Sentence examples for exploited for the generation from inspiring English sources

Acetone butanol ethanol (ABE) fermentation process can be exploited for the generation of butanol as biofuel, however it does need to overcome its low volumetric solvent productivity before it can commercially compete with fossil fuel technologies.

The narrow-angle characteristics of Light Emitting Diode (LED) and PhotoDetector (PD) couples have been exploited for the generation of a signal proportional to very limited deformation of the compliant frame caused by the external traction force.

From the variety of ultrafast processes that have been exploited for the generation of pulsed THz radiation, the chapter focuses on those that have a high potential for further improvement and are based on semiconductors in particular, the ultrafast currents and plasma oscillations that can be designed by band structure and device engineering.

This resolution, in addition, can be exploited for the generation of a potentially infinite number of SERS-encoded particles (SEPs) that can be used as contrast agents for real multiplex analysis.

For an operational and sound MRV system, it is critical that the shortcomings of inventory designs are not exploited for the generation of (unjustified) financial benefits.

The partial redundancy in FPGS function could be exploited for the generation of biofuel crops with lowered lignin content and minimal undesired effects on biomass yield.

Tidal currents are being recognised as a resource to be exploited for the sustainable generation of electrical power.

Topology optimization is a well-known design tool that may be also exploited for the optimal generation of feasible strut-and-tie models (STM) in reinforced concrete structures.

A 1,4-hydroboration reaction was exploited for the thermal generation of regio-defined enol boranes, and a unique electron-deficient ligand was found to exhibit differential reactivity in the subsequent alkylation reaction.

This aspect could be exploited for the fifth generation (5G) technologies [13], especially from the point of view related to the interference rejection potential embedded in the SC scheme, which may be used for both full-duplex communications and non-orthogonal multi-access protocols that are considered in 5G systems.

The general investigation demonstrates that there is a relationship among microwave irradiation condition, crystal structure, morphology and electrochemical performance that can be exploited for the design of next generation lithium batteries.