SEARCH Articles Figures Tables A Ductile and Noble Metal Alumina supported noble metal catalysts Alumina-supported noble metals Anode noble-metal-coated titanium Approaches to Noble Metal Cluster Forming Associated with Noble Metals Automotive catalyst noble metal Base noble metal catalyst CO Binding on Noble Metal Clusters Carbonyl derivatives, noble metal Catalysis noble metal-loading Catalysts noble metal Catalytic Activity of Noble Metal Porphyrins Catalytic dehydrogenation noble metals Cathode noble metals Ceria with the Active Noble Metals Ceria-supported noble-metal catalysts Clusters noble metals, periodicities Comparison of Noble Metal and Oxide Catalysts Corrosion noble metals Deactivation noble metals catalysts Direct noble metals Dispersions, noble metals Electrocatalysts noble-metal-free Film formation on non-noble metals Further Chemical Reactions of Noble Metal Porphyrins Notes on Electrochemistry, Catalysis, and Other Applications Galvanic coupling noble metal Hydrogenation noble-metal nanoparticles Hydrogenations over Noble Metal Nanoparticles Impregnation noble-metal Incipient wetness impregnation, noble metals Interface noble metal atoms Johnson Matthey Noble Metals Linear triatomics with noble gas-metal bonds Main Group Inorganics, Noble Gases, and Alkali Metals Materials noble metals Metal oxidation catalysts, noble Metal, metals gold, noble Migration, noble metals Mode noble metals Multicomponent noble metal catalysts NOBLE AND BASE METAL CATALYSTS NOBLE METAL NANOISLANDS DECORATION OF AU Nanoparticle noble metal Nanoparticles organometallic, noble metals Nanosized noble metal gold Noble Metal Azaporphyrinates Noble Metal CMP for DRAM Noble Metal Group ( Noble Metal Nanoclusters (Ru, Rh, Pd, Pt, Au) on Alumina, Carbon and Silica Noble Metal Nanoparticles Historical Perspective Noble Metal Nanostructure Enhancement of Fluorescence Noble Metal-Perovskite Hybrid Materials Noble Metals Associated with Ceria Noble and Nonmagnetic Transition-Metal Clusters Noble and Precious Metals Noble gas metallization Noble metal NPs Noble metal adatoms Noble metal as catalyst Noble metal atoms, colloidal Noble metal catalyst, hydrogenation of perfluorocarboxylic acids Noble metal catalyst, recycling Noble metal catalysts alkenes Noble metal catalysts hydrogen activation Noble metal catalysts, features Noble metal catalysts, fluoride supported Noble metal chlorides Noble metal clad systems Noble metal clusters Noble metal coated titanium Noble metal coatings Noble metal coatings electrodeposited Noble metal coatings hardness Noble metal coatings metals Noble metal coatings thickness Noble metal colloids Noble metal colloids optical properties Noble metal colloids, synthesis Noble metal crystallites Noble metal dehydrogenation Noble metal deposition Noble metal electrodes Noble metal fission products Noble metal nanoparticle biosensors Noble metal nanoparticle biosensors applications Noble metal nanoparticle biosensors fabrication Noble metal nanoparticles Noble metal nanoparticles kinetics Noble metal nanoparticles optical properties Noble metal nanoparticles properties Noble metal nanoparticles, synthesis Noble metal nanopartides Noble metal oxide catalysts Noble metal oxides Noble metal particles, influence Noble metal particles, influence materials Noble metal particles, redox-active Noble metal promoted molybdenum oxide Noble metal propylene oxidation Noble metal recovery Noble metal resistance Noble metal salts Noble metal sulfides Noble metal thermodynamics Noble metal-based Noble metal-based catalysts Noble metal-based composites Noble metal-based nanoparticles Noble metal-free catalysts Noble metal-loading for catalysis Noble metal/chromia Noble metallic nanoparticles Noble metals anodes Noble metals anodic behaviour Noble metals continued Noble metals continued applications Noble metals continued characteristics Noble metals continued chemical properties Noble metals continued passivity Noble metals continued reactions Noble metals continued working Noble metals heat treatments Noble metals polarization current Noble metals polarization resistance Noble metals supported Noble metals, atomic energy levels Noble metals, colloidal Noble metals, erosion-corrosion Noble metals, semiconductor sensors Noble metals, supported, preparation Noble metals, zeolite catalysis Noble of metal Noble transition metal complexes Noble-Metal Impregnation Example onto a Modified Silica-Alumina Support Noble-Metal-Coated Titanium Anodes (NMCT) Noble-Metal-Free ORR PEMFC Electrocatalysts Noble-metal electrocatalysts Non-Noble Metal Supported Catalysts Non-Noble Metal-Loading for Catalysis Non-noble metal catalysts Non-noble metal catalysts (NNMCs Non-noble metals Optical Properties of Noble Metal Nanoparticles Oriented Growth on Noble Metals Oxidation noble metal Plating of Noble Metals Platinum-free noble metal catalysts Plutonium-noble metal compounds Poisoning noble metals catalysts Polarization curves, noble metals Preparation of Noble Metal Colloids Preparation supported noble-metal catalysts Propylene over noble metals Protecting noble metal-sensitive Quantification of Noble Metals in Biological and Environmental Samples Reasons for Investigations on Noble Metal Porphyrins Reduction by non-noble metals Rhodium foil, noble metals determination Self-Assembly of Noble Metal Nanoparticles on Substrate Self-assembled monolayer noble metals Single-component noble metal catalysts Sintering, noble metals Solders noble-metal Structure of Noble Metal Porphyrins Sulfided noble metals Supported Lewis acids noble metal catalysts Supported Ni catalysts promoted with noble metals Supported noble metal catalysts Techniques to Prepare Noble Metal Colloids The Noble Metals Thermal deactivation, resistance noble metal catalysts Thermocouple types noble metal Thin films noble metal Transition Metal-Noble Gas Complexes Transition Metal-Noble Gas Complexes D. C. Grills and M. W. George Use of noble metal substrates Valence states, noble metals Well-dispersed noble-metal-based Well-dispersed noble-metal-based catalysts