Abstract
CEA Charged Particle Irradiation Facilities for Nuclear Material Studies
Highlights
In order to better understand the mechanisms of radiation damage, experimental simulation can be conducted with charged particles
Experimental irradiation conditions are well controlled and the irradiated samples can be characterized with conventional analytical methods
This presentation will describe the CEA facilities devoted to ion or electron irradiations for material studies
Summary
To study the effects of radiation on nuclear materials, the CEA uses various irradiation facilities producing neutrons or charges particles. In order to better understand the mechanisms of radiation damage, experimental simulation can be conducted with charged particles In this case, experimental irradiation conditions (temperature, dose, flux, energy) are well controlled and the irradiated samples can be characterized with conventional analytical methods. Experimental irradiation conditions (temperature, dose, flux, energy) are well controlled and the irradiated samples can be characterized with conventional analytical methods This presentation will describe the CEA facilities devoted to ion or electron irradiations for material studies. Examples of irradiations performed at JANNUS (Joint Accelerators for Nano-science and NUclear Simulation) will be detailed (Fig. 1)
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