Sentence examples for extend the practical from inspiring English sources

This is meant in no way to diminish the importance or the greatness of the outlier genius, but, rather, to suggest that the difference between a failed genius and a successful one is often the ability to develop, by way of his or her great invention, an institutional structure, or group, that will sustain and extend the practical realization of a great vision.

The use of non-intrusive PCEs for the generation of SWI hazard maps is proposed to extend the practical applications of UP analysis in coastal aquifer management studies.

This has essential policy implications that local government should strengthen subsequent management on biogas production to extend the practical service life of the biogas system.

These all extend the practical usefulness of these versatile phosphates assisted catalyst, and they are promising candidates to act as ancillary additive for industrial applicable 1,2-syndiotactic polymerization of 1,3-butadiene.

To extend the practical usage of the presented design, the proposed strategy has been utilized to control an auxiliary adjuster for stereotactic frame fixation system for use in the precise clinical neurosurgery operation.

Since FPP fabrication of complex three-dimensional structures containing components having different material characteristics would greatly extend the practical utility of this method, we explore the influence of nanoparticle (silica, titania, and multi-wall carbon nanotube) additives on FPP front propagation.

These observations are of importance for extending the practical applications of these biopolymer nanocomposites towards eco-friendly (e.g. sustainable packaging) and biomedical (e.g. bone tissue engineering) applications.

Considering catalysis and inhibition significantly extends the practical applicability over the original algorithm [ 6] as demonstrated in the present paper.

Recent work has also extended the practical utility of NPT for a wide range of academic and non-academic users.

Escherichia coli is widely used in fundamental investigations and in modern biotechnology for production of biologically active compounds such as recombinant proteins, amino acids, vitamins etc. Construction of plasmid-less marker-less strains has advantages for extending the practical exploitation of these bacteria in industry [ 1- 5].

On the other hand, in CFD research aims to extend the boundaries of practical engineering use in "non-traditional" areas.