Antzeko izenburuak: Advanced Materials in Catalysis and Adsorption
- Advanced Catalysis in Hydrogen Production from Formic Acid and Methanol
- Applied Catalysis in Chemical Industry
- Catalytic Reforming and Hydrogen Production
- Catalysts for Syngas Production
- Metal Nanoparticles as Catalysts for Green Applications
- Innovative Catalytic Materials for Environmental Remediation and Energy Applications
- New Trends in Catalysis for Sustainable CO2 Conversion
- Catalysis for the Production of Sustainable Fuels and Chemicals
- Catalysis by Precious Metals, Past and Future
- New Trends in Photo(Electro)catalysis
- Electrochemical Surface Science: Basics and Applications
- Towards Green, Enhanced Photocatalysts for Hydrogen Evolution
- Transition-Metal-Containing Bifunctional Catalysts
- Nanoparticle for Catalysis
- Rational Design of Non-precious Metal Oxide Catalysts by Means of Advanced Synthetic and Promotional Routes
- Application of New Nanoparticle Structures as Catalysts
- Catalysis by Metals on Perovskite-Type Oxides
- Exclusive Papers of the Editorial Board Members and Topical Advisory Panel Members of Catalysts in Section "Catalytic Materials"
- Recent Advances in Cobalt and Related Catalysts
- Emissions Control Catalysis
- Electrocatalysts for Oxygen/Hydrogen-Involved Reactions
- 10th Anniversary of Nanomaterials—Recent Advances in Environmental Nanoscience and Nanotechnology
- New Insights into Novel Catalysts for Treatment of Pollutants in Wastewater
- Immobilized Non-Precious Electrocatalysts for Advanced Energy Devices
Gaia: gold zeolites
- Gaia: boron modifier
- Gaia: selective glucose oxidation with O2 and H2O2
- Gaia: microwave-assisted oxidation
- Gaia: base-free oxidation
- Gaia: dye degradation
- Gaia: Fenton method
- Gaia: green synthesis
- Gaia: zero-valent iron
- Gaia: N-CNT
- Gaia: CVD-synthesis
- Gaia: carbon nanotube
- Gaia: XPS
- Gaia: TEM
- Gaia: nitrogen doping by ammonia
- Gaia: gold
- Gaia: palladium
- Gaia: Sibunit carbon
- Gaia: bimetallic catalysts
- Gaia: surface modification
- Gaia: tosylate salts
- Gaia: hydrogenation
- Gaia: furfural
- Gaia: furfuryl alcohol
- Gaia: high throughput
- Gaia: electrocatalysis
- Gaia: CO2 reduction
- Gaia: magnetron sputtering
- Gaia: silver-zinc alloy
- Gaia: steam reforming
- Gaia: autothermal reforming
- Gaia: propane
- Gaia: butane
- Gaia: structured catalysts
- Gaia: cobalt
- Gaia: platinum
- Gaia: porous nanoalloys
- Gaia: X-ray diffraction
- Gaia: alloy catalysts
- Gaia: carbon nanofibers
- Gaia: Mn-Ce
- Gaia: Mn-Zr
- Gaia: Mn-Zr-Ce
- Gaia: thermal stability
- Gaia: CO oxidation
- Gaia: proton exchange membrane water electrolysis
- Gaia: oxygen evolution reaction
- Gaia: iridium oxide
- Gaia: titanium nitride
- Gaia: thermal nitriding
- Gaia: Ruddlesden–Popper phases
- Gaia: X-ray powder diffraction
- Gaia: HRTEM
- Gaia: defects
- Gaia: 1D simulation
- Gaia: nonstoichiometry
- Gaia: oxidative coupling of methane
- Gaia: pharmaceuticals and personal care products
- Gaia: advanced oxidation processes
- Gaia: free radicals
- Gaia: water treatment
- Gaia: methylene blue
- Gaia: discoloration
- Gaia: sorption
- Gaia: photodegradation
- Gaia: BNOx nanocatalyst
- Gaia: DFT calculations
- Gaia: CCVD
- Gaia: Ni–Cu catalyst
- Gaia: oxidative treatment
- Gaia: N-functionalization
- Gaia: melamine
- Gaia: chloroaromatics
- Gaia: adsorption
- Gaia: hydrodechlorination
- Gaia: N-containing carbon nanofibers
- Gaia: trichloroethylene
- Gaia: nickel catalyst
- Gaia: nickel alloys
- Gaia: carbon erosion
- Gaia: ferromagnetic resonance
- Gaia: RAPET
- Gaia: fuel cell
- Gaia: reforming
- Gaia: fuel processing
- Gaia: liquid fuel
- Gaia: diesel fuel
- Gaia: hydrogen
- Gaia: catalyst
- Gaia: syngas
- Gaia: nickel
- Gaia: tungsten
- Gaia: carbon nanomaterials
- Gaia: synthesis
- Gaia: graphene
- Gaia: doping
- Gaia: boron
- Gaia: n/a
- Gaia: thema EDItEUR::G Reference, Information and Interdisciplinary subjects::GP Research and inform...
