Institute of Metals and Technology

Microstructure-driven formation of a chemically graded corrosion layer in PBF-LB/M fabricated dual-phase Mg–8Li–0.5Ca wt.% ultralight alloy

In this study, a dual-phase Mg-8Li-0.5Ca wt.% ultralight alloy was successfully fabricated using powder bed fusion - laser beam/metals (PBF-LB/M). The as-built microstructure consisted of α(Mg) enriched with microscale Mg-Ca precipitates and β(Li) containing nanosized needle-like...

Silver‐Modulated Copper Dynamics Under Pulsed Tandem Electrochemical CO 2 Reduction

ABSTRACT Pulsed electrolysis and Cu‐Ag tandem catalysis are both promising strategies for electrochemical CO 2 reduction, yet their interplay remains unclear. Here, we show that pulsed operation does not preserve the as‐prepared Cu‐Ag catalyst and instead generates a dynamic bime...

Growth of NanotubularFlowers Using Environment-FriendlyElectrolytes and their Biomedical Applications

Abstract Plasma-induced electrochemical anodization (PA) is introduced as an alternative strategy for fabricating titanium oxide nanostructures using environmentally benign, chloride-based electrolytes. Unlike conventional anodization methods that rely on metallic cathodes and fl...