Sentence examples for electrical performance for from inspiring English sources

The electrical performance for the PERC devices with various rear-side-passivated structures is eventually investigated.

Passive components (resistance and capacitance) use precision polysilicon resistors and metal insulator metal capacitors, which offer relatively high accuracy in electrical performance for the analog circuit design.

Simple, time-saving or cost-effective washing pre-treatment could be easily achieved with different washing parameters to improve the electrical performance for various applications of AgNW transparent electrodes.

Percolated networks of silver nanowires (AgNWs) have attracted intensive attention because of their remarkable mechanical stability, along with their excellent optical and electrical performance for the fabrication of flexible transparent electrodes.

In an attempt to increase the Jsc while maintaining a high electrical performance for the solar cells, we deposited an additional thin BZO film on the sputter-treated one to realize a micro- and nano-textured structure.

In contrast, to observe the optical and electrical performances for transparent electrodes, pure Ag NWs synthesized by the abovementioned method were fabricated in the form of two-dimensional (2-D) films via a casting process.

For the stress-engineering of sub-45 nm devices, simplified models of the valence-band structure are required, which can predict the variation of their electrical performances for any stress configuration and channel orientation.

The electrical performances for mode 1 and mode 2 are similar to those for mode 3 and mode 4 at Vd = −0.3 V. Figure 7a,c shows that, when the G2 and G1 approaches off-state bias condition, the on current is clearly pinning and absolute Vth is increasing.

These and other conclusions indicate that both substrate accessibility and effective substrate utilization are important factors for electrical performance of cellulosic MFCs.

In the present work a comparative study for thermal and electrical performance of different hybrid photovoltaic/thermal collectors designs for Iraq climate conditions have been carried out.

The present study investigates the impact of various discharge rates on the thermal (temperature and heat generation profiles) and electrical performance of the Li-ion battery for electric vehicles and hybrid electric vehicles.