Phthalocyanines-TiO2: A New Efficient and Tunable Catalyst for CO2 Reduction in Water

De Riccardis,A; Mele, G; D’Accolti, L; Vasapollo,G.

Risultato della ricerca: Paper

Lingua originaleEnglish
Stato di pubblicazionePublished - 2014

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De Riccardis,A; Mele, G; D’Accolti, L; Vasapollo,G. (2014). Phthalocyanines-TiO2: A New Efficient and Tunable Catalyst for CO2 Reduction in Water.

Phthalocyanines-TiO2: A New Efficient and Tunable Catalyst for CO2 Reduction in Water. / De Riccardis,A; Mele, G; D’Accolti, L; Vasapollo,G.

2014.

Risultato della ricerca: Paper

De Riccardis,A; Mele, G; D’Accolti, L; Vasapollo,G. 2014, 'Phthalocyanines-TiO2: A New Efficient and Tunable Catalyst for CO2 Reduction in Water'.
De Riccardis,A; Mele, G; D’Accolti, L; Vasapollo,G.. Phthalocyanines-TiO2: A New Efficient and Tunable Catalyst for CO2 Reduction in Water. 2014.
De Riccardis,A; Mele, G; D’Accolti, L; Vasapollo,G. / Phthalocyanines-TiO2: A New Efficient and Tunable Catalyst for CO2 Reduction in Water.
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title = "Phthalocyanines-TiO2: A New Efficient and Tunable Catalyst for CO2 Reduction in Water",
keywords = "Phthalocyanines-TiO2,CO2 Reduction",
author = "{De Riccardis,A; Mele, G; D’Accolti, L; Vasapollo,G.} and Leonardo Palmisano",
year = "2014",
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T1 - Phthalocyanines-TiO2: A New Efficient and Tunable Catalyst for CO2 Reduction in Water

AU - De Riccardis,A; Mele, G; D’Accolti, L; Vasapollo,G.

AU - Palmisano, Leonardo

PY - 2014

Y1 - 2014

KW - Phthalocyanines-TiO2,CO2 Reduction

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