Sentence examples for more catalytic active from inspiring English sources

R-CeO2-500 r-CeO2-700 r-CeO2-700 r-CeO2-700c areive than c-CeO2 in the oxidative dehydrogenation of propane reaction.

Due to direct electron transfer and more catalytic active sites, Ni3Se2 arrays can be used as counter electrodes of dye-sensitized solar cells.

Moreover, more catalytic active sites for the reduction reaction at the electrolyte/counter electrode interface and strong contact between the film and FTO substrate have been observed.

TEM results indicated that the monodispersed Ni2P nanoparticles with small size and good dispersion supported on the surface of layered BP, which implied that more catalytic active sites may be exposed for HER.

The excellent electrochemical performance of the NiCo2O4@Co3O4 hybrid is mainly associated with the oxygen-deficient 3D architecture providing more catalytic active sites and can accommodate more discharge products.

Abundant oxygen-containing groups on the PGC surface could improve the wettability and hydrophilicity of the Co9S8/PGC °C00 °contributingtong thethe formation of more catalytic active sites in the porous structure.

Such 3D architecture composite could provide multi-direction channels that greatly facilitate electron transport and ion diffusion as well as offer more accessible catalytic active sites.

The hollow glass spheres via coupling agent solution pretreatment adsorbed more palladium catalytic active centers on their surfaces, hence continuously and uniformly covered microspheres were achieved.

On the other hand, the superior activity of CMS/Ni for HER, in comparison with that of the pure Co9S8/Ni and MnS/Ni, results from the significant increase in electrochemical active surface areas (ECSAs) to expose more accessible catalytic active sites.

Among all the three phases, St-Ag-NPs with more exposed catalytic active sites, poor dipolar non-radiative plasmons multipoles and large number of surface defects which in turn enhance ion(s) diffusion between electrode-electrolyte interfaces; shows highest performance in terms of linear range, limit of detection and sensitivity.

Under optimal conditions, the CuO material prepared at 900 °C showed the nanosheets structure with more exposed catalytic active sites and demonstrated high catalytic performance for OER with a low overpotential of only 420 mV to achieve 10 mandm2 and 520 mV to achieve 40 mA/cm2, respectively.