The European Ceramic Society
Laboratory sheet
Italy
University of Rome Tor Vergata
Research group MAterials for Device and Energy (MADE)
Director : Prof.SilviaLicoccia
Email : licoccia@uniroma2.it
Address : Department of Chemical Science and Technologies Via della Ricerca Scientifica 1 00133 Rome, Italy
Research topics :
- Functional ceramics for solid oxide fuel cells and gas sensors:perovskite oxides from powder synthesis to single cell fabrication and electro chemical testing.
Contact information:
Prof.Elisabetta Di Bartolomeo
Tel:+39-0672594495
Financial support programmes :
- National fundings: PRIN2017 Direct utilization of bio-fuels in solid oxide fuel cells for sustainable and decentralised production of electric power and heat (DIRECTBIOPOWER) 2019-2022.
- Regional fundings: Fondazione CARITRO (Fondazione della Cassa di Risparmio di Trento e Rovereto) BioplanarSOFC
- National fundings: PRIN2010-11:Intermediate temperature solid oxide fuel cells fed by bio-fuels(BIOITSOFC)2013-2016.
- Regional funding: INSTM-Regione Lombardia: Lanthanumferrites for new energy sources 2013-2015.
- National fundings: MAE (Ministry of Foreign Affairs)ITALY-JAPAN Joint Labon materials nanoarchitectonics for sustainable development 2010-2012.
- National fundings PRIN2008PC-SOFCs, Protonic Conductors Solid Oxide Fuel Cells based on nanostructured protonconductors: from materials synthesis to prototype fabrication 2010-2012.
Any other relevant information :
PhD students
- Leonardo Duranti (XXXIII Cycle): Strctural stability of perovskite oxides in oxidizing and reducing conditions
- Mariarita Santoro (XXXIV Cycle): Structured catalysts for indirect internal reforming of methane in solid oxide fuel cells
-
Martina Marasi (XXXV Cycle): Innovative perovskite oxides for IT-SOFCs
Latest news
YCN Newsletter 27 - YCN Committee member - Welcome to Aleksandra Milojkovic
It is a true honor to introduce myself as the new Committee Member of the Young Ceramists Network.
YCN Newsletter 27 - Expert opinion - Nicola Döbelin, PhD
Why Crystal Structure Matters: Decoding the Performance of Calcium Phosphate Biomaterials
In the world of calcium phosphate biomaterials, crystal structure is often the silent driver behind a material’s success—or failure. Whether we are developing bone graft substitutes or studying bioceramic interactions at the tissue interface, understanding the underlying crystal lattice isn’t just helpful—it’s essential.
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