On assessing electromagnetic field (300 kmhz – 300mhz) in a large industrial city on the basis of 3d modeling and instrumental measuring

May, Inga; Balashov, Stanislav; Вековшинина, С А; Kudrya, M.A.

doi:10.21668/health.risk/2017.3.03.eng

Cited by 4 publications

(2 citation statements)

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“…On several occasions [5] areas with elevated risk of adverse influence on health of mobile communication users were identified, ecological situation and possible risks for public health due to environmental contamination by electromagnetic fields of mobile communication base stations were evaluated [6]. Issues of modeling electromagnetic field (EMF) levels with 300 HHz -300 MHz frequency generated by radiotransmitters, radiolocation systems and mobile communication in a large regional center are being studied [7], new methods of background EMR intensity evaluation are being developed [8]. Generally, all studies confirm the relevance of further research for determining influence of electromagnetic fields and radiation (EMFaR) on human organism; it is shown that hazards associated with this factor are underestimated, and that there is no systemic approach to EMFaR evaluation [7].…”

Section: Introductionmentioning

confidence: 99%

“…Issues of modeling electromagnetic field (EMF) levels with 300 HHz -300 MHz frequency generated by radiotransmitters, radiolocation systems and mobile communication in a large regional center are being studied [7], new methods of background EMR intensity evaluation are being developed [8]. Generally, all studies confirm the relevance of further research for determining influence of electromagnetic fields and radiation (EMFaR) on human organism; it is shown that hazards associated with this factor are underestimated, and that there is no systemic approach to EMFaR evaluation [7]. Impact of RF EMR on cardiovascular system (CVS) becomes a specific subject of research: moderate bradycardia was registered in adult volunteers in response to 0.9 HHz frequency EMR exposure [9], shifts in regulation of human circulatory system were found [10].…”

Section: Introductionmentioning

confidence: 99%

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Influence of electromagnetic environment of mobile communication devices on incidence of cardiovascular diseases

Yashchenko¹,

Rybalko²,

Shibanov³

2018

Russ Open Med J

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The aim of this work was the monitoring of electromagnetic environment generated by mobile communication terminals (MCTs) in the places of their active operation for identifying statistical relationships between incidence of cardiovascular diseases (CVD) and results of this monitoring. Material and Methods -To assess the electromagnetic environment the energy flow density (EFD) of MCTs was determined by the PZ-34 electromagnetic flow meter. Medical-statistical analysis of CVD was carried out using the data from statistical reports. Pearson correlation coefficient and Kendall rank correlation coefficient were calculated. Results -The electromagnetic environment was monitored at 472 points, and the values of EFD were within range of 0.82±0.02 μW/cm 2 to 2.09±0.12 μW/cm 2 . Significant positive correlation was found between average values of EFD and overall incidence of CVD (Tau=0.411, p=0.01). Conclusion -Monitoring of electromagnetic environment created by MCTs revealed that the average value of EFD was 1.35±0.07 μW/cm 2 .We have found a statistically significant correlation between the mean values of EFD and overall incidence of CVD, among individual CVD there was a highly significant positive correlation with ischemic heart disease incidence, and there was a positive correlation with average values of CVD incidence growth rate. Cite as Yashchenko SG, Rybalko SYu, Shibanov SE. Influence of electromagnetic environment of mobile communication devices on incidence of cardiovascular diseases. Hygiene and Environmental Health [ © 2018, LLC Science and Innovations, Saratov, Russia www.romj.orgIHD, EBP OM, between EFD and IHD GR; and in resort areasbetween EFD and EBP OM GR. LimitationsLimitations of this study able to decrease accuracy of assessment of EFD impact on CVD are of multiple origin; specifically, we didn't take into account population density, migration, seasonal migration, other cardiovascular risk factors, which were not discussed in this article. Moreover, limitations of this study are caused by strict formalization of statistical reports by Ministry of Health of Republic of Crimea. Ethical approvalStudy of this type doesn't require approval of an ethics committee.

