Sentence examples for more exposed active from inspiring English sources

These porous nanosheets with the enhanced SSA endow g-C3N4 more exposed active sites and shorten the carrier diffusion length.

This finding was related to the drop in the agglomeration of the photocatalysts, with more exposed active sites and a decrease of the electron-hole recombination rates.

SEM and TEM demonstrate that Ag-Fe-Co2P has uniform nanospherical morphology composed of vertical nanosheets, which imply the more exposed active sites for water splitting.

The enhanced photocatalytic activity of ternary Ag/CuO/TiO2 photocatalyst was ascribed to improved light absorption, reduced carrier recombination and more exposed active sites.

The enhancement should be attributed to synergistic effects between Ni-CeO2 and NiO as well as the more exposed active sites on NiO nanosheets and Ni-CeO2.

Designing mixed transition metal oxides with advantageous nanostructure is efficient access to highly-efficient electrocatalysts for hydrogen evolution reaction (HER) in water electrolysis due to more exposed active sites and synergistic effects in mixed metals.

Benefiting from the larger electrochemical active surface area and more exposed accessible active sites, the ultrathin Co9S8 nanosheets, meanwhile, presented a remarkable performance towards OER and excellent catalytic activity for the HER process.

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.

The superior performance of carbon hybrid may be attributed to the combination of a more exposed highly active N,P-doped carbon, a good integration of N,P-doped carbon with N,S-doped carbon nanofibers, and an accelerated electron transport through N,S-doped carbon nanofibers as good conductivity channels.

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.

The nanosheet-built flower-like hierarchical architectures can deliver a BET-specific surface area up to 72.4 m2 g−1 and expectedly provide more exposed surface active sites for the photocatalysis reaction.