Advanced Materials and Technologies for Fuel Cells - Viviani, Massimo||Barbucci, Antonio||Carpanese, Maria Paola||Presto, Sabrina
English[eng]
Keywords: polymer electrolyte fuel cell||cyclic current profile||transient behavior||pressure drop||Ohmic resistance||solid oxide fuel cells (SOFCs)||ionic conductivity||Raman spectroscopy||powder X-ray diffraction||microbial fuel cell||low-cost ceramics||separator||membrane||porosity||pore size||water absorption||mercury intrusion||raman spectroscopy||powder x-ray diffraction||doped ceria||solid oxides fuel cells||Sm-doped ceria||high pressure X-ray powder diffraction||diamond anvil cell||equation of state||Rietveld refinement||SOFC||reliability||contamination||salt||oxygen starvation||concentration polarization||fuel cell application||microfluidic fuel cell||power supply||soft drinks||hydrogen production||alkaline water electrolysis||two-phases flow||CFD||two-phase process||BSCF||SOEC||rSOC||anodic overpotential||impedance spectroscopy||sealants||glass-ceramic||joining||CH4 internal reforming||solid oxide fuel cell||2D local control||cell design optimization||active site degradation||tape casting process||open circuit voltage||activation energy||power density||IT-SOFC||PEM fuel cell||useful water||hydrogen consumption scenarios||modified fuel utilization