The model was sequentially coupled with a radiation model and an electrical model to calculate the electrical performance of the PV panels.
The adsorption trends were analyzed and equated to an electrical model to qualitatively predict the equilibrium salt adsorption capacity, where the smaller capacitance was observed to be the limiting factor.
This 3D optical model, complemented by a 1D electrical model to determine the Emission Zone Profile (EZP), predicts that the photonic films we fabricated are able to enhance up to 29% the EQE, and opens perspectives for a better design of extraction layers.
In this paper, we reprocessed previous MT data that were deployed in southern Tibet (Fig. 1) and obtained a three-dimensional (3D) electrical model to study deep structures and processes beneath the collision zone at the crustal scale.
To answer these questions, here we revisit those data and use layered 1D anisotropic electrical conductivity models to demonstrate the limits of acceptable electrical anisotropy within the data and further explore implications on anisotropy in the lithosphere in the NoMelt area.
Van Der Plaats et al. (2004) and Debbaut et al. (2011) used electrical analog models to describe the generations of vessels, finding the pressure and flow in each generation.
In parallel to the development of electrical models, neurobiologists started to model neuronal signalling using the concepts of chemical kinetics, already widely used in biochemistry [ 16].
The MITICA electrical model implemented to estimate the characteristics of the voltage transients is here described, with particular emphasis on the feedthroughs, on the source insulation and on the embedded diagnostic system.
Accurate electrical models are needed to support the design of modern microelectrode arrays.
Meanwhile, both of the numerical thermal and electrical models have been built to investigate the characteristics of the HCPV/T system.