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Section: Introductionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Influence of electromagnetic environment of mobile communication devices on incidence of cardiovascular diseases

Yashchenko¹,

Rybalko²,

Shibanov³

2018

Russ Open Med J

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The Prevalence of Cardiovascular Disease Due to Electromagnetic Loads Generated by Mobile Communication

Yashchenko

Rybalko

2019

HAS

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Introduction. Identification of the relationship between the prevalence of carfiovascular diseases and the electromagnetic environment generated by mobile communication terminals (MCT) is an current problem of modern preventive medicine. In the work an assessment of the electromagnetic situation generated by the MCT on value to the individual electromagnetic loading (IEL) is given. Material and methods. Using data measured in 2102 points the energy stream density (ESD), and the access interval (AI), determined by a crowdsourcing method, the individual electromagnetic exposition (IEE) by 1,850 reports on specification of calls in the Republic of Crimea. Using the obtained data of counting the individual electromagnetic loading (IEL). The medico-statistical analysis of the blood circulatory system diseases (BCSD) is carried out on the basis of these statistical forms of treatment. Statistical processing was carried out by the linear correlation analysis according to Pearson. Results. As a result of monitoring of the electromagnetic situation, the average values of the Crimea ESD accounted for 1.36±0.06(mW/cm2), АI: 8.82±0.28, and IEE: 56.94±2.77 min/day were obtained. The average IEL in Crimea was 112.41±9.15 ((µw/cm2)•min). Positive correlations between IEN and indices of morbidity rate of diseases of the circulatory system (DCS) (R=0.511; p=0.015), elevated blood pressure (IBP) (R=0.523; p=0.013), and coronary heart disease (CHD) (R=0.452; p=0.035)) were found. Conclusion. Significant correlations between IEL and DCS, IBP and CHD. Discovered a new correlation between the IEL and increased overall morbidity (IBP) (R=0.449; p=0.036)) allows evaluating the method of determining the IEL as a more “sensitive”.

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Identification Tests of Modern Vehicles’ Electromagnetic Environment as Part of the Assessment of Their Functional Safety

Sterniczuk,

Zaklika,

Kozłowski

2024

Sensors

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Are the regulations relating to electromagnetic compatibility (EMC) sufficient to ensure the safety of all autonomy systems? EMC is one of the critical factors influencing the proper functioning of a vehicle and its safety. However, the safety of autonomous vehicles from the perspective of EMC has not been comprehensively researched to date. The purpose of this article is to evaluate whether the currently imposed requirements are adequate. To assess research methods and requirements, it is necessary to determine the electromagnetic environment of vehicles. For this purpose, identification tests of the vehicle’s operating environment were conducted. The article presents the results of research on both the internal and external electromagnetic environments of vehicles. These studies were carried out using normative methods. Despite the significant importance of EMC and the existence of defined normative requirements, the results of the conducted research indicate that some devices available on the market, including those unrelated to vehicle autonomy, fail to meet these standards. Consequently, devices responsible for vehicle safety must be resistant to such electromagnetic exposures. In extreme cases, the malfunction of a single vehicle component due to inadequate electromagnetic compatibility could lead to the disruption of vehicle functions or driver disorientation. Such occurrences pose a direct threat to road traffic safety and the well-being of passengers.

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On assessing electromagnetic field (300 kmhz – 300mhz) in a large industrial city on the basis of 3d modeling and instrumental measuring

Abstract: The article dwells on issues of modeling electromagnetic fields levels (EMF with frequency equal to 300

Cited by 4 publications

References 4 publications

Influence of electromagnetic environment of mobile communication devices on incidence of cardiovascular diseases

Influence of electromagnetic environment of mobile communication devices on incidence of cardiovascular diseases

The Prevalence of Cardiovascular Disease Due to Electromagnetic Loads Generated by Mobile Communication

Identification Tests of Modern Vehicles’ Electromagnetic Environment as Part of the Assessment of Their Functional Safety

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