Sentence examples for efficiently tailored from inspiring English sources

Over the last year, Bravo has also begun relying heavily on social media to fine-tune story lines in its programs, so that each episode is even more efficiently tailored to its audience's taste.

And, in theory, the relatively disintermediated, fragmented world of online viewing means that shows can be efficiently tailored and marketed to groups, prolonging their lifespan even without huge ratings – rather than the throw-it-at-the-wall-and-see-if-it-sticks approach of networks that rely on a handful of hits and jettison endless failed shows.

This observation indicates that the piezopotential properties of BNHCs can be efficiently tailored by adjusting their cell length.

We elucidate the role of aerodynamic loading on observed reinforced macrostructural features and efficiently tailored shapes adapted for specialized applications, as well as composite material utilization.

Additionally, cumulative percent release of ondansetron from the particles shows that their design was efficiently tailored throughout this study to afford sustained drug release with diffusion pattern.

As a further description, the acid retention and proton conduction properties of membrane can be efficiently tailored by adjusting microcapsule architectures (lumen size and shell thickness).

Using these different scoring techniques, Mr. Meyer says, Fingerhut could efficiently tailor its catalogs and offers to different customers; decide whether to approve or decline certain product orders; or choose which customer debts to collect on or write off.

Iodine (I) has emerged as a powerful heteroatom dopant for efficiently tailoring the electrocatalytic properties of graphene.

The construction of solid-state Z-scheme heterojunction photocatalytic system to efficiently tailor the photoinduced charge separation is of great significance to water purification.

The recent advance in metamaterials provides a promising route to efficiently tailor and design a variety of material properties through rationally engineered building blocks.

Afterwards, it evolved to become what we currently understand: a MA as a powder that – admixed in very small amounts – can be used as a vehicle to efficiently tailor the microstructure and final properties of the steel through alloying effects.