Sentence examples for boost the application of from inspiring English sources
The smart optical components will greatly boost the application of the THz technology.
In addition, the policy to promote biogas utilization contributed to boost the application of the AD to achieve energy production and waste minimization.
When implemented in conjunction with a 3D morphological database, this approach has the potential to boost the application of 3D shape analysis, since even non-experts will gain the ability to build "on the fly" descriptive/predictive models from arbitrary sets of 3D scans.
Conversely, the recent application of catalases for in-situ elimination of hydrogen peroxide [ 18] would boost the application of H2O2-forming NADH-oxidases in biocatalysis.
Even though some studies about enzymatic degumming had already been done, more effective degumming enzymes are still needed to boost the application of enzymatic degumming technology in the industry [ 3– 5].
Further engineering to include different recognition motifs and to boost the rate and yield (currently below 50% in case of the engineered Sortase variant) of the transpeptidase reaction will boost the application of this intriguing biosynthetic tool to the generation of modified histones.
These findings deepen the understanding of quantum capacitance of graphene, which will stimulate novel experimental and theoretical studies and boost the applications of graphene in electrochemical and energy areas.
In addition, the policy to promote biogas utilisation contributed in boosting the application of the anaerobic digestion technology to achieve a two-fold goal: energy production and waste minimisation.
Exploiting novel metal-organic frameworks (MOFs) as electrode materials with superior rate capabilities and understanding their electrochemical behaviour in detail are crucial for boosting the application of MOFs in the field of energy storage.
Taken together, the recent research boosts the applications of photon upconversion using designed metal nanostructures and nanoparticles for green energy, bioimaging, and therapy.
This combined strategy overcomes Fenton's main shortcoming and will boost the industrial application of this interesting wastewater treatment approach.
