Sentence examples for electrical models developed from inspiring English sources

The model is developed and applied in the MATLAB®, Simulink® and SimPowerSystems® environment, based on the mathematical and electrical models developed for the proposed system.

These analyses involve cable thermal and electrical modelling developed at CEA and already used in ITER R&D, design and characterization programs.

This paper presents a review of the electrical conductivity models developed using fractal, percolation and effective medium theories.

An equivalent electrical model is developed to analyze the sensor's behavior.

The coupled optical and electrical modeling is developed to explore the working principle of the perovskite solar cells.

A detailed thermal and electrical model is developed to calculate the thermal and electrical parameters of a typical PV/T air collector.

Here, we apply electrokinetic models developed for colloidal suspensions to nanofluids for the first time to explain the large measured increases in electrical conductivity.

This paper discusses the specific design considerations for high solar-to-hydrogen conversion efficiency in a hybrid solid-state/PEC photoelectrode, and describes the use of integrated electrical/electrochemical/optical models developed at the University of Hawaii for the analysis of such hybrid structures.

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).

The ad hoc model developed includes uncertainties on both electrical and mechanical parts.

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.