| 1023 - 1024 |
Advanced fuel cells: from materials and technologies to applications
Zhu B, Lund P |
| 1025 - 1031 |
Thermodynamic analysis of ITSOFC co-generation system fueled by ethanol
Yuan Z, Lin QZ, Bin Z |
| 1032 - 1036 |
The performance of cathode material of perovskite-like La-Ni-M-O for low temperature solid oxide fuel cell
Sun JC, Li S, Ji SJ, Wen ZS |
| 1037 - 1047 |
A techno-economic analysis of biomass gasifiers integrated with high and intermediate temperature solid oxide fuel cells
McIlveen-Wright DR, Moglie M, Rezvani S, Huang Y, Anderson M, Redpath D, Dave A, Hewitt NJ |
| 1048 - 1055 |
Anode-supported solid oxide fuel cells with ion conductor infiltration
Timurkutluk B, Timurkutluk C, Mat MD, Kaplan Y |
| 1056 - 1074 |
Correlation model of mixed ionic-electronic conductivity in solid oxide lattices in the presence of point and line defects for solid oxides fuel cells
Tosto S |
| 1075 - 1089 |
Assessment of PEFC performance by applying harmonized testing procedure
Malkow T, Saturnio A, Pilenga A, De Marco G, Honselaar M, Tsotridis G |
| 1090 - 1099 |
Compositional and microstructural effects in composite electrolytes for fuel cells
Ferreira ASV, Saradha T, Figueiredo FL, Marques FMB |
| 1100 - 1106 |
Energy relevance of microgeneration-Case advanced fuel cells
Lund PD |
| 1107 - 1117 |
Simulation of alternative fuels for potential utilization in solid oxide fuel cells
Paradis H, Andersson M, Yuan JL, Sunden B |
