On the Use of Efficient Methods for the Assessment of Radiated Field from Radio Base Station Antennas and Related Legal Issues Pertaining to Human Exposure to Nonionizing Radiation

The paper reviews some models for the determination of the field levels due to radiation of base station antennas to which humans could be exposed. Some efficient analytical/numerical methods used by authors are reviewed and number of illustrative computational examples for realistic scenarios of human exposure to radio base station antennas are presented. Certain measurement procedures are also outlined and measurement results are presented for typical exposure scenarios. The state-of-the art regarding corresponding international and national legal issues is presented in the paper, as well.

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Publication Details

Published
2025-06-02
DOI
https://doi.org/10.1109/mipro65660.2025.11131761
Primary Topic
Nuclear Issues and Defense
Type
article
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article

On the Use of Efficient Methods for the Assessment of Radiated Field from Radio Base Station Antennas and Related Legal Issues Pertaining to Human Exposure to Nonionizing Radiation

Vicko Dorić, Dragan Poljak, Zorica Novaković Šesnić, Maja Galić
Nuclear Issues and Defense
article

On the Use of Efficient Methods for the Assessment of Radiated Field from Radio Base Station Antennas and Related Legal Issues Pertaining to Human Exposure to Nonionizing Radiation

Vicko Dorić, Dragan Poljak, Zorica Novaković Šesnić, Maja Galić
article en

Abstract

The paper reviews some models for the determination of the field levels due to radiation of base station antennas to which humans could be exposed. Some efficient analytical/numerical methods used by authors are reviewed and number of illustrative computational examples for realistic scenarios of human exposure to radio base station antennas are presented. Certain measurement procedures are also outlined and measurement results are presented for typical exposure scenarios. The state-of-the art regarding corresponding international and national legal issues is presented in the paper, as well.

University of Split (HR)
Openalex Percentile: Top 72%
Nuclear Issues and Defense
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