Determination of the Magnetic Field Strength of the Two-chain High-voltage Overhead Power Transmission Line For the Distance of Projection of the Outermost Wire

The difficulty in researching the impact of high-voltage overhead power lines on human health lies in the fact that, unlike the impact of an electric field, a person cannot feel the effect of a magnetic field. In this regard, all conducted studies will be reduced to the consideration of the probable mechanism of magnetic field influence. At the same time, the impact of the magnetic field on a person has a cumulative character, that is, changes in the human body do not occur instantly, but accumulate over time and can manifest themselves in subsequent generations.

Authors

Publication Details

Journal
Works of Georgian Technical University
Published
2025-03-25
DOI
https://doi.org/10.36073/1512-0996-2025-1-301-305
Primary Topic
Electric Power Systems and Control
Type
article
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article

Determination of the Magnetic Field Strength of the Two-chain High-voltage Overhead Power Transmission Line For the Distance of Projection of the Outermost Wire

Tengiz Museliani, Maia Tsertsvadze, Grigol Museliani
Works of Georgian Technical University
Electric Power Systems and Control
article

Determination of the Magnetic Field Strength of the Two-chain High-voltage Overhead Power Transmission Line For the Distance of Projection of the Outermost Wire

Tengiz Museliani, Maia Tsertsvadze, Grigol Museliani
article en

Abstract

The difficulty in researching the impact of high-voltage overhead power lines on human health lies in the fact that, unlike the impact of an electric field, a person cannot feel the effect of a magnetic field. In this regard, all conducted studies will be reduced to the consideration of the probable mechanism of magnetic field influence. At the same time, the impact of the magnetic field on a person has a cumulative character, that is, changes in the human body do not occur instantly, but accumulate over time and can manifest themselves in subsequent generations.

Works of Georgian Technical University(1(535))
Openalex Percentile: Top 95%
Electric Power Systems and Control
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