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5Hz); and (3) was reduced at higher f values and with distance from the electrode (almost negligible for distances5mm). The evolution of maximum lesion depth and width were almost identical with both DC and AC. Although reducing f reduces the computation time, thermal oscillations appear at points near the electrode, which suggests that a minimum value of f should be used. Replacing DC voltage by low-frequency AC voltage does not appear to have an impact on the lesion depth. Although reducing fAC reduces the computation time, therm
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