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Xuzhou, Jiangsu
China
China University of Mining and Technology - School of Materials Science and Engineering
Titanium matrix composites; Oxidation mechanism; Thermal stability; Interface strengthening; Transmission electron microscopy
Effective capacitance, core-shell structure, nanograin BaTiO3, finite element method, phase-field model
Porous material, CoAl3 intermetallic, Microstructure, Formation mechanism, Oxidation resistance
Porous material, CoAl3 intermetallic, Thermal explosion, Microstructure, Formation mechanism, Oxidation resistance
kaolinite, TiO2, Bi spheres, Photocatalysis, clay substrate, Z-type mechanism
porous materials, Thermal explosion, Microstructure, Oxidation resistance
Porous materials, Ni-Al-Cr intermetallic compounds, Thermal explosion reaction, oxidation resistance
ZrB2, Coatings, Film-forming treatment, oxidation, Oxygen permeability
Film capacitor, PP nanocomposites, Energy storage, nonpolar, sub-10 sized
A. intermetallics, porous materials, B. corrosion, electrochemistry, D. microstructure
Molten salt electrolysis, Mg2+/Mg Bifunctional, Silicon-Containing Biomass-Derived Carbon, Graphitization, C(graphite)/SiC Anode
Core-shell structure, dielectric temperature stability, low-electric-field energy storage performance, breakdown strength, BNT-based ceramics
Porous LDH, fluoride ion, adsorption, organic assist, rapid synthesis
Cu/Cu2O, dealloying corrosion, micro/nano porous particles, powder sintering
linear-like relaxors, High polarization, Energy Storage, high effective dielectric constant, BNT-Based ceramics
BaTiO3, sol-gel coating, Core-shell structure, Energy storage
Porous materials, Thermal explosion, intermetallics, Corrosion behavior