Sentence examples for several device applications from inspiring English sources
Surface modification in nanostructures enables a thorough control on intrinsic properties, surface activity and enhancement of their usefulness in several device applications.
Since graphene is an excellent conductor and transparent material, the hybrid structure of ZnO/graphene shall lead to several device applications not only on Si substrate but also on other insulating substrates such as transparent glass and transparent flexible plastic.
Since graphene is an excellent conductor and a transparent material, the hybrid structure of ZnO/graphene shall lead to several device applications not only on silicon (Si) substrate but also on other insulating substrates such as glass and flexible plastic.
In addition, since graphene is an excellent conductor and transparent material, the hybrid structure of a ZnO nanostructure and graphene shall lead to several device applications not only on Si substrate but also on other insulating substrates such as glass and flexible plastic.
For example, since graphene is an excellent conductor and transparent material, the hybrid structure of ZnO/graphene shall lead to several device applications not only on silicon (Si) substrate but also on other arbitrary substrates such as transparent glass [8] and transparent flexible plastic [16].
Research in condensed matter physics has given rise to several device applications, such as the development of the semiconductor transistor, and laser technology.
The Sharklet micropattern has shown promise for controlling bacterial interaction for several medical device applications (e.g. urinary catheter and endotracheal tubes) [32,33], but has yet to be evaluated for effectiveness in a vascular environment and in a TPU material that is predominately used for vascular access devices.
Several studies have fabricated CdS photocatalysts with various morphologies and scales for photoactivated device applications [5 8].
However, several problems need to be elucidated before achieving practical device applications.
Figure 8 Optoelectronic device applications.
Figure 7 Electronic device applications.
