FIELD: medicine.
SUBSTANCE: invention refers to medicine, namely to occupational medicine, and can be used in hygienic assessment of the working conditions. The method for prediction consists in measuring an electric field intensity in the decade bandwidth of the electric field covering the human body 3÷30 Hz, 30÷300 Hz, 300 Hz ÷ 3 kHz or 3÷30 kHz; the electric field intensities are measured at various frequencies in the specified decade bandwidth that is followed by deriving a root mean square corrected electric field intensities taking into account the frequency dependence of bioeffects by certain formula. The derived root mean square corrected electric field intensity exposing on the human body in the given decade bandwidth is compared to a maximum permissible limit, and if the limit is exceeded, potential unfavourable changes of the human health can be predicted.
EFFECT: simplifying the method and increasing the objective value of predicting the degree of the damaging effect of the electrical fields on the human health within the bandwidth of 3 Hz÷30 kHz in a combination with reducing the labour input, cost price and time for analysis.
2 tbl
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Authors
Dates
2015-05-20—Published
2013-11-26—Filed