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Highlights ► We prepare a novel electrolyte La 1.95 Ca 0.05 Ce 2 O 7− δ for proton-conducting SOFCs. ► The electrolyte is very stable in CO 2 at 700 °C for 100 h. ► The electrolyte is very stable in boiling water for 100 h. ► We prepare the electrolyte with the in situ reaction method.
Highlights ► Nanocrystalline PdNi alloy can be fabricated by dealloying Al 75 Pd 10 Ni 15 precursor. ► PdNi alloy shows an enhanced catalytic activity towards alcohol electro-oxidation. ► The enhanced performance can be attributed to the alloying of Pd with Ni.
Highlights ► CDP as a flame-retardant additive in LiPF6 based electrolyte was explored. ► The onset temperatures are put off and heat generations are decreased greatly, and the thermal stability is enhanced. ► The battery's electrochemical performances keep well when CDP content is less...
Highlights ► Nafion was used as the stabilizer in the synthesis process. ► The particle size of the catalyst is controllable. ► The ORR activity of the catalyst is improved. ► The maximum power density is improved to as 1.8 times that of the former.
Highlights ► S63019 performed poorly for bipolar plate application in PEMFCs. ► Niobium carbide particles in the alloy did not reduce ICR. ► High carbon content reduced corrosion resistance of S63019. ► High nitrogen content did not improve corrosion resistance of S63019.
We show that anodes made by depositing thin films of polymer-derived silicon oxycarbide (SiCO) on copper have properties that are comparable to, or better than that of powder-based SiCO anodes. The great advantage of the thin film architecture is its simplicity, both in manufacturing and in...
Highlights ► We prepare graphene and polypyrrole composite via a simple in situ polymerization method. ► Electrochemical properties of the composite are greater enhancement than pure samples with the maximum capacitance of 482 F g −1 , excellent cycling performance and good rate capability....
Highlights ► To control the SOFC internal temperatures within a safe operating range, the cooling air flow rate must be larger than that predicted by a non-dimensional SOFC model; this results in significant drop in overall IGFC system efficiency. ► Increasing the SOFC working voltage can...
Highlights ► Stable diesel pre-reforming at 475 °C with a nickel catalyst for 118 h. ► Direct diesel steam reforming with precious metal catalyst for 1190 h in total.
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