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Considering that tungsten (W) materials served as the plasma-facing material in the fusion reactor would be exposed to edge-localized modes (ELMs)-like thermal shock loading accompanied with He-ion irradiation, the W–TiC composite produced with a wet-chemical method was conducted by the dual effects from the laser beam thermal shock first and He-ion irradiation later in this work. The microstructure...
W, W-TaC, and W-TiC materials were subjected to heat–load tests in an electron beam facility (10keV, 8kW) at 100 pulses. After heat loading, severe cracks and plastic deformation were detected on the surface of pure W materials. However, plastic deformation was the primary change on the surfaces of W-TaC and W-TiC alloys. This phenomenon was due to the second-phase (TaC and TiC) particles dispersed...
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