In the present work,the irradiation response of two kinds of candidate materials for key components in advanced and fusion reactors,namely oxide-dispersion-strengthen(ODS)steels and vanadium alloys,was investigated.Fe...In the present work,the irradiation response of two kinds of candidate materials for key components in advanced and fusion reactors,namely oxide-dispersion-strengthen(ODS)steels and vanadium alloys,was investigated.Fe ions supplied by the Heavy ion research facility in Lanzhou(HIRFL)were used to introduce damage in materials.Both pre-and post-irradiation microstructures were mainly investigated by transmission electron microscopy(TEM)while mechanical properties were evaluated by indentation tests.展开更多
文摘In the present work,the irradiation response of two kinds of candidate materials for key components in advanced and fusion reactors,namely oxide-dispersion-strengthen(ODS)steels and vanadium alloys,was investigated.Fe ions supplied by the Heavy ion research facility in Lanzhou(HIRFL)were used to introduce damage in materials.Both pre-and post-irradiation microstructures were mainly investigated by transmission electron microscopy(TEM)while mechanical properties were evaluated by indentation tests.
