EFFECTS OF ALTERNATING ELECTROMAGNETIC FIELDS ON THE HUMAN BODY

Abstract

The effect of electromagnetic fields on the human body depends on the strength of electric and magnetic fields, the intensity of energy flux, the frequency of vibration, the accumulation of radiation on a certain surface of the body and individual characteristics of the human body.

The main reason for the effect of electromagnetic fields on the human body is that atoms and molecules in the body of the human body begin to split into positive and negative poles under the influence of this field. The polarized molecules begin to move in the direction in which the electromagnetic field is propagated.

It has been confirmed in experiments that the bulk of the waves, shorter than 10 cm in length, are absorbed in skin cells. Radiation in the range of 10-30 cm is poorly absorbed in skin cells (30-40 percent), and mostly their absorption falls on the internal organs of a person. Such radiation is incredibly dangerous.

Excess heat generated in the body can be lost due to the thermoregulation of the human body up to a certain limit. Starting from a certain amount (I >10 MW/cm2), the so-called heat limit is not able to be released in the human body and body temperature rises, which in turn causes great damage to the body. Heat absorption is well carried out in water-rich parts of the human body (blood, muscles, lungs, liver, etc.). The permissible levels of radiation allowed in our country are very few units. Therefore, even if the organism is exposed to radiation for a long time, there may not be any change in the hyech.