Sentence examples for tailored properties for from inspiring English sources

These nanostructures can be ingeniously tuned to achieve tailored properties for a particular application of interest.

In the process of improving the composite materials, the researchers have identified hybridization as one of the decent methods for achieving better and tailored properties for the composite materials.

Motivated by the success of photodynamic therapy (PDT) against several types of tumors, further applications of this approach are constantly identified which require the design and synthesis of novel photosensitizers with specifically tailored properties for a particular clinical application.

This constitutes essential knowledge in order to design capsules with tailored properties for self-healing materials.

Application of the modified lignin in combination with TEOS could be furthered for the production of advanced biodegradable, eco-friendly biomaterials with tailored properties for making biofilters or biomembranes, which could be utilized for removal of several other environmental pollutants or eliminating the chance of bacterial contaminants.

Since many fundamental properties of semiconductor materials have been expressed as a function of size and shape, controlling these aspects of semiconductor nanocrystallites would provide opportunities for tailoring properties of materials and offer possibilities for observing interesting and useful physical phenomena.

For the first time the phenolic diversity in maleimidobenzoxazine compounds was enabled, opening many possibilities for tailoring properties of maleimidobenzoxazines through phenolic diversity.

This strategy will avoid unnecessary costs, reducing trial-and-error campaigns leading to fast material developments for tailored properties.

The developed process strategy can be further applied to design functional gradients with selected tailored properties and to account for directional anisotropy of solidified components.

This procedure allows to reproduce the tensile behaviour of natural drag line fibres and offers the possibility of obtaining silk fibres with predictable tailored properties in large quantities for experimental use.

This work demonstrates an efficient strategy for engineering non-natural, tailored properties into microbial opsins, properties relevant for imaging and interrogating biological systems.