ITALIANO, GIUSEPPE

ITALIANO, GIUSEPPE  

Mostra records
Risultati 1 - 20 di 26 (tempo di esecuzione: 0.02 secondi).
Titolo Data di pubblicazione Autore(i) File
A Novel Approach for H2 production by Methane decomposition over thin layer catalysts 1-gen-2009 Italiano, Giuseppe; Espro, Claudia; Arena, Francesco; Frusteri, Francesco
A reversible two step process for “COx-free” H2 production : a novel approach on the use of a structured multilayer catalytic bed 1-gen-2008 Italiano, Giuseppe; A., Delia; Espro, Claudia; Arena, Francesco; Frusteri, Francesco; Parmaliana, Adolfo
A reversible two-step process for “COx-free” H2 production from Natural Gas: a novel approach based on the use of a structured multilayer catalytic bed 1-gen-2008 Italiano, Giuseppe; Delia, A; Espro, Claudia; Arena, Francesco; Frusteri, F; Parmaliana, A.
Activity pattern of Cu-ZnO/ZrO2 catalysts in the hydrogenation of carbon dioxide to methanol 1-gen-2007 Arena, Francesco; K., Barbera; Italiano, Giuseppe; Bonura, Giuseppe; O., DI BLASI; L., Spadaro; F., Frusteri
Basic evidences for methanol-synthesis catalyst design 1-gen-2008 Arena, Francesco; Italiano, Giuseppe; Barbera, K; Bonura, Giuseppe; Spadaro, L; Frusteri, F.
Catalytic Decomposition of Natural Gas for COx-Free Hydrogen Production in a Structured Multilayer Reactor 1-gen-2006 Italiano, Giuseppe; Espro, Claudia; Arena, Francesco; F., Frusteri; Parmaliana, Adolfo
CH4 decomposition on Ni and Co thin layer catalysts to produce H2 for fuel cell 1-gen-2011 Frusteri, Francesco; Italiano, Giuseppe; Espro, Claudia; Arena, Francesco
Decomposition of Natural Gas for making H2 “COx free” on Ni/SiO2/Silica Cloth in a structured multilayer reactor 1-gen-2005 Italiano, Giuseppe; Espro, Claudia; Arena, Francesco; F., Frusteri; Parmaliana, Adolfo
Development of thin layer catalysts for making "COx-free" H2 by Natural Gas Catalytic Decomposition via a two-step Process 1-gen-2007 Italiano, Giuseppe; Espro, Claudia; Arena, Francesco; F., Frusteri; A., Parmaliana
Features of Multilayer Catalytic Reactor for Making "COx-Free" H2 by Methane Decomposition 1-gen-2007 Italiano, Giuseppe; Espro, Claudia; Arena, Francesco; Frusteri, Francesco; Parmaliana, Adolfo
H2 production by methane decomposition: Catalytic and technological aspects 1-gen-2012 Frusteri, Francesco; Italiano, Giuseppe; Espro, Claudia; Cannilla, Catia; Bonura, Giuseppe
HYDROGEN PRODUCTION FROM STEAM REFORMING OF N-HEXANE ON NI BASED CATALYSTS 1-gen-2008 Costa, P; Frusteri, F; Italiano, Giuseppe; Parmaliana, A.
Improved catalytic systems for an effective CO2-recycling via hydrogenation to methanol 1-gen-2008 Frusteri, F.; Bonura, Giuseppe; Spadaro, L.; DI BLASI, O.; Italiano, Giuseppe; Arena, Francesco
Improved performance of CO2–to-methanol hydrogenation catalysts 1-gen-2009 Bonura, Giuseppe; Arena, Francesco; Cannilla, Catia; Italiano, Giuseppe; L., Spadaro; F., Frusteri
Influence of Base and Acid Dopants on the Performance of Ni Thin Layer Catalysts in the Catalytic Decomposition of Natural Gas 1-gen-2006 Italiano, Giuseppe; Espro, Claudia; Arena, Francesco; F., Frusteri; A., Parmaliana
Low-temperature graphitization of amorphous carbon nanospheres 1-gen-2014 Barbera, Katia; Frusteri, Leone; Italiano, Giuseppe; Spadaro, Lorenzo; Frusteri, Francesco; Perathoner, Siglinda; Centi, Gabriele.
Methane Decomposition over Co thin Layer Supported Catalysts to Produce Hydrogen for fuel Cells 1-gen-2009 Italiano, Giuseppe; A., Delia; Espro, Claudia; G., Bonura; F., Frusteri
Methane decomposition over Co thin layer supportedcatalysts to produce hydrogen for fuel cell 1-gen-2010 G. Italiano; A. Delia; C. Espro; G. Bonura; F. Frusteri
MODELLING THE ACTIVITY-DEACTIVATION PATTERN OF NI BASED THIN LAYER CATALYSTIN THE DECOMPOSITION OF NATURAL GAS (CDNG) 1-gen-2008 Italiano, Giuseppe; M. G., Faga; Espro, Claudia; G., Martra; F., Frusteri; S., Coluccia; Parmaliana, Adolfo
Ni Thin Layer Catalysts for Making H2 “COx free” by Decomposition of Natural Gas in a Structured Multilayer Reactor 1-gen-2006 Italiano, Giuseppe; Espro, Claudia; Arena, Francesco; F., Frusteri; Parmaliana, Adolfo