KUBIAK, LUKASZ MACIEJ

KUBIAK, LUKASZ MACIEJ  

DIPARTIMENTO DI ENERGIA  

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Titolo Data di pubblicazione Autori File
Characterization of Pt- and Rh-based NSR catalysts under transient experiments by means of operando FT-IR spectroscopy 1-gen-2015 KUBIAK, LUKASZ MACIEJCASTOLDI, LIDIALIETTI, LUCA +
Investigation on the reduction by heptane of NOx stored on a PtBa/Al2O3 LNT catalyst 1-gen-2012 KUBIAK, LUKASZ MACIEJRIGHINI, LAURACASTOLDI, LIDIALIETTI, LUCAFORZATTI, PIO +
Mechanistic aspects of N2O formation over Pt-based Lean NOx Trap catalysts 1-gen-2015 KUBIAK, LUKASZ MACIEJRIGHINI, LAURACASTOLDI, LIDIAMATARRESE, ROBERTOFORZATTI, PIOLIETTI, LUCA +
Mechanistic investigation on the reduction by heptane of NOx stored on a PtBa/Al2O3 LNT catalyst 1-gen-2013 KUBIAK, LUKASZ MACIEJRIGHINI, LAURACASTOLDI, LIDIALIETTI, LUCA +
N2O formation over Pt- and Rh-based Lean NOx Trap catalysts 1-gen-2016 CASTOLDI, LIDIAMATARRESE, ROBERTOKUBIAK, LUKASZ MACIEJLIETTI, LUCA +
New insights on N2O formation over PGM-based LNT catalysts 1-gen-2016 MATARRESE, ROBERTOKUBIAK, LUKASZ MACIEJCASTOLDI, LIDIAFORZATTI, PIOLIETTI, LUCA +
New insights on the release and reduction of NOx stored over PGM-based LNT catalysts 1-gen-2015 CASTOLDI, LIDIARIGHINI, LAURAKUBIAK, LUKASZ MACIEJMATARRESE, ROBERTOLIETTI, LUCAFORZATTI, PIO +
Reactivity of Rh in the abatement of NOx under lean conditions: an operando-FTIR study 1-gen-2015 KUBIAK, LUKASZ MACIEJCASTOLDI, LIDIALIETTI, LUCA +
Rh- and Pt-based catalysts for the NOx abatement under lean conditions: an operando-FTIR study 1-gen-2015 KUBIAK, LUKASZ MACIEJCASTOLDI, LIDIALIETTI, LUCA +
The role of noble metal in the reduction of stored NOx over Ba – based catalyst 1-gen-2015 KUBIAK, LUKASZ MACIEJRIGHINI, LAURACASTOLDI, LIDIALIETTI, LUCAFORZATTI, PIO
The role of noble metal in the reduction of stored NOx over Ba-based catalysts 1-gen-2014 KUBIAK, LUKASZ MACIEJRIGHINI, LAURACASTOLDI, LIDIALIETTI, LUCAFORZATTI, PIO
The role of noble metal in the reduction of stored NOx over BaO based catalyst 1-gen-2013 KUBIAK, LUKASZ MACIEJRIGHINI, LAURACASTOLDI, LIDIALIETTI, LUCAFORZATTI, PIO