Sentence examples for multifunctional results from inspiring English sources

These multifunctional results potentially provide a path toward cost-effective fabrication of a non-wettable surface for self-maintenance applications and a SERS substrate for sensing applications.

The multifunctional capability results from the localized oscillatory phenomena exhibited by the cantilevers for excitations falling in the neighborhood of the bending fundamental frequencies of the beams.

The resulting multifunctional nanodevice acts like a Trojan horse that selectively binds to tumor cells and kills them once it is internalized.

These resulted multifunctional materials have potential to apply to photocatalytic fields, energy-conversion devices and light-emitting/detecting devices.

These preliminary studies clearly demonstrated the ability of these multifunctional crosslinkers to result in tight nanosized networks with biocompatible polymers such as PEG and their potential to carry chemotherapeutic drugs.

Sirolimus forms a complex with the intracellular protein FKBP12, which blocks the activation of the cell cycle kinase mTOR, inhibiting the multifunctional serine threonine kinase, resulting in the blockage of progression at the juncture of the G1 and S phases [3, 4].

The results indicate multifunctional practical applications of such polymeric composites in many specific fields, such as thermoconductive insulating long-lifetime packaging for electrical circuits.

This paper reviews some results on multifunctional photoactive glasses based on multi-layer coatings containing TiO2 film and other functional coatings developed by us recently.

The microstructure systems of the aerogel composites could be tailored to result in multifunctional performance for the targeted applications.

With ATRP, functionality and architecture can be combined resulting in multifunctional polymers of different compositions and shapes such as block copolymers, multiarmed stars or hyperbranched polymers.

Engineering of their shapes and sizes causes significant variations in the physical and electrical properties adding flavor to the tunability and flexibility in multifunctional applications of the resulting nanocomposites.