14:00 - 15:30
| Nanoenergy |
SYNOPSIS
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| TT.IX.D.1 |
Barbara MECHERI CVUniversity of Rome Tor VergataNanocatalysts based on graphene oxide for fuel cell application abst
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| TT.IX.D.2 |
Luca SERENELLI CV
ENEA Casaccia, Rome
Oxides for selective contacts in amorphous/crystalline heterojunction solar cells abst
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| TT.IX.D.3 |
Antonio AGRESTI CVCHOSE & University of Rome Tor VergataGraphene and Perovskite: a new paradigm for photovoltaics abst
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| TT.IX.D.4 |
Giuseppe Valerio BIANCO CVCNR NANOTEC, BariEnhanced thermopower in multilayer CVD graphene abst
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| TT.IX.D.5 |
Diego DI GIROLAMOSapienza University of Rome
Inverted perovskite solar cells with transparent cathodes based on semiconducting nickel oxide |
Chair: Thomas BROWN, University of Rome Tor Vergata
In collaboration with: University of Rome Tor Vergata
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SYNOPSIS
The NanoEnergy session will introduce five talks regarding the application of nano-materials or nano-scale layers applied to the generation of energy. In the first talk graphene oxide is used as a main ingredient for making nanocatalysts for fuel cell applications. The second talk will show the application of oxides as selective contacts in amorphous/crystalline heterojunction solar cells. The third talk will show how graphene is incorporated in the new technology of perovskite solar cells and how it can enhance their performance. Graphene is also the subject of the fourth talk where it is used to generated thermopower in its multilayer CVD form. The final talk, also on solar power, details results on the inverted architecture of perovskite solar cells fabricated with cathodes based on semiconducting nickel oxide.
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Back to 29 September - Afternoon
