Sentence examples for development of the multifunctional from inspiring English sources
Here we report the development of the multifunctional core-shell hybrid microfibers with excellent mechanical and electrical performance as a new smart biomaterial.
There is a great necessity for the development of these multifunctional nanocomposites, but there are some difficulties and challenges to overcome in their fabrication such as quenching of the fluorescent entity by the magnetic core.
Similarly, the use of microwave in fabrication of graphene/LDH nanohybrids provides a novel method for the development of new multifunctional nanocomposites on the basis of the existing nanomaterials.
The particular interest of this case lies in the characteristics of mountain areas where, on the one hand, the traits of the pre-existing agricultural activities might encourage the development of multifunctional activities and, on the other hand, the link with the urban domain is perhaps weaker than elsewhere for geographical reasons.
This paper reports on the development of nanostructured, multifunctional TiAlN- and TiO2-coatings where the multifunctionality stems from their nanoscale surface topography.
The development of novel multifunctional coatings plays a crucial role in the achievement of more competitive architectural glasses and glazing materials for solar applications, among others.
Synergistic combination of the multiple capabilities of carbon nanotubes to deliver DNA/siRNAs will lead to the development of powerful multifunctional nanomedicine to treat cancer or other difficult diseases.
This work provides a guide for the design of multifunctional ferroelectric materials and can promote the development of other multifunctional ferroic materials.
This work contributes to the development of multifunctional nanostructures in the search for strategies for in vivo DNA delivery.
The development of future multifunctional agents by combining targeting, imaging and even therapeutic routes will also be discussed.
The research activities indicate that hydroxyl-rich polycationic systems become versatile and powerful candidates for the development of advanced multifunctional delivery systems of nucleic acids.
