Sentence examples for realization of functional from inspiring English sources

It concerns the structural and intrinsic functional characteristics of silk vs. the macroscopic property and the realization of functional composites.

An array of hierarchical assembly of nanoscale building blocks such as nanocomb/cantilevers (NCs) is a crucial step toward realization of functional nanosystems and represents a significant challenge in the field of nanoscale science [1 5].

The present results constitute a novel strategy in the processing and molecular integration of graphene that could be extended to other (bio molecules of interest towards the realization of functional materials for different applications.

The ability to assimilate the advanced functions and properties into numerous applications motivates the study of self-assembled nanostructures providing a proper foundation for the realization of functional materials and devices.

For successful realization of functional TNPs, this means that these parameters of the device must compromise between the optimum for drug delivery and that for diagnostic imaging, which in turn requires flexible chemical synthesis to systematically tailor the size, shape, charge, placement of targeting ligands, degradation, drug loading and release kinetics, and so forth.

Furthermore, the recent advances in bottom-up synthesis combined with the top-down fabrication technologies for practical applications and the experimental realizations of functional 1D subwavelength core/shell nanostructure devices were briefly discussed.

They are part of the theory of the neural realization of the functional model.

It can provide two-qubit operation between arbitrary pairs of qubits, which is necessary for the realization of the functional and scalable quantum computing.

However, the randomness in their size as well as position on a planar substrate is undesirable particularly for electronic device applications, even though they produce these unique properties for the realization of quantum functional electron devices [1, 2].

Integration of ferroelectric tunable components into dielectric layers of low temperature co-fired ceramic (LTCC) systems enables the realization of more functional multilayer ceramic modules (MCMs) for telecommunication applications.

Such hypotheses specify aspects of the structural realization of a functional-component model.