Sentence examples for both anodes and found from inspiring English sources
The combustion efficiency was also determined for both anodes, and found to be slightly higher with BDD at lower current density and equal to 100% for both anodes at 30 mA cm−2.
We have studied this phenomenon in PEM fuel cells operating on H2 with Pt cathodes and Pt Ru- or C-based anodes and have found that the steady-state multiplicity results from the significant dependence of the Nafion membrane conductivity on cell potential.
Working as both anode and cathode catalysts, NPGLs were found to be able to power a fuel cell with a specific power at least one order of magnitude higher than that of Pt/C under the same testing conditions.
The resultant hierarchical MoO2@RGO electrode was applied as an anode material for lithium-ion batteries and found to exhibit outstanding electrochemical performance with a reversible capacity of 708 mAh g−1 at a current density of 0.5 A g−1 after 50 cycles.
We believe that transition-metal oxynitrides are promising candidates for both anode and cathode applications, too.
We report also the temperature difference of the electrodes, when passing electric current through the cell, and find that the anode is heated (a Peltier heat effect), giving qualitative support to the result for the Seebeck coefficient.
After calculating the cross-section area and hence the bending strength of different samples, the values of ca. 210 ± 20 MPa for micro-monolithic anodes were found to be comparable with that for the single-channel geometry.
Following infiltration, the symmetric anodes were found to have a high density of CGO nanoparticles decorating the surface, Fig. 7, even after 8 printing cycles.
Collecting current from both sides of the anode is found to significantly increase the cell output.
The nature of the protecting groups, reaction conditions, and the materials for anode were found to affect the enantioselectivity.
Patch repairs containing zinc sacrificial anodes have been found to be rather effective in inhibiting the ring-anode macrocell corrosion effect around the substrate patch interface.
