measurements | -- |
9 | A. Negret | Fe-57 neutron inelastic scattering: The interplay between experiment and theory | PPTX |
10 | A.J. Plompen | JEFF-4, EU projects and JRC involvement | PPTX |
11 | D. Brown | Future CIELO activities at BNL | |
12 | Ge Zhigang | Comments and consideration for CIELO project | PPT |
13 | I. Thompson | Nuclear Evaluation Issues at LLNL | PPTX |
14 | A.V. Ignatyuk | Uncertainties for minor actinides | PPT |
15 | E. Bauge | Improving reaction modeling | PPTX |
16 | R. Capote | Post-CIELO challenges in actinide evaluations | PPTX |
17 | A. Sonzogni | Some of the progress made since WPEC SG 25, | PPTX |
18 | P. Dimitriou | Recommendations from IAEA CRP on beta-delayed neutron emission | PPTX |
19 | O. Iwamoto | Plans for JENDL-5 evaluations | -- |
20 | H. Leeb | 4. Future Tools in Nuclear Data Evaluation and Envisaged Projects at TU Wien | PPTX |
21 | D. Rochmann | Monte Carlo Nuclear Data Adjustment via integral information | |
22 | A. Stankovskiy | Nuclear data demands for the neutronic design of MYRRHA facility | |
23 | A. Trkov | On Cross Section Correlations, Uncertainty Reduction and Calibration from Integral Data | PPTX |
24 | M. Salvatores | Nuclear data and covariance needs for fission reactors and associated fuel cycles: an update | PPT |