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In addition, proposed HG TFETs showed improved device performance than previous HG TFETs by improvement in device design.
More than a year after launch, third-party software and analytics had undeniably improved device performance.
Results indicate the C-CQDs based devices exhibit similar or slightly improved device performance as the LiF based devices.
This outcome suggests, along with the identical GIXD and NEXAFS results, that the drastically improved device performance is a result of the enhanced charge injection provided by the lower deposition rates, which yields lower contact resistance.
This process helps overcome technical challenges of B2H6 PLAD, providing a path for continued scaling of PMOS junction depth with improved device performance.
Impressively, the multiple σ-π conjugated host materials also exhibit independently modified the electrical properties without influence the photophysical properties, rendering much improved device performance with maximum external quantum efficiency of 15.8% in blue phosphorescent organic light-emitting diodes (PhOLEDs).
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In previous works, improved device performances have been achieved by use of high dielectric constant (k) spacer material.
Therefore, to improve device performance, various studies have been performed on modified TiO2-NRA surfaces.
Although high-k spacers improve device performance, the intrinsic gain of the device reduces.
It is found that using bilayer gate dielectrics can improve device performance.
The triple δ-doped sheets densities are found to be crucial for improving device performance.
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