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Vito Foderà

University of Bologna

Piazza Scaravilli 2

Bologna, 40100

Italy

  • University of Bologna

SCHOLARLY PAPERS

2

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181

TOTAL CITATIONS

1

Scholarly Papers (2)

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1.

Methane Splitting to Hydrogen and Base Growth Carbon Nanotubes Over Fe-Based Catalysts

Number of pages: 47 Posted: 19 Mar 2025
Ilenia Giarnieri, Antonia D. Bobitan, Vito Foderà, Esteban Gioria, Lucy Costley-Wood, Andrea Bertuzzi, Francesca Ospitali, Giuseppe Fornasari, Christian D. Damsgaard, Simon D.M. Jacques, Maria Clelia Righi, Patricia Benito and Andrew M. Beale
University of Bologna, University College London, University of Bologna, Technical University of Denmark, University College London, University of Bologna, University of Bologna, University of Bologna, Technical University of Denmark, affiliation not provided to SSRN, University of Bologna, University of Bologna and University College London
Downloads 105 (699,467)
Citation 1

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catalytic methane splitting, hydrogen, carbon nanotubes, Fe3C, Density Functional Theory, in situ XRD

2.

Superior Catalytic Properties of Iron and Iron Carbide for Hydrogen Production Via Methane Dissociation: First Principles Calculation and Experimental Verification

Number of pages: 21 Posted: 16 May 2025
Vito Foderà, Ilenia Giarnieri, Francesca Ospitali, Hoang Phuoc Ho, Patricia Benito and Maria Clelia Righi
University of Bologna, University of Bologna, University of Bologna, Chalmers University of Technology - Chemical Engineering division, University of Bologna and University of Bologna
Downloads 76 (837,727)

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Methane decomposition, Fe-based catalyst, Iron carbide, hydrogen production, carbon nanotube, Density functional theory