Sentence examples for more active catalytic from inspiring English sources

Furthermore, the higher surface area of the ZnO Sn2S3 nanorods exposed to organic dyes can provide more active catalytic sites to increase photocatalytic activity [31].

The papers thus obtained exhibited a maximum soot combustion temperature close to 400 °C, being T50 = 376 °C for the more active catalytic ceramic paper, in the presence of NO (1000 ppm) in the feed.

Almost all the soot was catalytically combusted over Ag and K supported catalysts when they were tightly contacted with the soot, and Ag was more active catalytic species for soot oxidation than K.

Due to the more active catalytic sites and less charge-transfer resistance, the Co1.2Se counter electrode yielded faster and more complete reduction of I3− to I− than the Pt and other compositions of cobalt selenide.

The trend with catalyst A2 suggests that there is a mass transfer hindrance at lower catalyst amounts, but when increasing the catalyst amount to 10 wt%, the sheer amount of catalyst makes the yield go up since more active catalytic sites are involved in the reaction.

The existence of oxygen vacancy not only shifts up the d-band center, strengthens the adsorption of H2O, and thus provides more active catalytic sites, but also tunes the electron configuration and creates massive number of defective donor states in the band gap to facilitate charge transfer processes.

The NPs of Mn3O4 were much more active in catalytic combustion of methanol than NPs of CeO2 obtained by the same nanoemulsion method.

The as-prepared MC hybrid materials with hierarchical structures could provide more active sites for catalytic degradation of methylene blue.

The main objectives of this study are to fabricate the smallest possible of nanofiber diameter to increase the surface area and provide more active spot for catalytic reaction and enhance the DMFC performance.

It was found that the modification of oleum enhanced both the amounts and strength of Brönsted and Lewis acidic sites, and also improved the dispersity by "exfoliating" zirconium phosphate, resulting in the formation of very thin nanosheets instead of original amorphous structure and thus exposing more active sites for catalytic reaction.

An adequately long sequence can accommodate more than one active catalytic region (promiscuous enzymes).