Abstract:Nanostructured ferritic (Fe(82−x)-Cr18-Six, x = 0–3 wt %) and austenitic (Fe(73−x)-Cr18-Ni9-Six, x = 0–3 wt %) stainless steel (SS) alloys were developed by mechanical alloying (MA) and spark plasma sintering (SPS). The unit cell parameter estimated from X-ray diffraction spectra exhibited a decreasing trend with an increase in wt % of Si content in both alloy systems. The particle size of powders estimated using bright field transmission electron microscopy images for ferritic (3 wt % Si) and austenitic (3 wt… Show more
“…Nanostructured ferritic (Fe (82−x) -Cr 18 -Si x , x = 0–3 wt %) and austenitic (Fe (73−x) -Cr 18 -Ni 9 -Si x , x = 0–3 wt %) stainless steel (SS) alloys were prepared, characterized and tested for their electrochemical performances [ 5 ]. The preparation was performed by mechanical alloying and spark plasma sintering, while characterization showed that, with an increase in the wt % of Si content, the unit cell parameter shows a decreasing trend.…”
Today, sustainability represents the key factor for economic progress in compliance with social advancement and environmental protection, driving innovation in materials, processes and technologies [...]
“…Nanostructured ferritic (Fe (82−x) -Cr 18 -Si x , x = 0–3 wt %) and austenitic (Fe (73−x) -Cr 18 -Ni 9 -Si x , x = 0–3 wt %) stainless steel (SS) alloys were prepared, characterized and tested for their electrochemical performances [ 5 ]. The preparation was performed by mechanical alloying and spark plasma sintering, while characterization showed that, with an increase in the wt % of Si content, the unit cell parameter shows a decreasing trend.…”
Today, sustainability represents the key factor for economic progress in compliance with social advancement and environmental protection, driving innovation in materials, processes and technologies [...]
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