... ). solid oxide fuel cells gadolinium doped ceria La 0.6 Sr 0.4 Co 0.2 Fe 0.8 O 3−δ Ag-impregnation cell performance adhesion catalysis ceramics cerium compounds cobalt compounds electrochemical electrodes electrochemistry electrolytes lanthanum compounds nanocomposites...

...-Stokes equations numerical analysis oxidation solid oxide fuel cells surface chemistry microreactor postcombustor post-treatment oxidation of exhaust gases fuel cells catalysis chemical reactors monolithic reactor numerical simulation platinum SOFC carbon monoxide hydrogen...

... events that would not be detectable in more commonly used uniaxial strength tests. As such, this specimen configuration is expected to become a useful tool in characterizing mechanical integrity of proton exchange membranes. 26 06 2007 14 12 2007 15 05 2009 catalysis channel flow...

...J. Fuhrmann; B. Haasdonk; E. Holzbecher; M. Ohlberger bifurcation catalysis diffusion electrochemical electrodes partial differential equations polymer electrolytes proton exchange membrane fuel cells reaction kinetics sensitivity analysis The operation of fuel cells with polymer...

... that the operating voltage produced by the fuel cells is typically 0.74 V and the component efficiency, the ratio of the actual power output to the maximum available from the fuels consumed, is around 59%. 26 07 2006 12 02 2007 16 01 2008 carbon compounds catalysis channel flow...

.... In the meantime, the catalysis reactions are not interfered. In this study, the carbon electrodes for PEMFC have been modified in terms of the hydrophobic and hydrophilic properties by plasma irradiation. The process utilized inductively coupled plasma (ICP) driven by applying radio frequency (rf) power...