Abstract
The cause of many adverse aviation events is the erroneous actions of the flight crew on board the aircraft and aviation personnel performing maintenance of aircraft on the ground. As part of the study, the biotropic effects of fluctuations in non-ionizing radiation, helio-geomagnetic background, electromagnetic radiation, and the surrounding ionosphere were assessed based on changes monitoring in the hydrogen parameter (pH) and redox potential of the aquatic environment in the measurement zone (radius up to 100 m). The indices of the heart rate autonomic regulation were estimated. The circadian rhythms of heart rate variability indicators were studied. It has been shown that the stressful state of the organism, explaining the non-standard behavior and errors of aviation personnel, can also be associated with abrupt changes in the power of electromagnetic radiation in the workers’ environment surrounding their workplaces. It is justified that the effect of electromagnetic radiation on humans occurs through a change in the redox properties of the body’s aquatic environment. Some measures have been developed to prevent erroneous personnel actions and improve flight safety.
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References
IATA Safety report 2018 (2019) 55th edn, IATA, pp 56–61
Ministry of Transport of the Russian Federation. Federal Agency of Air Transport. Rosaviatsiya Homepage. https://favt.gov.ru/dejatelnost-vozdushnye-perevozki-osnovnye-proizvodstvennye-pokazateli-ga/, Accessed 09 Sept 2021.
Nikolaykin NI, Tsetlin VV, Savchukov SA, Pozheluyeva ZV, Starkov EY (2017) O neobhodimosti i vozmozhnosti snizheniya vozdejstviya chelovecheskogo faktora na bezopasnost’ polyotov (Concerning the Need and Possibility of Decreasing the Human Factor Influences on Flight Safety). Crede Experto: Transport, Society, Education, Language 2:201–218 (in Russian)
Nikolaykin NI, Pozheluyeva ZV, Starkov EY, Tsetlin VV, Savchukov SA (2018) Geo-geliomagnitnoe vliyanie na organizm cheloveka i bezopasnost’ aviaperevozok (Geo-Heloimagnetic Influence of a Human Body and Air Transportation Safety). Crede Experto: Transport, Society, Education, Language 2:26–54 (in Russian)
Sharov VD, Vorob’ev VV, Nikolaikin NI, Kuznetsova VL, Tolstykh SA (2020) Methodology for estimating the safety and quality of the aviation service provider activities using the principal component analysis. Russ Aeronaut 63:575–585. https://doi.org/10.3103/S1068799820040030
Ivanov AI, Kuznetsov AA, Nikolaykin NI, Sharov VD (2017) Sovershenstvovanie vzaimodejstviya rabotnikov, obsluzhivayushchih aviatekhniku, putyom podbora sostava brigad dlya snizheniya chisla oshibok (Interaction Improvement of the Workers Serving Aviation Equipment by Selection of Crews Structure For Decrease in Mistake Number). XXI vek: itogi proshlogo i problemy nastoyashchego plyus (XXI Century: Resumes of the Past and Challenges of the Present plus) 1(35):41–47 (in Russian)
Nikolaykin NI, Tsetlin VV, Stepanova GP, Koroleva EK, Starkov EY (2020) Kosmofizicheskie vozmushcheniya i chelovecheskij faktor v aviacii kak prichina negativnyh sobytij (Cosmophysical Disturbances and the Human Factor in Aviation as the Cause of Negative Events). Nauchnyj vestnik UI GA (Scientific Bulletin of UI CA) 12:56–61 (in Russian)
Budko N, Zaitsev A, Karpachev A, Kozlov A, Filippov B (2006) Space environment around us. TROVANT, Troitsk
Tsetlin VV, Belisheva NK, Muravyev VS, Martynova AA, Pryanichnikova SV, Mikhailov RE (2016) The conjugacy of the water properties dynamics with the person's psychophysiological state and variations of cosmophysical agents—the basis for the detection of flight conditions through the water sensory properties. In: Proceedings of the XVI Conference on Space Biology and Medicine with international participation. pp 254–256, Moscow
Tsetlin VV, Stepanova GP (2019) Study of the electromagnetic environmental factors’ impact on water and the internal environment of living organisms. Aerospace Environ Med 53(6):70–76
Nikolaykin NI, Nikolaykina NE, Sekerin VD, Gorokhova AE (2017) Environmental and economic model of an aircraft accident evaluation. J Environ Manag Tourism 8(5):1128–1135
Alabdulgader A, McCraty R, Atkinson M, Dobyns Y, Vainoras A, Ragulskis M, Stolc V (2018) Long-term study of heart rate variability responses to changes in the solar and geomagnetic environment. Sci Rep 8(1):1–14. https://doi.org/10.1038/s41598-018-20932-x
Bersenev EY, Rusanov VB, Chernikova AG (2011) The study of body adaptive reactions in conditions of long-term isolation (experiment “Mars-500”). In: 9th International Proceedings on Donozology-2011 “Healthy lifestyle and harmful factors for health”, pp 663–665. St. Petersburg
Risdiana N (2017) Comparison of Root Mean Square of Successive Differences (RMSSD) among adolescent smokers and nonsmokers in Yogyakarta. Adv Sci Lett 23(12):12660–12664
Holter Monitor. Johns Hopkins Medicine Homepage https://www.hopkinsmedicine.org/health/treatment-tests-and-therapies/holter-monitor. Accessed 23 October 2021
Baevskii RM, Nikulina GA (2000) Holter monitoring in space medicine: Analysis of heart rate variability. Journal Arrhythmology 16:6–16
Vorobiev AV (2017) Meteoinformatics: geomagnetic variations and space weather. Innovative Mechanical Engineering, Moscow
Demidova MM, Tikhonenko VM (2001) Circadian dynamics of the indices of heart rate variability in healthy pesrsons. Journal Arrhythmology 23:52–58
Vinnichenko MB, Belisheva NK, Zhirov VK (2009) Modulation of water properties by cosmic ray variations. Reports Academy Sci 429(6):816–820
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Tsetlin, V., Stepanova, G., Nikolaykin, N., Korepina, N. (2023). Effects of Electromagnetic Fields on Aviation Personnel, Their Behavior, and Erroneous Actions. In: Gorbachev, O.A., Gao, X., Li, B. (eds) Proceedings of 10th International Conference on Recent Advances in Civil Aviation. Lecture Notes in Mechanical Engineering. Springer, Singapore. https://doi.org/10.1007/978-981-19-3788-0_34
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