Advanced Materials and Technologies for Fuel Cells (MDPI - Multidisciplinary Digital Publishing Institute, 2021)
Keywords: 2D local control; activation energy; active site degradation; alkaline water electrolysis; anodic overpotential; BSCF; cell design optimization; CFD; CH4 internal reforming; concentration polarization; contamination; cyclic current profile; diamond anvil cell; doped ceria; equation of state; fuel cell application; glass-ceramic; high pressure X-ray powder diffraction; hydrogen consumption scenarios; hydrogen production; impedance spectroscopy; ionic conductivity; IT-SOFC; joining; low-cost ceramics; membrane; mercury intrusion; microbial fuel cell; microfluidic fuel cell; modified fuel utilization; Ohmic resistance; open circuit voltage; oxygen starvation; PEM fuel cell; polymer electrolyte fuel cell; pore size; porosity; powder X-ray diffraction; power density; power supply; pressure drop; Raman spectroscopy; Reference, Information and Interdisciplinary subjects; reliability; Research and information: general; Rietveld refinement; rSOC; salt; sealants; separator; Sm-doped ceria; SOEC; SOFC; soft drinks; solid oxide fuel cell; solid oxide fuel cells (SOFCs); solid oxides fuel cells; tape casting process; Technology, Engineering, Agriculture, Industrial processes; Technology: general issues; transient behavior; two-phase process; two-phases flow; useful water; water absorption