PROBABILISTIC APPROACH OF STABILIZED ELECTROMAGNETIC FIELD EFFECTS

The effects of the omnipresence of the electromagnetic field are certain and recognized. Assessing as accurately as possible these effects, which characterize random phenomena require the use of statistical-probabilistic calculation. This paper aims at assessing the probability of exceeding the admi...

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Main Authors: FELEA. I., LOLEA M., SECUI C.
Format: Article
Language:English
Published: University of Oradea 2017-09-01
Series:Journal of Sustainable Energy
Subjects:
Online Access:http://www.energy-cie.ro/archives/2017/nr_3/v8-n3-1.pdf
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author FELEA. I.
LOLEA M.
SECUI C.
author_facet FELEA. I.
LOLEA M.
SECUI C.
author_sort FELEA. I.
collection DOAJ
description The effects of the omnipresence of the electromagnetic field are certain and recognized. Assessing as accurately as possible these effects, which characterize random phenomena require the use of statistical-probabilistic calculation. This paper aims at assessing the probability of exceeding the admissible values of the characteristic sizes of the electromagnetic field - magnetic induction and electric field strength. The first part justifies the need for concern and specifies how to approach it. The mathematical model of approach and treatment is presented in the second part of the paper and the results obtained with reference to 14 power stations are synthesized in the third part. In the last part, are formulated the conclusions of the evaluations.
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spelling doaj.art-0f201fd89eed42559c10dd8c2be2ba252022-12-21T17:30:24ZengUniversity of OradeaJournal of Sustainable Energy2067-55342067-55342017-09-01837881PROBABILISTIC APPROACH OF STABILIZED ELECTROMAGNETIC FIELD EFFECTSFELEA. I.0LOLEA M.1SECUI C.2University of OradeaUniversity of OradeaUniversity of OradeaThe effects of the omnipresence of the electromagnetic field are certain and recognized. Assessing as accurately as possible these effects, which characterize random phenomena require the use of statistical-probabilistic calculation. This paper aims at assessing the probability of exceeding the admissible values of the characteristic sizes of the electromagnetic field - magnetic induction and electric field strength. The first part justifies the need for concern and specifies how to approach it. The mathematical model of approach and treatment is presented in the second part of the paper and the results obtained with reference to 14 power stations are synthesized in the third part. In the last part, are formulated the conclusions of the evaluations.http://www.energy-cie.ro/archives/2017/nr_3/v8-n3-1.pdfelectromagnetic fieldexposure effectsstatistical-probabilistic calculation
spellingShingle FELEA. I.
LOLEA M.
SECUI C.
PROBABILISTIC APPROACH OF STABILIZED ELECTROMAGNETIC FIELD EFFECTS
Journal of Sustainable Energy
electromagnetic field
exposure effects
statistical-probabilistic calculation
title PROBABILISTIC APPROACH OF STABILIZED ELECTROMAGNETIC FIELD EFFECTS
title_full PROBABILISTIC APPROACH OF STABILIZED ELECTROMAGNETIC FIELD EFFECTS
title_fullStr PROBABILISTIC APPROACH OF STABILIZED ELECTROMAGNETIC FIELD EFFECTS
title_full_unstemmed PROBABILISTIC APPROACH OF STABILIZED ELECTROMAGNETIC FIELD EFFECTS
title_short PROBABILISTIC APPROACH OF STABILIZED ELECTROMAGNETIC FIELD EFFECTS
title_sort probabilistic approach of stabilized electromagnetic field effects
topic electromagnetic field
exposure effects
statistical-probabilistic calculation
url http://www.energy-cie.ro/archives/2017/nr_3/v8-n3-1.pdf
work_keys_str_mv AT feleai probabilisticapproachofstabilizedelectromagneticfieldeffects
AT loleam probabilisticapproachofstabilizedelectromagneticfieldeffects
AT secuic probabilisticapproachofstabilizedelectromagneticfieldeffects