Nuclear Data for the Next Decade

Session

Facilities for Nuclear Data

009

13 mars 2026, 10:25

Amphithéâtre Farabeuf, Campus des Cordeliers, Paris

Présidents de session

Facilities for Nuclear Data

• Isabelle Lantuéjoul (CEA)

65. Perspectives on setups and experiments for nuclear data with the gamma-ray beams at ELI-NP

Dr Pär-Anders Soderstroem (ELI-NP)

13/03/2026 10:25

Needs for Nuclear Data

The γ-ray beam under construction at the ELI-NP facility is projected to provide users with high-energy, high-intensity and narrow-bandwidth photon beams for nuclear structure studies. This will open the possibilities for user to use monochromatic photon beams in a European facility for photonuclear data. Some examples of these are nuclear Jπ = 1- level densities, the electric dipole photon...

66. Surrogate reactions at heavy-ion storage rings

Dr Beatriz Jurado (IP2I)

13/03/2026 10:50

Needs for Nuclear Data

Neutron-induced reaction cross sections of short-lived nuclei are essential for astrophysics and applications in nuclear technology. However, these cross sections are very difficult or impossible to measure due to the difficulty to produce and handle the necessary radioactive targets. We are developing a project that uses for the first time surrogate reactions in inverse kinematics at a...

67. The NFS facility @ GANIL

Dr xavier LEDOUX (GANIL)

13/03/2026 11:15

Needs for Nuclear Data

The NFS (Neutrons for Science) facility at Ganil in Caen, France, offers unique worldwide fluxes of neutron beams ranging from 1 to 40 MeV. These neutrons are produced via p+Li or d+Be reactions, made possible by the beams delivered by the SPIRAL-2 linear accelerator. The resulting collimated, pulsed neutron beam enables several experiments to be performed simultaneously. In addition to the...

68. The DANCE/DICER to MORDOR facilities

Dr Aaron Couture (LANL)

13/03/2026 11:40

Needs for Nuclear Data

The neutron capture process represents the dominant transmutation reaction open in neutron-rich environments at energies below a few hundred keV. As such, it is essential for understanding the evolution of material in such diverse environments as stellar burning or nuclear reactors. While past decades have seen substantial experimental work on stable isotopes, for many unstable isotopes, we...

75. ??

Experiments for Nuclear Data

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