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The developed mathematical model enables the derivation of analytical equations for electric potential, electric field and sensitivity.
So we found that the Matlab method in differential equations is very important and useful mathematical tools which help us to solve and plot differential equations.
The large set of plot functions available in Matlab allow one to represent the results of the simulation in a clear and intuitive way.
It is found that the results for the spatial electric field differ from the previous results found for the electric field applied in the direction perpendicular to the wire axis.
The simulation results suggest that intracellular electric field depends on R/sub m/ in its physiologic range, and may not be negligible in understanding some mechanisms of electric field-mediated therapies.
The similarities in plot behavior of the current values after the threshold electric field values argue in favor of the ...
They are also suitable for assessing the dependence of the electric field on electric and geometric parameters.

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