Nanostructured ferritic alloys (NFAs) having sub-micron grain size with a high density of
nano-oxides (NOs)(size of∼ 2–3 nm) are one of the best candidates for structural
components in Generation IV nuclear systems. In this study, 14YWT NFA cladding tubes
were irradiated in BOR60 reactor up to 7 dpa at 360–370° C. Detailed microstructural
analysis has been conducted using bright field transmission electron microscopy, bright field
scanning transmission electron microscopy, energy filtered transmission electron …

Nanostructured ferritic alloys (NFAs) having sub-micron grain size with a high density of
nano-oxides (NOs)(size of similar to 2-3 nm) are one of the best candidates for structural
components in Generation IV nuclear systems. In this study, 14YWT NFA cladding tubes
were irradiated in BOR60 reactor up to 7 dpa at 360-370 degrees C. Detailed microstructural
analysis has been conducted using bright field transmission electron microscopy, bright field
scanning transmission electron microscopy, energy filtered transmission electron …