On the calculation of the electrostatic field intensity of an oscillating uncharged drop

Abstract

The analytical expression is derived for the electric field intensity of an oscillating uncharged drop of nonviscous conductive liquid under an electrostatic field in a linear approximation relative to the disturbance amplitude. Estimates of the field intensity values both in a wave approximation (at long distances from the drop) and in a quasistationary approximation (near the surface of the drop) are performed.