Sentence examples for ascribed to the introduction from inspiring English sources

The formation of defective sites in OLC nanoparticles is ascribed to the introduction of oxygen of ethanol.

This can be ascribed to the introduction of rigid PVP-functionalized BNNSs, as well as the strong interaction between the BNNSs and ER matrix.

The enhanced performance should be ascribed to the introduction of PPNNs, significantly improves catalyst utilization and mass transfer of methanol on the anode.

Compared with the films of P25 and P25/MWNTs, P25-THSs and P25/MWNTs-THSs films have better absorption capacity in the wavelength range from 420 to 550 nm, which can be ascribed to the introduction of THSs as the scattering layer, and more light is reflected from the THSs layer and re-adsorbed by the under-layer.

Moreover, compounds 1 3 present good the photocatalytic hydrogen evolution activities, which may be ascribed to the introduction of the sacrificial electron donors TEA to their structures, further, their photocatalytic hydrogen evolution activities are compared with its homologous Keggin-type heteropolyacid to verify the effect of TEA.

The new dyes undergoing double functional group transformation (FGT) show extremely high pH stability compared to corresponding mono FGT dyes, which could be ascribed to the introduction of the second 3-methoxypropylamino group forming the new pyridine-2,6-diamine backbone.

This mainly ascribes to the introduction of oxygen vacancies, which could be regarded as electron donor, change the electronic structure, and facilitate the Li+ ion diffusion and electron transportation.

A 3.5-year study was designed to document the changes in the treatment profiles ascribed to the systematic introduction of ART in pilot government dental clinics.

These superior electrochemical performances were ascribed to the flexible linking side-chain and the introduction of stable conductive PPy main chain, which benefits the improvement of charge carrier transportation in the aggregated polymer bulk.

Ascribed to the ordered porous hierarchical nanobelt structure and introduction of graphene, the hybrid electrode exhibits much higher electrochemical capacity than pure MoS2 particles.

The enhanced EM-wave absorption performance was mainly ascribed to the increased interfacial polarization and dielectric loss that resulting from the introduction of MWCNTs.