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The prepared CaBiVMO8 materials show high photocatalytic activities for O2 evolution and for organic compounds degradation.
The as-fabricated sensors based on the C-doped WO3 materials show high sensitivity to acetone down to 0.2 ppm.
The materials show high specific capacity that can reach 234 mAh/g at a current of 5 mA/g.
On the other hand, cells with CE from carbon-based materials show high CPE values which result in slower charge transfer through the interface.
These materials show high thermal and hydrothermal stability, and for this reason are attractive catalysts for environmental application.
Complemented by extensive physicochemical characterization, these unique materials show high promise for application in low temperature fuel cells.
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Capitalizing on Faradaic redox reactions, transition metal oxides, metal sulfides, or conducting polymers as pseudocapacitor electrode materials show higher specific capacitances than those carbonaceous electrode materials [2, 10].
The solubility parameter distances, Ra. indicate that the sensing materials show higher responses when their affinity with the analytes is lower.
However, overall, the Ti-KIT-6 (calcined, Si/Ti = 200, 100, and 50 ratios) materials show higher activity than the Ti-KIT-6 (dried, Si/Ti = 200, 100, and 50 ratios) materials.
Compared to a control catalyst of Pt loaded on undoped graphene, the Pt/N-G materials show higher electrochemical activity towards methanol oxidation.
The as-prepared Pt-PMo12-CNT materials show higher electrocatalytic activity, higher cycle stability, and better tolerance to poisoning species in methanol oxidation than do Pt-CNT catalysts prepared by the same method.
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