Qingdao, 266042
China
Qingdao University of Science and Technology
SSRN RANKINGS
in Total Papers Citations
Vanadium nitride, Oxygen defects, Zn3(OH)2V2O7·2H2O, In situ phase transformation, Aqueous zinc ion batteries
g-C3N4, single-atom Ni/S, in situ growth, TC degradation, CO2 reduction
levofloxacin degradation, PMS activation, Co3S4/CoSO4/MnO, mechanism
MXene, Redox reaction activity, Supercapacitor, Energy storage
MXene, Redox reaction activity, Supercapacitor, energy storage
defects level, internal electric field, Photocatalytic H2 evolution, Z-scheme heterostructure
Flash joule heating, Ultrafine Ru nanoparticles, Metal-support interaction, WC support, Hydrogen evolution reaction.
NiFe-layered double hydroxide, boron modification, electrochemical reconstruction, Oxygen evolution reaction, alkaline seawater oxidation
NiFe-layered double hydroxide, Boron modification, electrochemical reconstruction, oxygen evolution reaction, alkaline seawater oxidation
Z-scheme photocatalyst, water splitting for H2 evolution, interfacial chemical bond, wedge-type heterointerface, bottom-up strategy
Carbon quantum dots, In2S3, Cr(VI) reduction, photocatalysis
ZnIn2S4, SnSe2, Ohmic junction, internal electric field, heterointerface, photocatalytic H2 evolution
Ciprofloxacin degradation, PMS activation, CoMn2O4/Mn3O4, carbon, Mechanism
Co-doped ZnO/Mn3O4, PMS, electron transfer, built-in electric field, TC degradation
g-C3N4, Br-doped C, N-deficient, ball-milling, H2 evolution, photocatalysis
MOFs, transition metal sulfides, Element doping, Hollow structure, hetero-structure, Supercapacitor
cationic (W) vacancies, anionic (O) Vacancies, WO3, Cathode, magnesium
Single-atoms electrocatalyst, Electrocatalysis, Oxygen reduction reaction, Coordination environment, Rechargeable Zn-air battery
surface metal-fluorine, Metal-support interaction, electron buffer, Ru/RuO2 heterostructure, acidic water splitting
surface metal-fluorine, metal-support interaction, electron buffer, Ru/RuO2 heterostructure, acidic water splitting
ultrafast, intermetallic, ordered vacancies, method, Electrocatalysis
Cocatalyst, Mo/MoO2, antibonding-orbital occupancy, charge transfer, photocatalytic H2 evolution
cations pre-intercalation, hydrated ionic radius, oxidation state, VS4/N-TG, magnesium ions battery
heterointerface, Ru@FeCoP, electrocatalysis, double-shell structure, dual-active sites
zinc ion battery, cathode material, molybdenum based sulfide, intercalation engineering, phase transition
Hydrated vanadium oxide, Aqueous zinc ion battery, Cathode materials, Interlayer crystal water, Porous microspheres
Metal-organic complexes, Reconstruction, Oxy-hydroxide heterostructures, Oxygen evolution reaction, Morphologies
metal-organic complexes, Reconstruction, oxy-hydroxide heterostructures, Oxygen Evolution Reaction, morphologies
Dendritic nano-dendrites, Self-sacrificing template, Direct alcohol fuel cells, Highly specific surface, Alcohols electrooxidation
Oxygen evolution reaction, oxygen reduction reaction, Metal-organic gel, Zinc-air battery
Mn3O4, Oxygen vacancy, complex, Electron transfer, Peroxymonosulfate
low-valent cation doping and leaching, single-atom Cu, vacancies, Defects, photocatalytic H2 evolution
electrospinning, three-dimensional self-supported, ultra-small, high current density, acidic overall water splitting
g-C3N4, local crystallization, n → π* transition, P-doping, CO2 reduction
CdSe QDs, Co nanoparticle, N-doped carbon, Cr(VI) reduction, H2 evolution
Li-S batteries, Separator, Flame retardancy, Chemical adsorption, safety
Li-S batteries, Separator, Flame retardancy, Chemical adsorption, Safety
high EDL, orientated crystal growth, zincophilic, Hydrophobic, ZIF-8 layer
high EDL, orientated crystal growth, zincophilic, hydrophobic, ZIF-8 layer
Polymeric carbon nitride, Dual cocatalysts, Asymmetrically geometrical deployment, Synergistic interactions, Photocatalytic hydrogen evolution
