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Antipireny dobawlqütsq w materialy dlq powysheniq ognestojkosti. V kachestwe antipirenow ispol'zuütsq razlichnye soedineniq, takie kak azot, fosfor, galogen, neorganicheskie i organicheskie weschestwa. V oblasti proizwodstwa älektronnyh ustrojstw, kompozitow, stroitel'nyh materialow antipireny ispol'zuütsq w bol'shom kolichestwe. Antipireny soderzhat organicheskie soedineniq i galogennye älementy, kotorye wredny kak dlq okruzhaüschej sredy, tak i dlq zdorow'q cheloweka. Pri gorenii neorganicheskie antipireny, takie kak trigidroxid alüminiq, gidroxid magniq, oxid titana, oxid cinka i borat…mehr

Produktbeschreibung
Antipireny dobawlqütsq w materialy dlq powysheniq ognestojkosti. V kachestwe antipirenow ispol'zuütsq razlichnye soedineniq, takie kak azot, fosfor, galogen, neorganicheskie i organicheskie weschestwa. V oblasti proizwodstwa älektronnyh ustrojstw, kompozitow, stroitel'nyh materialow antipireny ispol'zuütsq w bol'shom kolichestwe. Antipireny soderzhat organicheskie soedineniq i galogennye älementy, kotorye wredny kak dlq okruzhaüschej sredy, tak i dlq zdorow'q cheloweka. Pri gorenii neorganicheskie antipireny, takie kak trigidroxid alüminiq, gidroxid magniq, oxid titana, oxid cinka i borat cinka, ne wydelqüt toxichnyh gazow i dejstwuüt kak dymopodawiteli.
Autorenporträt
Professor Bon Heun Koo is working in School of Materials Science and Engineering, Changwon National University, Changwon, Gyeongnam, 641-773, Republic of Korea. He was published more than 100 research articles in reputed international and national journals.