Sentence examples for high versatility in from inspiring English sources

The potential advantages of neural networks include simple implementation and high versatility in approximating nonlinear relationships.

This material exhibits an environmental-friendliness potential and a high versatility in food packaging.

Like standard measure words, container measure words' perdurant property is shown by its high versatility in measuring and denoting properties of all types of entities.

Additive manufacturing (AM) has been pointed out as a feasible solution due to its numerous advantages and high versatility in comparison to other manufacturing techniques.

Plants are especially interesting, because, as sessile organisms, they possess high versatility in responding to environmental challenges and abiotic as well as biotic ones.

Metal borides are inorganic solids that are very interesting due to their high versatility in physical properties, as for example magnetism, electrical and thermal conductivity, hardness and catalytic activity, but at the same time they are difficult to prepare.

As detailed in the following section, the isolate Pseudomonas sp. 9.1 exhibited the highest versatility in terms of utilization of lignin model compounds; therefore a more reliable assignment of this isolate to a particular species was performed.

Despite many advantages offered by materials from natural sources, notably biological recognition, synthetic polymers have often been preferred for their higher versatility in terms of properties' variability and workability.

Raindance demonstrated the highest versatility in assay design.

Furthermore, the translation efficiency for the codon AAA by the tRNALys/CUU could be reduced due to deviation from the highest versatility in the 3rd codon site (anticodon sequence changed to "C" instead of "U" in the first site) and may have caused the lack of the AAA codons in the genomes of Balanoglossus [ 30] as well as the reassignment of the codon AAA to Asn in echinoderms [ 48].

The protocol presented for surface modification of nanospheres promises high versatility of application in search for biorecognitive ligands enhancing the cytoadhesion, cytoinvasion as well as transcellular transport of colloidal carriers.