Metal-organic framework, Hollow structure, Amorphous phase, Etching, Hybrid supercapacitors
Carbon self-doping, Pt6 NCs, Internal electric field, Z-scheme heterojunction, Photocatalytic H2 evolution
carbon nitride, Br, K-doped and cyano-rich, H2O2 production, TC degradation, photo-Fenton reaction
charge extraction, Co-catalyst, Cu interlayer, Photocatalytic, HER
Oxygen reduction reaction, Bimetallic dual-atom catalysts, zinc-air battery, Flexible zinc-air battery, pH-universal ORR catalyst
ClER, modification, saturated, Heterojunction, continuous−flow
Spin-polarized electric field, Built-in interfacial electric field, Rising Schottky barrier, d-band center, Photocatalytic H2 evolution
covalent organic framework, amidoxime groups, uranium extraction, fluorescent detection, adsorption
Defect engineering, Multi-electrons reaction, VS4, Cathode, Rechargeable Mg batteries
ZnO/Mn3O4/Co3O4, PMS activation, TC degradation, electron transfer
oxygen reduction reaction, Fe-NX active sites, thiophene-S, Zn-air battery, solid-state flexible battery
acidic C-N coupling, porous core-shell, Multi-site, electronic modulation
Cobalt nanoparticles, Nitrogen-doped carbon nanotubes, All pH values, Hydrogen evolution, Heterojunction hierarchical structure
Flame retardant, Solid Polymer Electrolytes, Solid electrolyte interface, Ionic conductivity
Bimetallic oxide, Zeolite, Fenton-like catalysis, organic degradation, free radical
Fe7S8/Fe2O3/Fe catalyst, trace Mn doping, Peroxymonosulfate, superoxide radicals
Solid Polymer Electrolytes, Ionic conductivity, Flame retardant, π-π interaction, P=O sites.
Alkaline seawater splitting, Metal-organic frameworks, Layered double hydroxides, Non-noble metal electrocatalyst, Heterojunction
Iron single atom, amorphization iron oxide, g-C3N4, Peroxymonosulfate, Mechanism
Iron oxide, Amorphous, g-C3N4, Peroxymonosulfate, Mechanism
layered double hydroxide, heterostructures, chlorine resistance, oxygen evolution reaction, seawater oxidation
zinc anode, hydrogel electrolyte, Interface, side reaction, dendrites
Metal-organic frameworks, Layered double hydroxides, Etching, Hollow structure, Newton's cradle, Alkaline zinc battery
carbon nitride, Ru cocatalyst, single atom + cluster, cluster + nanoparticles, H2 evolution
g-C3N4, C, N-deficient and O-doped, molten urea, formaldehyde, photocatalysis
Carbon nitride, SnO2 embedding, KSCN-assisted calcination, CO2 photoreduction, mechanism
Oxygen reduction reaction, Fe-NX active sites, Thiophene-S, Zn-air batteries, Solid-state flexible batteries
Carbon black, Hierarchical TS-1 zeolite, Epoxidation, 1-hexene
ZnO, Oxygen vacancy, trace Co3O4, peroxymonosulfate, Ciprofloxacin
Thermal shock, Ru-based electrocatalyst, Hydrogen evolution reaction, pH-universal
High-temperature shock, Ultrafine Ru nanoparticles, Metal-support interaction, Ampere-level current density, Hydrogen evolution reaction
Amorphous metallene, RuGa metallene, atomic interface, monometallic synergism, alkaline hydrogen evolution reaction
Polymeric carbon nitride, Dual-metal cocatalyst, charge separation, synergistic effect, Photocatalytic hydrogen evolution
Carbon nitride, Co-N5O1 atom, PMS activation, Mechanism
Partial reduction strategy, CdS nanorod, P-band center, Charge extraction ability, Photocatalytic H2 production
Co-based catalyst, Hydrogen spillover, hydroxyl spillover, alkaline hydrogen evolution, high current densities
Polymeric carbon nitride, Dual-metal cocatalyst, charge separation, Synergistic effect, photocatalytic hydrogen evolution
Hollow nanowires, corrosion, a/c-Co0.8Ru0.2/RuCoO, hydrogen evolution reaction, Urea Oxidation Reaction
Ni(OH)2@NiOOH, Ni foam, overall water splitting, high current density, electrocatalysts
Zn vacancy, ZnO, chemically anchoring of Co, PMS activation, mechanism
