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- Carbon_nanotube_supported_catalyst abstract "Carbon nanotube supported catalyst is a novel supported catalyst, using carbon nanotubes as the support instead of the conventional alumina or silicon support. For carbon nanotubes (CNTs), the exceptional physical properties, such as large specific surface areas, excellent electron conductivity incorporated with the good chemical inertness and relatively high oxidation stability, makes it a promising support material for heterogeneous catalysis.The catalyst is a substance, usually used in small amounts relative to the reactants, that increases the rate of a chemical reaction without itself undergoing any permanent chemical change. One or more kinds of catalysts can be loaded on another material with a high surface area, which serves as the support, to form a supported catalyst as a whole system. In a supported catalyst system, the significance of using the support are to increase the dispersion of the active phases, to have a better control of the porous structure, to improve mechanical strength, to prevent sintering and to assist catalysis. There is a wide spectrum of supports ranging from conventional and most commonly alumina to novel various kinds of activated carbon. Synthesis methods and functions vary greatly due to different kinds of support and catalytic materials.The challenge in making a supported nanoparticulate catalyst is to avoid agglomeration. This can be achieved by using a poly-functional anchoring agent, and drying under a relatively low temperature. Relative research are deposition of palladium and platinum particles on activated carbon, using a poly-acrylate anchor. To unveil more molecular details of the extensive interactions between precursors and supports in an aqueous environment, studies of adsorption and precipitation chemistry must be taken into account. Progress is being made in the use of chemical vapor deposition for the synthesis of supported catalysts. Combinatorial techniques have seen their contributions to solid catalyst synthesis.".
- Carbon_nanotube_supported_catalyst thumbnail Fe-decorated_carbon_nanotube.jpg?width=300.
- Carbon_nanotube_supported_catalyst wikiPageID "33178140".
- Carbon_nanotube_supported_catalyst wikiPageLength "45051".
- Carbon_nanotube_supported_catalyst wikiPageOutDegree "81".
- Carbon_nanotube_supported_catalyst wikiPageRevisionID "706050140".
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Aerosol.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Alkylation.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Aluminium_oxide.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Aminothiol.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Ammonia.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Amorphous_carbon.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Anchor.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Atomic_layer_deposition.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Binding_selectivity.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Biocompatibility.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Carbon.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Carbon_black.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Carbon_monoxide.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Carbon_nanotube.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Catalysis.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Catalyst_support.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Category:Carbon_nanotubes.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Charcoal.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Chemical_reaction.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Chemical_vapor_deposition.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Coulombs_law.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Dehydrogenation.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Diamond.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Electric_arc.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Energy-dispersive_X-ray_spectroscopy.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Fischer–Tropsch_process.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Fluorescence_microscope.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Formic_acid.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Fuel_cell.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Fullerene.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Graphene.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Graphite.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Halide.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Heck_reaction.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Heterogeneous_catalysis.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Hydrodealkylation.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Hydrodesulfurization.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Hydrogenation.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Hydrothermal_circulation.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Isomerization.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Laser_ablation.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Metal.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Methanol.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Molten_salt.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Morphology_(molecular).
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Near-infrared_spectroscopy.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Non-covalent_interactions.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Palladium.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Platinum.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Polymerization.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Pulsed_laser_deposition.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Scanning_electron_microscope.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Semiconductor.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Silicon.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Sodium_dodecyl_sulfate.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Sol-gel.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Specific_surface_area.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Stabilizer_(chemistry).
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Strength_of_materials.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Sulfide.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Transition_metal.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Transmission_electron_microscopy.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Ultimate_tensile_strength.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink X-ray_crystallography.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink X-ray_photoelectron_spectroscopy.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink Youngs_modulus.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink File:Fe-decorated_carbon_nanotube.jpg.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink File:Figure_1._Schematic_diagram_of_CNTs_supported_catalyst.png.
- Carbon_nanotube_supported_catalyst wikiPageWikiLink File:Heck_arylation_catalyzed_by_the_CNT_supported_palladium_catalyst.png.
- Carbon_nanotube_supported_catalyst wikiPageWikiLinkText "Carbon nanotube supported catalyst".
- Carbon_nanotube_supported_catalyst wikiPageUsesTemplate Template:CO2.
- Carbon_nanotube_supported_catalyst wikiPageUsesTemplate Template:Reflist.
- Carbon_nanotube_supported_catalyst subject Category:Carbon_nanotubes.
- Carbon_nanotube_supported_catalyst hypernym Novel.
- Carbon_nanotube_supported_catalyst type Agent.
- Carbon_nanotube_supported_catalyst type Book.
- Carbon_nanotube_supported_catalyst type Agent.
- Carbon_nanotube_supported_catalyst type Conductor.
- Carbon_nanotube_supported_catalyst type Nanomaterial.
- Carbon_nanotube_supported_catalyst comment "Carbon nanotube supported catalyst is a novel supported catalyst, using carbon nanotubes as the support instead of the conventional alumina or silicon support.".
- Carbon_nanotube_supported_catalyst label "Carbon nanotube supported catalyst".
- Carbon_nanotube_supported_catalyst sameAs Q5037979.
- Carbon_nanotube_supported_catalyst sameAs m.0hrgwy8.
- Carbon_nanotube_supported_catalyst sameAs Q5037979.
- Carbon_nanotube_supported_catalyst wasDerivedFrom Carbon_nanotube_supported_catalyst?oldid=706050140.
- Carbon_nanotube_supported_catalyst depiction Fe-decorated_carbon_nanotube.jpg.
- Carbon_nanotube_supported_catalyst isPrimaryTopicOf Carbon_nanotube_supported_catalyst.