Revolutionary Manufacturing Technique Enables Complex 3D Slippery Surfaces Researchers have achieved a significant breakthrough in surface engineering that promises to…
A new study reveals how atomic-level engineering of manganese bismuth magnets could lead to superior magnetic materials. Scientists report significant enhancements in key magnetic properties through strategic elemental substitutions.
Researchers have developed an innovative approach to enhancing permanent magnet materials through atomic-level engineering, according to recent reports in Scientific Reports. The study focuses on manganese bismuth (MnBi) magnets, which analysts suggest could provide sustainable alternatives to rare-earth-dependent magnets in various technological applications.
Scientists have developed novel theoretical models that provide fresh insights into aqueous corrosion of silicate glass. The research challenges long-held assumptions about diffusion mechanisms and reveals the primary drivers of glass degradation across different pH conditions.
Researchers have developed new theoretical models that provide unprecedented insights into the aqueous corrosion mechanisms of silicate glass, according to recent reports in npj Materials Degradation. The study addresses fundamental questions about how common glass materials degrade when exposed to water and acidic solutions, with significant implications for numerous industrial applications.
