Abstract
To improve the CFCs characteristics of chemical erosion, tritium retention, and H s O/air resistivity, an advanced silicon doped 3D CFC has been developed in the framework of the European Fusion Technology Programme. This paper presents the manufacturing procedure, the thermal - mechanical properties and the results of experimental investigations on: outgassing behaviours, erosion by plasma, H 2 O/air reaction, stability of doped Si-in bulk material under D + ion irradiation and DAT retention. The results have been critically analysed and the consequence is discussed.
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