Gabriele Centi
ww2.unime.it
0000-0001-5626-9840
348 papers found
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Catalytic behavior of V-containing zeolites in the transformation of propane in the presence of oxygen
Role and importance of oxidized nitrogen oxide adspecies on the mechanism and dynamics of reaction over copper-based catalysts
Gel-Supported Precipitation
Surface chemistry of V-Sb-oxide in relation to the mechanism of acrylonitrile synthesis from propane: Part 1. - Chemisorption and transformation of possible intermediates
Modification of the surface reactivity of Cu-MFI during chemisorption and transformation of the reagents in the selective reduction of NO with propane and O2
Preface
Surface chemistry of V-Sb-oxide in relation to the mechanism of acrylonitrile synthesis from propane: Part 2. - Reactivity towards ammonia and relationship with catalytic behaviour
Reaction pathways of propane and propene conversion in the presence of NO and O2 on Cu/MFI
Catalytic behavior and nature of active sites in copper-on-zirconia catalysts for the decomposition of N2O
Competitive reaction pathways in propane ammoxidation over V-Sb-oxide catalysts: an IR and flow reactor study
Nature of active species in copper-based catalysts and their chemistry of transformation of nitrogen oxides
Modification of the surface reactivity of vanadium antimonate catalysts during catalytic propane ammoxidation
Development of copper-on-alumina catalytic materials for the cleanup of flue gas and the disposal of diluted ammonium sulfate solutions
Influence of preparation method on the properties of V-Sb-O catalysts for the ammoxidation of propane
Role of the preparation and nature of zeolite on the activity of Cu-exchanged MFI for no conversion by hydrocarbons and oxygen
High activity of copper-boralite in the reduction of nitric oxide with propane / oxygen
Specific activity of copper species in decomposition of NO on Cu-ZSM-5
Surface characterization and reactivity in ammoxidation reactions of vanadium antimonate catalysts
Reactivity of Cu-Based Zeolites and Oxides in the Conversion of NO in the Presence or Absence of O2
Structure and Stability during the Catalytic Reaction of Unsupported V-Antimonate Catalysts for the Direct Selective Ammoxidation of Propane to Acrylonitrile
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