The approach to the creation and identification of the positioning zone of the sample in the Faraday magnetometer

It is determined that for each of the distances between the pole-hemispherical tips the coordinates of the extrema remain practically unchanged - regardless of the current load, and the extrema of the force factor are 30-40% closer to the axis line of the poles than the extrema of the gradient. The effect of this distance on the coordinates of the gradient and force factor (logarithmical increasing dependence) extrema is revealed, as well as on the values of these extrema (power decreasing dependence).