Sentence examples for material platforms for from inspiring English sources
Owing to its one-dimensional structure and superior electrical property, carbon nanotube is one of the most promising material platforms for flexible and stretchable electronics.
The purpose of this study is to design and develop thermoresponsive nano-sized hydrogel particles from a natural polymer, chitosan, as smart material platforms for curcumin delivery.
The assembly of graphene with other nanoscale building blocks such as metals, metal oxides, and polymers has led to the possibility to create new electroactive and multifunctional nanostructures, which can serve as promising material platforms for electrochemical purposes.
Optical characterization indicates that these Er SiNWs have potential as a new material platform for Si-based photonics.
The hierarchical G-CNTs architecture provides a new material platform for development of advanced energy-storage devices.
Overall, the strategy and synergistic effect presented here provide a new material platform for the development of high-performance anode materials.
Photodegradable hydrogels have emerged as a powerful material platform for studying and directing cell behaviors, as well as for delivering drugs.
Based on these results, it can be concluded that the AgCaMSS developed here would be a promising material platform for designing hemostats in more extensive clinical application.
Among others, MFs have been used as an excellent material platform for the development of magnetic immunoassay [1, 2], contrast agents for magnetic resonance imaging [3, 4], and material devices for magnetohyperthermia [5 7].
Hybrid composite nanomaterials provide an attractive and versatile material platform for numerous emerging nano- and biomedical applications by offering the possibility to combine diverse properties which are impossible to obtain within a single material.
The unique CNTs@CNPs arrays significantly improve the electrochemical capacitance per unit area with great long-term stability, indicating the promise as new material platform for development of advanced energy-storage devices.
