[1] A dual-gradient transition layer design achieving three things at one stroke for thermal-sprayed ceramic/diamond-like carbon coatings: Microstructure, corrosion resistance, and tribological performance;

[2] Defect-functionalized lubrication: In-situ modification strategy for high-performance self-lubricating thermal-sprayed ceramics coatings;

[3] Enhanced high-frequency soft magnetic properties of flake-structured Y2Fe15.5Co0.5Si powders;

[4] Mechanically alloyed ultrafine Fe-Si powders for soft magnetic composites;

[5] On Dy-M (M = Al, Ni, and Cu) diffusion sources for enhancing coercivity and corrosion resistance of Nd–Fe–B magnets;

[6] Progress on grain boundary diffused Nd-Fe-B magnets: Developing cost effective diffusion sources and improving service performance;

[7] Simultaneously improving the permeability, core loss and frequency stability of Fe-based soft magnetic composite by optimizing the aspect ratio of reduced Fe powders;

[8] Tailoring Microstructure Orientation and Magnetic Properties in AlNiCo Permanent Magnets by Controlled Withdrawal Rate in High-Rate Solidification;

[9] Temperature-dependent grain boundary diffusion behavior of Nd-Dy-Al alloy in sintered Nd-Fe-B magnet;

[10] Outstanding magnetic properties obtained by low temperature sintering of plasma-assisted ball-milled Mn-Zn ferrite powders;

[11] Interface microstructure and electromagnetic properties of phosphorylated FeSiB@Fe3O4 amorphous soft magnetic composites via thermal decomposition;

[12] Comparative study of Dy and Tb diffusion behavior in grain boundary diffusion processed Nd-Fe-B sintered magnets;

[13] Different behaviors of binary rare earth-Al alloys for grain boundary diffusion of La and Ce-containing multi-main-phase magnets;

[14] A tailored two-step process enabling high efficiency light rare earth diffusion in Ce-rich Nd-Ce-Fe-B magnet;

[15] Overcoming Refractory REE2 Phase Bottleneck in High-Ce-Nd-Ce-Fe-B Magnets via Praseodymium-Induced Phase Transformation: Enabling Liquid-Phase Grain Boundary Diffusion of Dysprosium;

[16] Regulation of the grain boundary CeFe2 phase via Cu addition for anisotropic Ce-Fe-B magnet fabrication;

[17] Enhancing Mechanical Properties and Heat Resistance of Iron Powder Cores for Inductors by Epoxy-Modified Bismaleimide Resin Coating;

[18] Excellent Microwave Absorption Properties in the C Band for the Nitrided Y2Fe12Co4Si/Parafilm Composites;

[19] Experimental and theoretical investigations on the Y substituted and Cu doped nanocrystalline Ce-Fe-B alloys with enhanced hard magnetic properties and cost-effectiveness;

[20] Performance of soft magnetic cores based on the mixture of carbonyl iron and amorphous powders;[21] Optimizing Ce-doped Nd-Fe-B magnets for high-efficient grain boundary diffusion of Tb-Fe alloy