Abstract
UDC 532.62: 541.24
The carried-out calculations afforded an analytical expression, in the linear approach on indignation amplitude, for the intensity of an electric field of an oscillating uncharged drop of a nonviscous conductive liquid, placed in an electrostatic field. Estimates of the field intensity values, both in the wave approach (at long distances from a drop) and in the quasistationary approach (at a drop surface) are carried out.
Keywords: spheroidal drop, uniform electrostatic field, oscillation, wave and quasistationary approximations.