Title Nastanak elektromagnetskog onečišćenja
Author Osvald Martinović
Mentor Slaven Lulić (mentor)
Committee member Ivan Štedul (predsjednik povjerenstva)
Committee member Slaven Lulić (član povjerenstva)
Committee member Zvonimir Matusinović (član povjerenstva)
Committee member Jasna Sabljarić (član povjerenstva)
Granter Karlovac University of Applied Sciences (The Department of Safety and Protection) Karlovac
Defense date and country 2017-05-04, Croatia
Scientific / art field, discipline and subdiscipline TECHNICAL SCIENCES Basic Technical Sciences
Abstract Općenito, zračenje označava širenje energije prostorom putem čestice ili valova. Izvori zračenja su vrlo različiti: sunce, radioaktivno razlaganje, uređaji za induktivno zagrijavanje, elektromagnetska postrojenja, električni uređaji, antenski radiorelejni uređaji, mobilni telefoni, radari i slično. Elektromagnetsko zračenje je kombinacija oscilirajućeg električnog i magnetnog polja koja se šire kroz prostor. Elektromagnetska energija širi se prostorom u obliku elektromagnetskog vala, koji predstavlja prostorno širenje međusobno povezanih i vremenski promjenjivih elekrtičnih i magnetnih polja. U blizini svakog naelektrisanog tijela postoji električno polje, a oko provodnika kroz koji protiče električna struja nastaje magnetno polje. Pri tome, jačina električnog polja je proporcionalna naponu, a jačina magnetnog polja proporcionalna jačini struje koja teče provodnikom. Na osnovu toga moža se zaključiti da svugdje a gdje postoji struja i napon postoje električna, magnetna ili elektromagnetska polja. U završnom radu obrađena je opća definicija magnetskog i elektromagnetskog polja kako bi pobliže objasnili nastanak elektromagnetskog onečišćenja te njegov utjecaj na čovjeka. Danas je suvremeni svijet, nezamisliv bez primjene električne energije. Ona je svugdje u stanu, kancelariji, tvornici, kazalištu i na drugim mjestima. Praktično ne postoji dio planete do kojeg ne dopiru elektromagnetna zračenja koja su sve intenzivnija. Elektromagnetsko zračenje kao posljedica ubrzanog tehnološkog razvoja danas je možda jedna od glavnih prijetnja zdravlju čovječanstva. Živi svijet pa i ljudi neprekidno su izloženi elektromagnetnom zračenju, što znači da se ljudi nalaze i kreću, opće rećeno, žive u jačim ili slabijim električnim ili magnetnim poljima.
Abstract (english) In general, the radiation means the distribution of energy through space particles or waves. Sources of radiation are very different: the sun, the radioactive decomposition, devices for induction heating, electromagnetic installations, electrical appliances, radio relay antenna devices, mobile phones, radars and similar. Electromagnetic radiation is a combination of oscillating electric and magnetic fields that spread through space. Electromagnetic energy is spreading space in the form of electromagnetic waves, which represents the expansion of interrelated and time-variable electrical and magnetic fields. Near each electrified body exists an electric field around the conductor through which flows an electric current generated magnetic field. In addition, the electric field strength is proportional to the voltage, and magnetic field strength is proportional to the amount of current flowing conductor. Based on that, mean to conclude that everywhere where there are current and voltage are electric, magnetic or electromagnetic fields. In the final work the general definition of magnetic and electromagnetic fields in order to more closely explain the occurrence of electromagnetic pollution and its impact on man. Today's modern world, unthinkable without the use of electricity. It is everywhere in the home, office, factory, theater and elsewhere. There is virtually no part of the planet to which not reach electromagnetic radiation that are more intense. Electromagnetic radiation as a result of rapid technological development today is perhaps one of the major threat to the health of mankind. Living world so people are constantly exposed to electromagnetic radiation, which means that people are moving and, generally speaking, live in a stronger or weaker electric or magnetic fields.
Keywords
magnetsko polje
elektromagnetska indukcija
elektromagnetsko zračenje
elektro smog
Keywords (english)
magnetic field
electromagnetic induction
electromagnetic radiation
electro smog
Language croatian
URN:NBN urn:nbn:hr:128:440816
Study programme Title: Safety and Protection Study programme type: professional Study level: specialist graduate Academic / professional title: stručni/a specijalist/specijalistica inženjer/inženjerka sigurnosti i zaštite (stručni/a specijalist/specijalistica inženjer/inženjerka sigurnosti i zaštite)
Type of resource Text
File origin Born digital
Access conditions Access restricted to students and staff of home institution
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Created on 2018-01-11 14:23:04