3688 Nanhai Road, Nanshan District
Shenzhen, 518060
China
Shenzhen University
Cu2S/CuS nano-heterostructures, density of states, d band theory, photocatalytic degradation, hydrogen production.
acidic OER, Ru-based electrocatalysts, heterostructure, Mn3O4 substrate, stability.
Methanol selective oxidation reaction, Hydrogen evolution reaction, Value-added product, Bifunctional electrocatalysts, Surface reconstruction
Lithium-ion battery, Porous composite current collector, Electroless Cu deposition, Polymer, Through-hole array
Direct Methanol Fuel Cell, CO2-Emission Free, selective oxidation, Value-Added Products
High-temperature proton exchange membrane, composite membrane, stable interface, excellent fuel cell performance.
Lithium-ion battery technologies, Electrode, electrolyte, Nanogenerators, energy harvesting, Next-generation battery system, ECD time.
solution acidity, passivation behaviors, titanium bipolar plate, proton exchange membrane fuel cells
heterojunction catalyst, electronic inter-modulation, hydrogen production, direct alkaline seawater electrolysis, sulfide oxidation
high-temperature proton exchange membrane, covalent organic frameworks, in situ grown, polybenzimidazole, composite membrane.
Phosphorus vacancy, Ultra-low platinum loading, Nickel phosphides, Methanol oxidation, Electrocatalyst
Stretchable conductors, Printed electronics, Electroless copper deposition, Copper patterns
Additive strategy, Printed electronics, Electroless copper deposition, Copper patterns
Proton exchange membrane water electrocatalysis, OER, Oxygen vacancy, Ru/RuO2, Oxide pathway mechanism
energy-saving hydrogen production, high selectivity, co-electrolysis, selective oxidation of ethanol, Pd-based electrocatalysts
energy-saving hydrogen production, High selectivity, Co-Electrolysis, selective oxidation of ethanol, Pd-based electrocatalysts
FeO6 octahedral regulation, spin-state tuning, Solid oxide electrolysis cells