The dependence of the optical destiny of water from the time of exposure by magnetic field

Abstract

The influence of the magnetic field (MF) on the optical properties of distilled water was studied. The spectral dependences (300¸700 nm) of the optical density of water (D) at different times (doses) of the preliminary exposure by MF were measured. It is found that the spectral and dose (time) dependences of the optical density have a no monotonic character, which is interpreted by changing the structure of water under the action of MF. It was found that the structural changes in water at low doses (small times) of magnetic action is much greater than at higher doses. It is also shown that the constant MF acts more efficiently on water than the alternating MF.