Sentence examples for excellent potential application from inspiring English sources

In addition, the AuNPs@PPy nanocomposites had high electrocatalytic activity toward H2O2, which showed excellent potential application in sensing.

Moreover, the serum samples from clinic were accurately detected with the proposed method, indicating that the developed immunoassay possessed excellent potential application in clinical diagnostics for PCT.

This proposed sensor has been successfully applied to determine the IP and PX in blood serum human, which demonstrates that it has excellent potential application for detection of different concentrations of IP and PX.

Attributed to the high critical field and electron velocity, nitride heterostructures have attracted great attention because of the excellent potential application in high-voltage and high-power operations at microwave/sub-microwave frequency [1 5].

The porous BG balls with hierarchical pores on the nano- to microscale exhibit favorable biocompatibility in vitro and promise excellent potential applications in the field of biomaterials, such as tissue regeneration and drug storage.

This simple synthetic method can be adapted for the purpose of preparing various ceramics with hierarchical pore structures, which have excellent potential applications in the field of not only biomaterials such as tissue engineering and drug storage but also catalysis, filters, adsorbents, and optics.

Therefore, ZnO biopolymer nanocomposites have excellent potential applications in food packaging and UV shielding.

Thus, the microcavities exhibit excellent potential applications as sensors in the fields of optoelectronics[11], biosensing[6, 12], and integrated optofluidics[10, 13].

Cell viability, adhesion and proliferation investigations revealed an excellent potential for application in bone tissue engineering.

The novel ZnO/ZnWO4 composite nanorod shows excellent potential for application in field emission cathodes and related devices.

The MgP scaffold developed in this study satisfied the required conditions for scaffolding in hard tissue regeneration in an ideal manner, including 3 dimensionally well-interconnected pore structures, favorable mechanical properties, biodegradability, good cell affinity and in vitro biocompatibility; thus, it has excellent potential for application in the field of biomaterials.