Sentence examples for efficiency can be ascribed from inspiring English sources

The obvious enhancement in conversion efficiency can be ascribed to the dye adsorption promotion benefiting from their hierarchical structures.

This efficiency can be ascribed to Mr. Bromell's experience with the tight budgets and schedules of television drama, a field he joined after an almost fictive beginning, when one day the deeply frustrated and unsuccessful screenwriter Henry Bromell got an intriguing phone call out of the blue from a man he did not know.

The enhanced efficiency can be ascribed to the fact that the decoration of fluorinated CNTs is capable of lowering roll-off kinetic energy barrier, proved by the oil water separation mechanism.

This attractive efficiency can be ascribed to the functionalities of mesoporous carbon support, which affords more efficient electron transfer and better mass transport, maximizing the availability of nano PtRu catalysts.

The excitation of Er in silicon nitride-based devices is via energy transfer from sensitizers as demonstrated by Yerci et al. [23], and the degraded EL efficiency can be ascribed to the unbalanced carrier injection in silicon nitride.

The fact that recombination efficiency was rather low in cultured BMSC following electroporation with Cre recombinase mRNA, despite the observation that electroporation with EGFP mRNA resulted in high levels of transfection efficiency, can be ascribed to variations in Cre recombinase activity in different cell types (published and unpublished data) [ 22, 23].

The low efficiency of photosynthesis can be ascribed to many inherent factors including insufficient absorption of all light wavelengths during light-dependent reactions and low carboxylation activity of Rubisco and existence of energy-consuming photorespiration during light-independent reactions [ 42].

The higher efficiency of the hybrid reaction can be ascribed to the fact that each cavity contains the two catalysts and that this co-immobilization results in a more efficient cooperation between the two catalysts.

These facts can be ascribed to the efficiency of the elementary process (transmetallation, reductive elimination, reverse chain walking, and oxidative addition) in the catalytic cycle.

The result from Cr VI) removal experiment demonstrated a Cr VI) removal efficiency of 98.2% at equilibrium time, which can be ascribed to the well dispersion of the nZVI.

The superior performance observed over this TiO2/CdS/ZnIn2S4 NRSs can be ascribed to a higher efficiency of light-harvesting ability, ideal energy band alignment, accelerated charge transmission and increased chemical stability.