SSRN RANKINGS
in Total Papers Citations
CoMnOx, Hydrophobicity, VOCs, Catalytic oxidation, Core-shell
CO2 capture, Catalytic solvent regeneration, HZSM-5 zeolite, Metal modification, Monoethanolamine (MEA)
3DOM-SiO2, nano-islands, VOCs catalytic oxidation, Pt cluster, active oxygen
SCR, V2O5-WO3-TiO2, Ca poisoning, redox performance, Mechanism
Electron enrichment, Activate reactant molecules, Regulate electronic structures, NH3-SCR reaction.
Electron enrichment, Activate reactant molecules, Regulate electronic structures, NH3-SCR reaction
Pt single atoms, Core-shell structure, SiO2, Water resistance, Catalytic oxidation
Pt single atoms, core-shell structure, SiO2, Water resistance, Catalytic oxidation
CoCuOx dodecahedron, Core-shell structures, Acid site, Lattice oxygen species, Catalytic combustion, CVOCs
Benzene, Catalytic combustion, LaCoO3, Sulfur tolerance, metal oxides doped
CO2 utilization, Oxidative dehydrogenation, 1-butene, 1, 3-butadiene, Fe-based catalyst
Ammonia decomposition, Ru-based catalysts, Cs promote, MCM-41 DFT calculations
oxygen vacancy, Oxygen-containing groups, Carbonyl sulfide, Hydrolysis, reaction mechanism
Ti-OMS-2, low-temperature SCR, PTFE, Water resistance, N2 selectivity
Three-dimensional (3D) printing, CoMn nanoflowers, Water-resistance, Catalytic combustion, VOCs
Synergistic catalytic elimination, vanadium-based catalyst, fast SCR, Pd0-Vo species, MvK and L-H mechanism
SiO2 nanosphere, core-shell structure, sulfur resistance, Catalytic oxidation, VOCs
CoMnOx, Acid-modified, Acid site, Catalytic combustion, CVOCs
SO2-tolerant, Sulfate-modified, NH3-SCR, Double reaction sites, Weak-confined effect.
Simultaneously catalytic elimination of CO and NO, vanadium-based catalyst, Hydrogen reduction strategy, Activation of lattice oxygen, Conversion of copper species
Ce-O-Fe structure, Electron confinement effect, Functional site, NH3-SCR.
Pt Single atom, CeO2, MOFs, VOCs, Catalytic combustion
Pt nanoclusters, CeO2, In situ confined-domain encapsulation strategy, Catalytic oxidation, toluene
Pt single atoms, Co single atoms, Pt-Co synergy, Catalytic oxidation, Water resistance
Synergistic effects, Bimetallic, Carbonyl sulfide, Catalytic hydrolysis, MCM-41
Ordered mesoporous, Confined effect, NH3-SCR, Low-temperature catalytic performance, Toxicity resistance
Catalytic wet air oxidation, Ru catalysts, La-doped TiO2, Carbonaceous deposit, Metal leaching
Hydrotalcite, VOCs, Catalytic combustion, Pt-based catalyst, Cooperative effect
Pt SACs, CeO2, In situ SERS, VOCs, Catalytic combustion
Framework confinement, Ordered mesoporous, SO2 tolerance, NH3-SCR, Ce-W-Ti
Framework confined, Ordered mesoporous, SO2 poisoning, Ammonium bisulfate decomposition, Pore size.
Catalytic oxidation, Volatile organic compounds, Hydrotalcite-like compounds, Competitive adsorption, Reaction mechanism
pre-sulfurization, interfacial confinement effect, functional protective site, NH3-SCR.
VOCs, Amorphous zeolite, AlV defect sites, Confined encapsulation strategy, Water resistance
The synergistic elimination of CO and NO, oxygen recycle, Pd3-CO adsorption, the MvK mechanism, the fast SCR
ordered mesoporous, pore confinement, framework confinement, citric acid pretreatment, NH3-SCR
CO2, Oxidative Dehydrogenation, 1-butene, 1, 3-Butadiene, Fe based catalyst
S-doping, dendritic mesoporous structure, Ce-O-Fe active pairs, selective catalytic reduction.
NH3-SCR, CaO resistance, Redox properties, surface acidity, Mechanism
NH3-SCR, CaO resistance, Redox properties, Surface acidity, mechanism
Strong metal-support interaction, N2 selectivity, sulfation treatment, Sm modification
Mn based catalyst, confinement effect, TiO2 nanotubes, SO2 tolerance, NH3-SCR
CO2, Oxidative dehydrogenation, 1-Butene, 1, 3-Butadiene, ZSM-5 molecular sieve
Framework confined, Ordered mesoporous, SO2 poisoning, Cu-Ce interface effect
Attapulgite, CO catalytic oxidation, MOFs, Ce/Cu, Interfacial interaction
1-butane, Oxidative dehydrogenation, CO2, 1, 3-Butadiene, Interaction
High-temperature denitrification, Ce-based catalyst, Titanium oxysulfate, Sulfate active sites, Selection catalytic reduction
Coal tar residue, Organic macromolecule characteristics, Sequential dissociation, Non-destructive method, Flash pyrolysis
CO2 capture, catalytic CO2 desorption, metal-molecular sieve composites, structural regulation, acid centers
Dehydrogenation, N-doped bio-porous carbon, Pd nanoclusters, Low reaction temperature, Hydrogen storage
