Sentence examples for electrical models have from inspiring English sources

Meanwhile, both of the numerical thermal and electrical models have been built to investigate the characteristics of the HCPV/T system.

So far, various electrical models have been developed for extracting the I V curve of solar cells (see, for example, [1, 2, 3, 4] and the references therein).

Integrated mechanical and electrical models have the potential to shed light on the source of these discrepancies and notches.

A simple electrical model has been derived from the as-deduced 14 decade master curve.

A complex electrical model has been established to account for the redistribution effects of ions occurring in supercapacitors.

In this paper, an improved metal oxide surge arrester electrical model has been proposed under grid voltage.

In addition, a simple electrical model has been developed to describe the behavior of the supercapacitor with a very good correlation with the experimental results.

Equivalent electrical conductance models have been developed for all sensor configurations based on the sensor conductance in air and in presence of H2S gas to explain the chemical and electronic changes occurring at the interface between sensing SnO2 thin film and catalyst CuO.

Regarding the electrical response, two different models have been mainly studied.

Therefore, various electrical circuits' oriented PV models have been proposed in the literature providing some optimal models where different intrinsic physical phenomena occurred in the electricity generation process.

In order to evaluate the effect of fluid fraction on the bulk electrical conductivity, various geometrical models have been proposed, such as the Hashin-Shtrikman upper and lower bound models (Hashin and Shtrikman 1962), the cube model (Waff 1974), and the tube model (Schmeling 1986).