DETERMINATION OF EMF INFLUENCE ON A HUMAN EXPOSED TO EMF–MODELING AND METHODOLOGY
Journal
Sec. Biol. Med. Sci.. MASA. XXXI
Date Issued
2010-01-01
Author(s)
Ololoska, L
Janev, Lj
Loshkovska, Suzana
Abstract
The wide use of electric energy in every segment of everyday living demands specific attention be paid to investigations connected with biological effects from the influence of electromagnetic fields on humans and the environment. Investigations connected with electromagnetic influence assessment on human health emphasize the influences of electromagnetic fields in a wide frequency range. Here, the
interest in knowing the mechanisms of these interactions and ways of determining them
is obvious. The parameters and quantities that describe such influence depend on the
frequency of the electromagnetic field source that underlines the importance of their
appropriate definition. Induced currents and charges as well as electric field distribution,
or SAR, are quantities that represent this influence. Their determination is important for
the formulation of norms and standards for human protection from exposure to electromagnetic fields.
In this paper, a developed procedure for the determination of electric field distribution in the human body when exposed to EMF influence is presented. Several issues emerge in the course of this, such as finding representative parameters for problem
description, modeling of the incident field source, which is obvious in various forms
and in a wide frequency range, modeling of the human body, which is complex in geometric aspect and has a wide range of electric characteristics in its parts, developing an
appropriate calculation methodology and a suitable presentation of the results. Modeling
the incident field form and the human body are in direct correlation with the calculation
method developed for determining the electric field distribution. Developed methodology enables the electric field in the humans to be determined, and other parameters such
as SAR to be calculated. Having those values, we can discuss the biological effects on
humans from such exposure.
interest in knowing the mechanisms of these interactions and ways of determining them
is obvious. The parameters and quantities that describe such influence depend on the
frequency of the electromagnetic field source that underlines the importance of their
appropriate definition. Induced currents and charges as well as electric field distribution,
or SAR, are quantities that represent this influence. Their determination is important for
the formulation of norms and standards for human protection from exposure to electromagnetic fields.
In this paper, a developed procedure for the determination of electric field distribution in the human body when exposed to EMF influence is presented. Several issues emerge in the course of this, such as finding representative parameters for problem
description, modeling of the incident field source, which is obvious in various forms
and in a wide frequency range, modeling of the human body, which is complex in geometric aspect and has a wide range of electric characteristics in its parts, developing an
appropriate calculation methodology and a suitable presentation of the results. Modeling
the incident field form and the human body are in direct correlation with the calculation
method developed for determining the electric field distribution. Developed methodology enables the electric field in the humans to be determined, and other parameters such
as SAR to be calculated. Having those values, we can discuss the biological effects on
humans from such exposure.
Subjects
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