Wuhan
China
Wuhan University of Technology - State Key Laboratory of Advanced Technology for Materials Synthesis and Processing
Photocatalytic H2 production, Tubular g-C3N4, Nickel/aluminum layered double hydroxide, Heterojunction, In-situ synthesis
Lithium-ion battery, Na+ doping, CeO2 coating, synergistic modification, cycling stability
hierarchical zeolites, zeolite single crystals, ordered structure, interconnected pores, improved diffusion rate, highly reduced coking, catalytic efficiency, catalytic cracking, MTO process
Silicon/carbon anode, element co-doped, lithium-ion battery, Electrical conductivity, Kirkendall effect
Zn0.1Cd0.9S/NiS, heterojunction, photocatalysis, H2-production, Glucose conversion
lithium-ion battery, Li1.2Mn0.54Ni0.13Co0.13O2, Na+ doping, CeO2 surface modification, synergistic modification, cycling stability
Li metal anodes, Cl-Rich MXene, Artificial Interphase Layer, Halide-Rich SEI
LiNi0.6Mn0.2Co0.2O2, Na+-doping, Transmission electron microscopy, Migration energy barrier, Charge transfer resistance
silicon anode, Li-ion battery, Plasma-ball milling, Carbon layer, Silicon oxide layer
Solid-State Batteries, MXene, PEO, Ionic liquid, Polymer matrix
ZnIn2S4 photocatalyst, Tetracycline degradation, deactivation, S vacancies, regeneration mechanism
Zeolite ZSM-5, Hierarchical Structure, Acidity and Porosity, Benzyl Alcohol Conversion
Silicon anode, Li-ion battery, Amorphous titanium dioxide, Polyaniline, Double buffer layers
ZIF-L, nanosheets-assembled carbon flower, CNTs, reaction kinetics, Li-Se batteries
Lithiophilic AlF3, Three-dimensional host, Carbon hollow spheres, Dendrite-free electrode, Lithium metal battery
Shuttle effect, Porous polar CoSnO3 nanocubes, Adsorption, Catalysis, Li-Se battery
MXene, aerogel, Intercalation, Supercapacitors, capacitance
Lithium metal anodes, Fluorinated and nitrided polymer (FNP), Solid electrolyte interphase (SEI), Li deposition, Molecular-level design
3DOM TiO2, NiOx, Ni0/Ni2+ dual active centers, p-n heterojunction, photocatalytic hydrogen production
Conductive Cu interphase, Lithiophilic Cu2O pellets, Nitrogen-doped carbon fibers, Uniform Li deposition, Li metal anode
Li-Se battery, Porosity ratio, Chitin-derived carbon, Polyselenides, Reaction kinetics
Li metal batteries, Functionalized hosts, Spatially regulated Li deposition, Dead Li reactivation
