Sentence examples for of technological relevance from inspiring English sources

The present study refers to a parameter spectrum as from experimental data of technological relevance.

This is a problem of technological relevance for the reading of information stored in a digital memory.

At most solid solid interfaces of technological relevance, contact occurs at numerous asperities; a sharp AFM/FFM tip sliding on a surface simulates just one such contact.

This work may thus contribute understanding imbibition behaviour of liquid mixtures and of complex fluid in general in nanoporous networks, an issue that is of technological relevance in current material science and engineering.

Prophage induction is of technological relevance, particularly for cheese-making, because it provokes L. lactis lysis and is responsible for cheese ripening [ 23].

Graphene on copper is a system of high technological relevance, as Cu is one of the most widely used substrates for the CVD growth of graphene.

The reinforcing phenomenon by blending soft elastomeric materials with rigid colloidal filler particles is, despite of its technological relevance, still poorly understood on the microscopic level although several macroscopic approaches have dealt with some of the mechanisms successfully.

Biomimetic approaches copying these unique S-layer surface properties could be of great technological relevance.

The early literature [23] indicates occurrence of this intriguing phenomenon in many materials, however the inconsistency in experimental results has contributed to the lack of understanding and technological relevance.

Hence, despite the advent of other forms of display mechanisms, such as light emitting diodes (LEDs), the technological relevance of liquid crystals remains significant [16].

While the phenomenological features of ICT and FCT can be qualitatively understood within the framework of the (extended) Hubbard and the Newns Anderson model, respectively, the technological relevance of charge transfer across metal/(insulator/ organic interfaces and the continuous drive to optimize materials and device geometries necessitates a deeper, microscopic understanding.