The Story
Wiley Series On Electrocatalysis And Electrochemistryfuel Cell Catalysis A Surface Science Approacha Core Reference On Fuel Cell Catalysisfuel Cells Represent An Important Alternative Energy Source And A Very Active Area Of Research. Fuel Cell Catalysis Brings Together World Leaders In This Field, Providing A Unique Combination Of Stateoftheart Theory And Computational And Experimental Methods. With An Emphasis On Understanding Fuel Cell Catalysis At The Molecular Level, This Text Covers Fundamental Principles, Future Challenges, And Important Current Research Themes.Fuel Cell Catalysis: Provides A Molecularlevel Description Of Catalysis For Lowtemperature Polymerelectrolyte Membrane Fuel Cells, Including Both Hydrogenoxygen Cells And Direct Alcohol Cells Examines Catalysis Issues Of Both Anode And Cathode Such As Oxygen Reduction, Alcohol Oxidation, And Co Tolerance Features A Timely And Forwardlooking Approach Through Emphasis On Novel Aspects Such As Computation And Bioinspiration Reviews The Use And Potential Of Surfacesensitive Techniques Like Vibrational Spectroscopy (Ir, Raman, Nonlinear Spectroscopy, Laser), Scanning Tunneling Microscopy, Xray Scattering, Nmr, Electrochemical Techniques, And More Reviews The Use And Potential Of Such Modern Computational Techniques As Dft, Ab Initio Md, Kinetic Monte Carlo Simulations, And More Surveys Important Trends In Reactivity And Structure Sensitivity, Nanoparticles, 'Dynamic' Catalysis, Electrocatalysis Vs. Gasphase Catalysis, New Experimental Techniques, And Nontraditional Catalyststhis Cuttingedge Collection Offers A Core Reference For Electrochemists, Electrocatalysis Researchers, Surface And Physical Chemists, Chemical And Automotive Engineers, And Researchers In Academia, Research Institutes, And Industry.
Description
Wiley Series On Electrocatalysis And Electrochemistryfuel Cell Catalysis A Surface Science Approacha Core Reference On Fuel Cell Catalysisfuel Cells Represent An Important Alternative Energy Source And A Very Active Area Of Research. Fuel Cell Catalysis Brings Together World Leaders In This Field, Providing A Unique Combination Of Stateoftheart Theory And Computational And Experimental Methods. With An Emphasis On Understanding Fuel Cell Catalysis At The Molecular Level, This Text Covers Fundamental Principles, Future Challenges, And Important Current Research Themes.Fuel Cell Catalysis: Provides A Molecularlevel Description Of Catalysis For Lowtemperature Polymerelectrolyte Membrane Fuel Cells, Including Both Hydrogenoxygen Cells And Direct Alcohol Cells Examines Catalysis Issues Of Both Anode And Cathode Such As Oxygen Reduction, Alcohol Oxidation, And Co Tolerance Features A Timely And Forwardlooking Approach Through Emphasis On Novel Aspects Such As Computation And Bioinspiration Reviews The Use And Potential Of Surfacesensitive Techniques Like Vibrational Spectroscopy (Ir, Raman, Nonlinear Spectroscopy, Laser), Scanning Tunneling Microscopy, Xray Scattering, Nmr, Electrochemical Techniques, And More Reviews The Use And Potential Of Such Modern Computational Techniques As Dft, Ab Initio Md, Kinetic Monte Carlo Simulations, And More Surveys Important Trends In Reactivity And Structure Sensitivity, Nanoparticles, 'Dynamic' Catalysis, Electrocatalysis Vs. Gasphase Catalysis, New Experimental Techniques, And Nontraditional Catalyststhis Cuttingedge Collection Offers A Core Reference For Electrochemists, Electrocatalysis Researchers, Surface And Physical Chemists, Chemical And Automotive Engineers, And Researchers In Academia, Research Institutes, And Industry.
