Ponente
Descripción
A. Kasugai, S. Sato, K. Ochiai, M. Oyaidzu, S. Kwon, S. Kenjo, S. Honda and K. Hasegawa
National Institutes for Quantum Science and Technology (QST)
Irradiation experimental plans are being considered for testing with fusion neutron sources in QST. The multi-purpose usage of neutrons is also being considered. As a high neutron flux irradiation, the irradiation test of F82H, a reduced activation ferritic steel, is planned, and that of tungsten, a divertor material, is also being considered. In addition, irradiation plans for Li2TiO3, a Japanese WCCB breeder candidate material, and beryllium and beryllium alloy, multiplier materials, are being carried out in the middle neutron intensity region, and a tritium recovery verification test using a WCCB mockup is being planned. Radiation durability tests of materials related to diagnostic and control devices are also considered. As multi-purpose usage of neutrons, the production of Mo-99 for medical radioisotope is mainly being considered. The design of a neutron beam facility that can be used for neutron imaging and other applications is also discussed.
In this presentation, a comprehensive plan for the utilization of the fusion neutron source A-FNS will be introduced.
