Sentence examples for exploitation of functional from inspiring English sources

Since the aim is the design, construction, and exploitation of functional materials based on interactions between molecules, ions, and complexes, modern crystal engineering is essentially supramolecular solid-state chemistry.

The observed difference can be explained mainly by a better exploitation of functional QTL information for FHB than for STB disease severity.

These approaches rely on efficient exploitation of functional genomics data sources (Giallourakis et al., 2005) and take advantage of numerous computer-based systems that have been developed in the last 5 years.

The highly embroidered piano style of Frédéric Chopin, touched, in passing, on showers of dissonant, often chromatic tones again used not for any exploitation of their functional value but as a spray of colour used as an overlay for a basically diatonic (nonchromatic) style, well-hidden underneath and recognizable only at the cadence.

Deployment of large scale processing methods is necessary for the successful technological exploitation of the functional properties of nanoparticle-containing block copolymer hybrids.

The authors describe a predictive approach to food design, based on the systematic exploitation of the functional properties of each potential ingredient.

However, the maximal exploitation of its functional properties is strictly reliant on the availability of optimized synthesis routes that allow tailor-designing, architecturing and manipulation of CeO2 in a precise manner when it is combined with other functional materials.

Significant developments have also been achieved towards the exploitation of such functional nanofibers in applications involving among others fuel cells, lithium ion batteries, solar cell, electronic sensors as well as photocatalysts.

Aimed at a better exploitation of the functional properties of pinto bean hydrolysates, the effectiveness of two subtilisins (Alcalase and Savinase) for the simultaneous release of bioactive peptides and phenolics with antioxidant, angiotensin I converting enzyme (ACE) inhibitory and anti-inflammatory activities was investigated.

The Shape Memory Alloy's (SMA) technology has been developing and the interest in new opportunities for the exploitation of the functional properties of this class of materials has increased the enquiry of technical references and guidelines for the design,manufacturing and testing of devices.

Recently, extensive efforts have been devoted to the exploitation of robust and functional polymer-based biomaterial scaffolds with high efficiency.