Sentence examples for fabrication good from inspiring English sources

In this case, the key concept lies in tuning the effective phases of the acoustic waves as they propagate through the structured medium, which can be met with a very wide range of material choices making polymers attractive vis-a-vis their low density, easy fabrication, good environmental resistance, and sufficient mechanical impedance.

The GOD biosensor modified with PFSi NPs will have essential meaning and practical application in future that attributed to the simple method of fabrication and good performance.

The satisfactory results obtained by the authors indicate that the connection of LTCC and thin film technologies can lead to the fabrication of good quality gas sensors.

The GOD biosensor modified with CS PPy nanocomposites will have essential meaning and practical application in future that attributed to the simple method of fabrication and good performance.

With their ease of fabrication and good performance, this 3D enoki mushroom-like hierarchitectures will hold promise for application in supercapacitors.

Main mechanical and digital design is reported showing the technical options leading to both a low cost of fabrication and good high temperature performances.

Kurokawa et al. and M. Künle et al. [6, 7] have reported the fabrication of good quality Si-NC in SiC matrix film by plasma-enhanced chemical vapor deposition (PECVD) system.

As-deposited LiFe(WO4 2 thin film is expected to be a promising positive electrode material for future rechargeable thin film batteries due to its large volumetric rate capacity, low-temperature fabrication and good electrode/electrolyte interface.

The performance towards nitrite ion oxidation reveals that electroless deposition on conductive polymers can be envisaged as an attractive method for the fabrication of good electrocatalytic materials with application in a wide range of potentials.

Fabrication of good quality ohmic contact on macroporous silicon is a prerequisite for its widespread use in electrical sensor applications but it is also challenging since shallow nanopores are always present within the macropores.

Here we demonstrate the application of a three-dimensional (3D) nanocomposites electrode for implantable GBFCs with simple fabrication protocol, good performance (a high power density 2.3 mW cm−2 and an open circuit potential 0.70 V in physiological environment) and excellent stability.