Sentence examples for attributable to the surface from inspiring English sources

Discontinuities in the film are directly attributable to the surface characteristics and flow conditions.

The superior role of metal oxide nanosheet is attributable to the surface expansion, the increase of pyridinic N content, the provision of catalytically active sites, and the enhanced transport of ion and hydrated O2 upon the addition of metal oxide nanosheet.

Constant level appearance is a homogeneity correction applied to compensate for signal inhomogeneity attributable to the surface coils.

To determine whether the enhancement of proteolytic activity in the L. fermentum biofilm population in the MUC5B environment was mainly attributable to the surface-associated mucins or those in the bulk phase, the effects of these were investigated separately.

The substantially improved photoassisted room-temperature NO2 gas-sensing responses of the Sn2S3 thin films through facile thermal annealing is attributable to the increased surface roughness and enhanced spatial carrier separation efficiency of the Sn2S3 SnO2 heterostructure thin films.

After this time, disturbance regions with negative and positive Doppler shifts at intervals of 1 2 min successively propagated northward at velocities of 6.7 1.8 km/s, being attributable to the seismic surface waves from the epicenter.

We suggest that its outstanding performance is attributable to the high surface area of rGO, the enhanced oxygen reduction reaction (ORR) activity arising from doping with Co and N, and the high dispersion and great promotion of IrO2 nanoparticles.

A similar phenomenon related to the relationship between etching rate and the amount of catalyst was also reported by other groups [31, 32]. Lee et al. demonstrated that the fast etching rate for the aggregated spherical Au particles (particle sizes of approximately 1 μm) was attributable to the larger surface area of Au catalyst [31].

The amorphous manganese oxide nanocrystals show better anode performance with greater discharge capacity for lithium ion batteries than does the well-crystallized K0.45MnO2, which is attributable to the greater surface area, higher structural and electrochemical stability, more homogeneous composite structure, and better charge-transfer characteristics of the amorphous materials.

This indicates that the improved charge collection observed with nitrogen doping is attributable to the ZnO N surface and its interface with P3HT.

The reduced amount of CNTs was attributable to the catalyst partial surface deactivation.