Sentence examples for the technological relevance from inspiring English sources

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].

The technological relevance of titanium nitride (TiN) deposited by Physical vapor deposition (PVD) is reflected in its wide range of applications, from hard protective coatings in cutting tool industry to biomaterial in implantable devices [1, 2].

Finally, the technological relevance of the ene-yne structural motif is extended by a new design concept for NLO-chromophores showing the highest second harmonic generation efficiencies reported for these scaffolds.

In addition to the technological relevance of LAB in cheese, there is currently much research and industry interest in the potential biological activity of dairy LAB, either for use as probiotics in their own wright or as bioactive agents capable of modulating the health functionality of cheese and other dairy products [ 7].

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.

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.

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

The simulations are aimed at investigating processes and structures on the picosecond to nanosecond time scale in the nano-phase-separated material with its technological relevance for low temperature fuel cells.

The intense current interest stems from fundamental importance as well as technological relevance for energy conversion and storage technologies (e.g., batteries, photovoltaics, fuel cells, and sensing devices), and recent progresses have been extensively reviewed.

The samples to be compared were chosen in order to achieve as much information as possible about the effect of the auxin treatment at the transcriptional level, its duration, and the implications in terms of physiological changes and technological relevance (see Additional file 1A and B).

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.