Sentence examples for the further utilization of from inspiring English sources

Ionic liquids have attracted increasing attention for dissolution of biomass and its components, which can destroy the hydrogen bond in the covalent structure for the further utilization of sustainable feedstock [10, 11].

The basic performance and environmental properties of the trace elements (Cr, Cu, Fe, Mn, Ba and Zn) from the co-combustion ashes were studied to promote the further utilization of these materials.

A novel procedure resulting in decoupling linear parts of equations is proposed with the further utilization of the method of multiple scales for solving nonlinear governing equations of motion by expanding the amplitude functions into power series in terms of the small parameter and different time scales.

The second stillage treatment concept is a further utilization of the biogenic residue due to anaerobic fermentation.

Being considered as a type of distributed energy resource (DER), EVs show great potential to handle the fluctuation due to further utilization of renewable energy sources (RES) in future power systems and provide demand side flexibility required by smart grid.

Further utilization of the questionnaire will determined the differences in score that may be regarded as the "minimal clinically important difference".

Construction of bacterial DNA microarrays from genomic sequence data using a two-stage PCR amplification approach for the production of arrayed DNA is attractive because it allows, in principal, the continued re-amplification of DNA fragments and facilitates further utilization of the DNA fragments for additional uses (e.g. over-expression of protein).

In this context, the construction of bacterial DNA microarrays from genomic sequence data using a 'two-stage' approach, is attractive because it allows the continued re-amplification of DNA fragments and facilitates further utilization of the DNA fragments for additional uses (e.g. over-expression of protein) [ 6].

Energy crops and organic residues can serve as substrates for anaerobic digestion with further utilization of the obtained methane as a source of sustainable energy [1].

Despite the success of demonstrating preclincal efficacy, further utilization of DCU as a tool to evaluate target PK/PD relationships in chronic animal models [24] remains challenge.

We propose that the use of WC, with judicious further utilization of BF% by means of body impedance analysis in leaner subjects, would provide optimal predictive capacity while keeping the process clinically feasible and scalable.