Ponente
Descripción
IFMIF-DONES, the International Fusion Irradiation Facility-DEMO Oriented NEutron Source, is a major international project aimed at testing and studying materials under extreme neutron irradiation conditions expected in future fusion reactors. It seeks to create an environment that accurately simulates the irradiation conditions of fusion reactors, enabling researchers to evaluate material performance and suitability for fusion nuclear applications.
The variation ranges of the irradiation parameters of the different kinds of Small Scale Testing Technique (SSTT) material specimens inside each irradiation capsule are shown in this work, taking into account the irradiation conditions in the current High Flux Test Module (HFTM). Neutron fluence rate, primary displacement damage, nuclear heating and transmutation gases to displacement damage ratio are evaluated in order to provide valuable insights into the anticipated radiation environment within each HFTM irradiation capsule.
A comprehensive understanding of these variation ranges of the irradiation parameters within IFMIF-DONES is crucial to design and conduct experiments. This knowledge ensures experiment accuracy, reliability, and optimization. By thoroughly studying the irradiation conditions, including neutron flux, energy spectrum, and radiation effects, researchers can tailor experiments to specific requirements, gaining valuable insights into scientific phenomena. Precise control and manipulation of experimental parameters facilitate meaningful results and pave the way for breakthrough discoveries.
