The ELECTROMAGNETIC FIELD of SHIP AERIALS and ITS INFLUENCE ON HEALTH of MEMBERS of CREW

  • V. V. Korzun Kherson State Maritime Academy, Kherson
  • P. P. Mamenko Kherson State Maritime Academy, Kherson
Keywords: electromagnetic fields, electromagnetic radiation, electromagnetic safety, biological action, ship command, standard documents, radio systems, radar stations, aerials

Abstract

The present work is directed on maintenance of electromagnetic safety on courts. It is shown, what is the radiations are one of adverse physical factors of environment dwellings of the seamen getting to a zone of their influence in all frequency ranges. Numerous researches in the field of biological action of electromagnetic fields have shown, that to most to sensitive systems of a human body concern: nervous, immune and sexual. The nervous system wins first place on sensitivity to influence of the electromagnetic fields. At statement and the decision of problems of maintenance of electromagnetic safety on courts in all spectrum неионизирующих it is necessary to use the maintenance of standard documents for the purpose of maintenance of protection of ability to live from influence of electromagnetic fields. As the main sources of radiations of electromagnetic fields on a vessel are aerials creating the directed radiation, and also owing to reflexion and energy reradiation in dependences on kinds and appointment, therefore in work the analysis of various kinds of aerials is carried out for radio systems of type of long waves, short waves, ultrashort-wave radio sets, aerials ship stations of a satellite communication, aerials of radar stations which create in separateness and together a powerful electromagnetic field on a vessel main deck. The carried out analysis gives the chance to develop purposefully organizational, technical actions for protection of a ship command from electromagnetic fields.

References

1. Vliyanie ehlektromagnitnihkh poleyj na organizm cheloveka (1998). M. : Fond «Novoe tihsyacheletie».
2. Nikitina V. N., Lyashko G. G., Shaposhnikova E. S., Timokhova G. N. (2003). Issledovanie v khronicheskom ehksperimente bioehffektov SVCh izlucheniyj sudovihkh navigacionnihkh radiolokatorov. Radiacionnaya biologiya. Radioehkologiya. Tom 43, 5, 538–540.
3. Skotte J. H. (1996). Exposure to high frequency transient electromagnetic field. Scandinavian journal of Work, Environment & Health, volume 22, number 1, 39–44.
4. Ehlektromagnitnihe polya v proizvodstvennihkh usloviyakh : SanPiN 2.2.4. 1191-03. – [Deyjstvuyuthiyj s 01.05.2003]. Sanitarno-ehpidemiologicheskie pravila i normativih. – M. : Federalj. centr Gossanehpidnadzora Minzdrava Rossii, 2003. – 4 s.
5. Gigienicheskie trebovaniya k razmetheniyu i ehkspluatacii peredayuthikh radiotekhnicheskikh objhektov : SanPiN 2.1.8/2.24.1383- 03. – [Deyjstvuyuthiyj s 30.06.2003]. Sanitarno-ehpidemiologicheskie pravila i normativih. – M. : Federalj. centr Gossanehpidnadzora Minzdrava Rossii, 2003. – 14 s.
6. Apparatura radiosvyazi i radiolokacii. Metodih ocenki ehlektromagnitnihkh poleyj i sredstva zathitih lichnogo sostava sudov ot oblucheniya : RD 5. 8713-85. – [Deyjstvuyuthiyj s 01.01.87]. Tekhnika bezopasnosti – Katalog OST (otraslevoyj), 1987. – 65 s.
7. Apparatura radiosvyazi i radiolokacii. Poryadok vihpolneniya rabot po zathite lichnogo sostava sudov ot oblucheniya : RD 5. 8903-96. – [Deyjstvuyuthiyj s 01.01.97]. Tekhnika bezopasnosti – Katalog OST (otraslevoyj), 1997. – 60 s.
8. Ehlektromagnitnihe polya na plavateljnihkh sredstvakh i morskikh sooruzheniyakh. Gigienicheskie trebovaniya bezopasnosti : SanPiN 2.5.2/2.2.4-06. [Deyjstvuyuthiyj s 01.05.2006]. Sanitarno-ehpidemiologicheskie pravila i normativih. – M. : Federalj. centr Gossanehpidnadzora Minzdrava Rossii, 2003. – 12 s.
9. Sanitarnihkh pravil dlya morskikh sudov : SP 2641-82. [Deyjstvuyuthiyj s 21.12.1982]. Sanitarno-ehpidemiologicheskie pravila i normativih. – M. : NII gigienih vodnogo transporta Min. zdrav. SSSR, 1982. – 114 s.
Published
2016-07-23