Sentence examples for material quality improves from inspiring English sources

As material quality improves and growth technology develops, SiC BJTs are regaining interest.

Interviews of Norwegian pipe producers Higher quality pipe materials - Improving lifetime expectancy of pipes Material quality will improve in time with better raw materials and better production standards.

There is an urgent need for developing new approaches to further improve material quality with reduced dislocation density and unintentional impurities and improved surface morphologies in Al-rich AlGaN alloys, which would enhance the doping efficiency and device performance.

Also striking is the vastly improved material quality of the cabin appointments as well as the aforementioned ergonomics.

The improved material quality has also led to increase in short-circuit current and reduced dark current [40].

The results also suggest that further improved material quality and device performance can be expected via optimization of growth parameters.

Although further efforts to improve material quality are needed, the two-photon absorption observed in strain-free QDSCs opens new opportunities for QD-based high-efficiency intermediate band solar cells [59, 60].

In our recent work, ternary alloy IFs with mixed As and Sb were introduced in our MOCVD growth and have been demonstrated to improve material quality, significantly compared to InSb-like and GaAs-like IFs.

Thus, due to improved material quality, window layer design, and contact resistance, we have achieved GaAsP/SiGe tandem performance with an AM1.5G open-circuit voltage of 1.458 V, a top subcell external quantum efficiency-extracted short-circuit current density of 13.8 mA/cm2 (no AR), and a fill factor of 82.8%.

Of course, due to our focus on thermal evaporation, we have not addressed more sophisticated deposition strategies that have recently been explored in plasmonics to improve material quality.

We conversely show that improving the material quality supersedes much of the utility of n-type doping for Ge lasers.