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This fact can be explained by using equivalent capacitor model.
This paper represents a novel lithium-ion capacitor model.
The double-layer graphene was separated by a thin dielectric spacer forming a parallel capacitor model.
(a) The capacitor model, consisting of a thin ferroelectric film between two conductive electrodes.
The controlling behavior and the ZCV of the system are systematically studied by using an equivalent capacitor model.
The comparison between experimental data and predicted data based on the two-layer capacitor model of a cylindrical electro-coalescer was also obtained to validate whether the two-layer capacitor model is applicable for a concentric cylindrical electrostatic coalescer.
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Most capacitor models encompass a safety circuit which will light up a warning if the connections are not correct.
The simplest model for electroadhesion is the parallel-plate-capacitor model.
A simple super-capacitor model derived from the porous electrode behavior of super-capacitors is shown in Fig. 1a.
Analytical modes, dispersion relationship for surface plasmon polariton and inductor-capacitor model for phonon-mediated magnetic polariton, have been utilized to verify the results.
From the experimental datasets, the parameters of each super-capacitor model were found using a least-squares fitting applied to the step response: begin{aligned} v_{o}(t)={mathrm {5}}left[ frac{t^{alpha_{1} }}{C_{1 }(R+R_{0})}E_{alpha_{1},alpha_{1} +1}left( frac{-t^{alpha_{1} }}{C_{1 }(R+R_{0})}right) right].
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CEO of Professional Science Editing for Scientists @ prosciediting.com