Bruno Conti

Contacts: brunoconti70@gmail.com

Master’s Degrees in Chemical Engineering awarded in 2015 with a thesis in collaboration with the CNR-IENI with the title: The effects of nanoparticles size on a melting depression of pure metals.

Since 2016: PhD. student at the Department of Chemical, Civil and Environmetnal Engineering with a curriculum in Chemical, Material and Process Engineering.
PhD. scholarship co-financed by ENEA.
Research topic: Solid oxide fuel cells.

PUBLICATIONS:

2017

F. Santoni, D.M. Silva Mosqueda, D. Pumiglia, E. Viceconti, B. Conti, C. Boigues Muñoz, B. Bosio, S. Ulgiati, S.J. McPhail

In-situ study of the gas-phase composition and temperature of an intermediate-temperature solid oxide fuel cell anode surface fed by reformate natural gas (article)

Journal of Power Sources, 2017.

2016

M. Graziadio, B. Conti, A. Giannini, C.B. Munoz, S.J. McPhail, M. Carlini

An analysis of the effects of test bench architecture on solid oxide fuel cell and electrolysis characterization and the role of international standards (proceedings)

2016.

D. Pumiglia, F. Santoni, E. Viceconti, B. Conti, C. Boigues Muñoz, B. Bosio, M. Carlini, S.J. McPhail

SOFC anode process characterization by means of a spot-sampling set-up for in-operando gas analysis (proceedings)

2016.

Pumiglia, D., Santoni, F., Viceconti, E., Conti, B., Boigues Muñoz, C., Bosio, B., Carlini, M., McPhail S.J.

SOFC anode process characterization by means of a spot-sampling set-up for in-operando gas analysis (article)

ECS transactions, 75, 49, Page(s): 1-8, 2016.

0000

Graziadio, M.,Conti, B., Giannini, A., Munoz, C.B., McPhail, S.J., Carlini, M.

An analysis of the effects of test bench architecture on solid oxide fuel cell and electrolysis characterization and the role of international standards (article)

ECS transactions, 75, 37, Page(s): 15-22, 0000.