CAJ | 학술논문

可吸附有机卤化物（AOX）在1976年作为一个组性参数被首次提出，由于其含量过高会对人体和其它生命体产生危害，AOX在废水和污泥中的排放量在许多国家已经被明令限制。纺织品在加工和整理过程中也会使用或间接产生各种AOX类物质，如果其残留量过大，会对人体健康带来潜在危害。因此需要建立一种通用的纺织品中AOX残留量的检测方法，以此来控制纺织品中AOX的含量。在各种检测方法中，离子色谱法较微库仑滴定法、GC-MS法、中子活化等方法作为纺织品中AOX残留量的检测手段具有明显的优势。
가흡부유궤서화물（AOX）재1976년작위일개조성삼수피수차제출，유우기함량과고회대인체화기타생명체산생위해，AOX재폐수화오니중적배방량재허다국가이경피명령한제。방직품재가공화정리과정중야회사용혹간접산생각충AOX류물질，여과기잔류량과대，회대인체건강대래잠재위해。인차수요건립일충통용적방직품중AOX잔류량적검측방법，이차래공제방직품중AOX적함량。재각충검측방법중，리자색보법교미고륜적정법、GC-MS법、중자활화등방법작위방직품중AOX잔류량적검측수단구유명현적우세。
AOX was initially introduced as a sum parameter in 1976, the content of which in waste water and sludges has been limited in many countries due to its harmfulness to human beings and other bios when the quantity is excessive. Various adsorbable organic halogens can be formed in the processing and ifnishing of textiles which will lead to potential harm to humans if the amount of residue is too much in end-products. So it is necessary to build a common method of determining the residual quantity of AOX in textiles with which to control its content. In various test methods, IC has its advantage over micro coulometric titration, GC-MS, neutron activation and others as the method to test AOX in textiles.