Keywordsethanol; syngas; Rh/MCM-41 catalyst; water vapor; silica nanoparticles; ionic liquid; network; phosphotungstate; catalyst; epoxidation; NO Oxidation; NO2; mixed oxides; manganese; cobalt; interaction; nickel catalyst; diesel steam reforming; doping; basicity; TPR; DRS; XPS; PEM-Fuel Cells; electrochemical activation; EPOC; alkali promotion; surface analysis; ionic conductors; active catalyst supports; sodium; potassium; active oxygen; CO oxidation; H2 oxidation; preferential CO oxidation (PROX); Au catalysis; Au/TiO2; temporal analysis of products (TAP); aerobic oxidation; heterogeneous catalyst; cyclohexene; TiZrCo; iron; hydrogen production; dissociation; catalysis; density functional theory; adsorption; cobalt; manganese; TPD; CO; CO2; H2; H2O; CH3OH; water-splitting; heterogeneous catalysis; charge transfer; DFT; non-adiabatic dynamics; lean NOx trap; N2O formation; NOx storage reduction; Pt-BaO/Al2O3; Rh-BaO/Al2O3; gold catalyst; iron oxide; CO oxidation; support effect; metal-support interaction; ethanol steam reforming; H2 production; ceria-based catalysts; iron; cobalt; nickel; copper; XPS; H2-TPR; stability; Fischer–Tropsch; β-SiC support; cobalt precursors; commercial fuels; n/a
