Sentence examples for potential of further development from inspiring English sources

Since microgrid system is more flexible and controllable than conventional distribution networks, it is gaining increasing attention and has vast potential of further development in the future.

The results of the work indicate the potential of further development of this approach for swarming drops and hence quantitative prediction of the behaviour of liquid liquid contactors.

Moreover, 100% seroconversion induced by virosomally-formulated peptides and the observed boost of this response by sporozoite infection support the potential of further development of the virosome system as a malaria vaccine.

Our results suggest that urinary miRNA profiling has the potential of further development as biomarkers of CKD.

Potential areas of further development of catheter technology might be the improvement of mapping by better substrate definition and resolution, the introduction of bipolar and multipolar ablation techniques into clinical routine, and the use of alternative sources of energy.

The application of likelihood in hybrid methods [ 41- 43], the likelihood ratchet [ 44], and a metapopulation genetic algorithm [ 45] lie farther beyond the scope of this discussion, but illustrates the potential for further development of both of these phylogenetic approaches beyond the specific implementations used in this study.

These data demonstrate a further milestone with potential for further development of optimal treatment of RA, where blockade of pro-inflammatory cytokines or treatment with anti-inflammatory cytokines may be used alone, or in combination.

These results demonstrate that the mechanistic and systematic study proposed here for controlling the carrier properties of graphene derivatives has great potential for further development of graphene-based electronic and energy devices.

Our successful demonstration of biochar materials highlights the potential for further development of P filters for wastewater treatment systems from anaerobic digestate produced and pyrolysed on-site with energy recovery.

In spite of this, the GS1.11-26 shighlyighly promising potential for further development of an all-round robust yeast strain for efficient fermentation of various lignocellulose hydrolysates.

A broad-brush outline of the instrument is given and the potential for further development of the concept is discussed.