... distributed due to the independent units. direct borohydride fuel cell membraneless metal phthalocyanine oxygen reduction reaction stack catalysts electrochemistry fuel cells ion exchange membranes reduction (chemical) 02 01 2011 27 09 2011 19 12 2011 19 12 2011...

... microemulsions organic compounds palladium alloys platinum alloys reduction (chemical) 04 02 2009 28 01 2010 13 10 2010 13 10 2010 2011 American Society of Mechanical Engineers ...

... nickel oxidation reduction (chemical) solid oxide fuel cells thermal stresses Weibull distribution Young's modulus yttrium compounds zirconium compounds 14 08 2009 12 11 2009 19 07 2010 19 07 2010 The results for each treatment are given in Fig. 5 and Table 3...

... electrochemical electrodes lanthanum nickel platinum praseodymium reduction (chemical) ruthenium scandium compounds solid oxide fuel cells yttrium compounds zirconium SOFC composite anodes Ni/8YSZ and Ni/ScCeSZ methane steam reforming perovskite and fluoritelike oxide promoters Pd Pt Ru...

... 23 01 2008 07 11 2008 chromatography electrochemical electrodes electrolysis gas sensors hydrogen economy reduction (chemical) solid oxide fuel cells It is anticipated that world oil production will peak within the next decade, as worldwide demand for light hydrocarbon...

... electrochemical electrodes electrolytes gallium compounds iron alloys lanthanum compounds nickel alloys reduction (chemical) solid oxide fuel cells substrates Solid oxide fuel cell (SOFC) is attracting much interest because of high-energy conversion efficiency, fuel variety, and almost no emission...

... anodes cerium compounds copper compounds electrochemical electrodes iron compounds manganese compounds oxidation reduction (chemical) solid oxide fuel cells 27 07 2007 06 12 2007 23 05 2008 2008 American Society of Mechanical Engineers ...

.... 30 11 2005 29 01 2007 01 02 2008 anodes cathodes electrochemical electrodes electrolytes lanthanum compounds reduction (chemical) solid oxide fuel cells strontium compounds yttrium compounds La 1 − x Sr x Mn O 3 ± δ (LSM) is one...

... X-ray photoelectron spectra solid oxide fuel cells composite materials reduction (chemical) (La, Sr) CrO 3 lanthanum chromites ruthenium TPR solid oxide fuel cells In the case of Ru∕LSC1 (Fig. 4a ) and Ru∕LSC2 (Fig. 4b ), samples with 0.5% and 1% Ru loadings, respectively...

... ( 1 ). solid oxide fuel cell, SOFC short stack electrochemical characterisation auxiliary power unit mobile application redox cycling thermal cycling electric resistance electrochemical analysis mobile power plants optical microscopy oxidation reduction (chemical) solid oxide...

... higher ESA in comparison to other tested supported and unsupported commercially available catalysts. 05 12 2005 03 05 2006 proton exchange membrane fuel cells electrochemical electrodes catalysts reduction (chemical) oxygen voltammetry (chemical analysis) hydrogen compounds...

... vehicles hydrogen storage sodium compounds electrolytes electrochemistry solubility pH viscosity X-ray diffraction scanning electron microscopy ionic conductivity reduction (chemical) potassium compounds lithium compounds sodium borohydride hydrolysis hydrogen storage fuel cell...

..., and rereduction processes. 30 11 2005 17 03 2006 solid oxide fuel cells electrochemical electrodes reduction (chemical) hydrogen economy thermal analysis thermodynamics Solid oxide fuel cells (SOFCs) are attracting great attention as one of the most advanced fuel cell systems...

... basic character of all the modified electrolytes, although the NiO dissolution still follows an acidic dissolution mechanism in all the conditions under study. 09 09 2005 29 11 2005 electrolytes electrochemical electrodes solubility association reduction (chemical) dissolving...

... of platinum electrocatalyst for methanol electrochemical oxidation as the potential catalyst candidate for direct methanol fuel cells (DMFCs). 30 08 2005 17 11 2005 catalysts powders reduction (chemical) X-ray diffraction field emission electron microscopes transmission electron...

... 07 2005 solid oxide fuel cells internal stresses synchrotron radiation anodes solid electrolytes substrates nickel compounds thermal expansion thin films X-ray diffraction reduction (chemical) solid-oxide fuel-cell (SOFC) internal stress synchrotron radiation constant...

... 2005 proton exchange membrane fuel cells reduction (chemical) voltammetry (chemical analysis) ball milling platinum alloys cobalt alloys scanning electron microscopy transmission electron microscopy X-ray diffraction Polymer Electrolyte Membrane Fuel Cells Oxygen Reduction...

... 1.23 V and the resulting heat loss contributes to the overpotential in the four-electron reduction process. 05 03 2004 23 11 2004 platinum alloys chromium alloys adsorption reduction (chemical) surface chemistry dissociation Based on a talk by J. Roques in the First...