Sentence examples for exponential electric from inspiring English sources

The model is found to be quantitatively consistent with nearly all aspects of experimental behavior; the inverse current density dependence of the inductive time constant and the charge parameterization of potential decays both arise because of exponential electric field dependence of ionic conduction and defect generation/removal rates.

It is quite different from the exponential changes of electric current flowing through the unilluminated SbSI gel (Fig. 2b).

Now, with the exponential growth of electric and shared mobility options, it is becoming clear that there is yet another contender for space in the geography between the street and the sidewalk.

The linear dependence of LEE on the thickness in the logarithmic scale implies the exponential decrease of electric fields in the p-GaN layer.

Initially, as the applied voltage increases there is an exponential increase in electric field magnitudes in the water.

A non-dimensional primary current distribution model of the micro-electroporation channel showed that decreasing channel height results in an exponential increase in the electric field magnitudes, and that cells experience exponentially greater electric field magnitudes the closer they are to the channel walls [28].

It is found that the ionic current follows the classical high field ion conduction equation in which the current is expressed as an exponential function of the electric field in the barrier layer.

The results confirm that ionic conduction in the oxide follows a high-field exponential dependence on the electric field with a field coefficient of approximately 33 nm/V, consistent with reported values for barrier-type films formed in neutral solutions.

In order to obtain the asymptotic behavior and optimal decay rate, noting that E = φ1 - φ2 satisfies the damping "Klein-Gordon" equation (see [14, 15]), we first obtain the exponential decay rate of the electric field E by energy methods.

The exponential rise of power dissipation in electric devices has so far vastly surpassed the performance of power converter systems.

The exponential relation between BTBT rate and electric field makes the tunneling current of S/S/S much larger than that of H/S/S [30].