- Gaia: thema EDItEUR::P Mathematics and Science::PH Physics
Gaia: amino-organosilane modifier
- Gaia: boron modifier
- Gaia: selective glucose oxidation with O2 and H2O2
- Gaia: microwave-assisted oxidation
- Gaia: base-free oxidation
- Gaia: dye degradation
- Gaia: Fenton method
- Gaia: green synthesis
- Gaia: zero-valent iron
- Gaia: N-CNT
- Gaia: CVD-synthesis
- Gaia: carbon nanotube
- Gaia: XPS
- Gaia: TEM
- Gaia: nitrogen doping by ammonia
- Gaia: gold
- Gaia: palladium
- Gaia: Sibunit carbon
- Gaia: bimetallic catalysts
- Gaia: surface modification
- Gaia: tosylate salts
- Gaia: hydrogenation
- Gaia: furfural
- Gaia: furfuryl alcohol
- Gaia: high throughput
- Gaia: electrocatalysis
- Gaia: CO2 reduction
- Gaia: magnetron sputtering
- Gaia: silver-zinc alloy
- Gaia: steam reforming
- Gaia: autothermal reforming
- Gaia: propane
- Gaia: butane
- Gaia: structured catalysts
- Gaia: cobalt
- Gaia: platinum
- Gaia: porous nanoalloys
- Gaia: X-ray diffraction
- Gaia: alloy catalysts
- Gaia: carbon nanofibers
- Gaia: Mn-Ce
- Gaia: Mn-Zr
- Gaia: Mn-Zr-Ce
- Gaia: thermal stability
- Gaia: CO oxidation
- Gaia: proton exchange membrane water electrolysis
- Gaia: oxygen evolution reaction
- Gaia: iridium oxide
- Gaia: titanium nitride
- Gaia: thermal nitriding
- Gaia: Ruddlesden–Popper phases
- Gaia: X-ray powder diffraction
- Gaia: HRTEM
- Gaia: defects
- Gaia: 1D simulation
- Gaia: nonstoichiometry
- Gaia: oxidative coupling of methane
- Gaia: pharmaceuticals and personal care products
- Gaia: advanced oxidation processes
- Gaia: free radicals
- Gaia: water treatment
- Gaia: methylene blue
- Gaia: discoloration
- Gaia: sorption
- Gaia: photodegradation
- Gaia: BNOx nanocatalyst
- Gaia: DFT calculations
- Gaia: CCVD
- Gaia: Ni–Cu catalyst
- Gaia: oxidative treatment
- Gaia: N-functionalization
- Gaia: melamine
- Gaia: chloroaromatics
- Gaia: adsorption
- Gaia: hydrodechlorination
- Gaia: N-containing carbon nanofibers
- Gaia: trichloroethylene
- Gaia: nickel catalyst
- Gaia: nickel alloys
- Gaia: carbon erosion
- Gaia: ferromagnetic resonance
- Gaia: RAPET
- Gaia: fuel cell
- Gaia: reforming
- Gaia: fuel processing
- Gaia: liquid fuel
- Gaia: diesel fuel
- Gaia: hydrogen
- Gaia: catalyst
- Gaia: syngas
- Gaia: nickel
- Gaia: tungsten
- Gaia: carbon nanomaterials
- Gaia: synthesis
- Gaia: graphene
- Gaia: doping
- Gaia: boron
- Gaia: n/a
- Gaia: thema EDItEUR::G Reference, Information and Interdisciplinary subjects::GP Research and inform...
- Gaia: thema EDItEUR::P Mathematics and Science::PH Physics