Papers
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About
Yanli Liu is a materials scientist whose research focuses on the design and performance enhancement of advanced permanent magnets, particularly sintered Nd-Fe-B systems. Her work addresses critical challenges in magnetic materials by exploring grain boundary diffusion techniques to simultaneously improve magnetic properties and corrosion resistance. In her most-cited study, she investigates the effect of Zn-Li-Mn grain boundary diffusion, demonstrating how this novel alloy can optimize coercivity while mitigating environmental degradation—a key concern for applications in electric vehicles and wind turbines. Though early in her citation impact, with 2 citations to this 2026 paper, her contributions are gaining attention for their practical relevance to industrial magnet manufacturing. Liu’s research bridges fundamental materials science and applied engineering, offering pathways to more durable, high-performance magnets. Her work is particularly notable for its systematic approach to correlating microstructural changes with macroscopic magnetic and anti-corrosion behaviors, providing a foundation for future innovations in rare-earth magnet technology.
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Top Papers
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