Sentence examples for electrical response are from inspiring English sources

The complex performance of ultra-thin cells such as the optical response and electrical response are fully quantified in simulation through a complete optoelectronic investigation.

The lack of electrical response is at first sight counterintuitive, as the cells are highly viable and photosynthesis is ongoing.

It is found that the electrical response is modulated significantly by the polymer boundary condition at the droplet surface.

Besides the influence of the SEI on the overall impedance response, also the impact of the cell design on electrical response was investigated.

The understanding of intermolecular electrical response is considered from the standpoint of both interaction energetics and property changes and from evaluation by ab initio calculations and by modeling.

A statistical sample was studied and the average electrical response was compared with measurements for direct (DC) and alternate current (AC).

At the influent interface where the reactions were most severe, a contrasting time-lapse electrical response was observed between the two columns.

The material structure presented amorphous features and the electrical response was described in terms of equivalent circuits accounting for the different relaxation processes occurring in the medium.

Incorporation into DPPG liposomes was confirmed with surface plasmon resonance experiments, while the importance of electrostatic interactions on the electrical response was highlighted using the Finite Difference Time-Domain Method (FDTD).

Monitoring the early age hydration process in cementitious materials containing mineral and chemical admixtures, and non-invasive determination of the pore structure features, through the use of electrical response, is discussed in this paper.

The electrical response is also dominated by percolation effects, increasing by nearly 10 orders of magnitude from 10−11 to 10−1 S/cm, on the addition of only 2 wt% MWNTs.