Sentence examples for future fabrication from inspiring English sources

The herein sensing strategy is rapid, robust, selective, sensitive, and is promising for future fabrication of point-of-care devices.

Our study paves the way for future fabrication of higher integrated chips with a stable and robust operation when used in bioelectronic applications.

We also provide insights into the factors that influence device efficiency and stability, and provide guidelines for future fabrication strategies for more advanced devices.

In addition, certain properties of gold nanoparticles (e.g., conductivity, catalytic and photocatalytic activity) suggest that gold-nanoparticle-functionalized carbon nanotubes may prove applicable in future fabrication of nanodevices.

Instead of having lengths of fiber that must be near one another for the signal to transfer, as in conventional fiber optics, light easily hops from one nanowire to another, a useful property in the future fabrication of multiplexers, demultiplexers and other devices like splitters, Dr. Mazur said.

This paper reports the results of the first study on the stiffness of the elastic components, introducing the minimum and maximum weights for the appropriate working conditions and future fabrication of TENGs.

Rapid advances in additive manufacturing techniques promise that, in the near future, the fabrication of functional cellular structures will be achieved with the desired cellular microstructures tailored to specific applications.

These preliminary results suggest that thermal processing of conductive polymers may be a useful step in their future device fabrication.

All results are discussed and assessed with respect to the optimization of future component fabrication for high temperature nuclear fusion applications.

Furthermore, the homogeneous but anisotropic rotating medium is simplified by homogeneous and isotropic positive-index materials according to the effective medium theory, which is helpful for future device fabrication.

Important concepts based on nanotube molecular devices have been demonstrated, but the biggest challenge still remains in building nanotube-based architectures to suit existing or future electronic fabrication technology.