id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
eurjchem-590	Al-Saidi, Hamed Mohammed	Highly sensitive procedure for the determination of ultra-trace amounts of bromate ions in water by dispersive liquid-liquid microextraction combined with UV-Vis spectrophotometry	2012	6	.pdf	application/pdf	5441	215	61	E‐mail ad ary 2012 action cesses used to oxyhalide disin d. Chlorite (C hlorine dioxide nce of chlorate een described [ ng bromide ind ch as bromine (HOBr), bromo te has been cla y of Research f cancer, and Agency (EPA) hed a maximum e in drinking w ional because le for monitorin ensitive and tly routine met a trace and trac wide range of m ples from sub‐µ romatography erformance liqu oupled plasma hromatography pectrometry (IC uropean Journal Europe 2249 (Print) / IS DOI:10.5155 pean Jo Journal home e for the d dispersive metry h, Umm Al Qura Un University College in ddress: alsaidihm@ ABSTRACT In the present w of bromate ion (TPP+ I−) as an produce triiodi bromate ions, a optimum cond associate were respectively, w method offers (LOQ) of the br constant of th respectively. T chromatograph method did not the application drinking water o disinfect drin nfection by‐prod ClO2−) and chl (ClO2) is used e in waters tre [1]. alyze mg/L tivity raphy metry heric with indu [6], thes by E (ISO chro wide dete dete by p solu inter Alth selec this hand com prop rout oper spec spec dete thes and their A selec at e (2) (2012) 202‐2 hemistry (Online)  2012 202‐207.590 of Chem eurjchem.com ation of ul quid micr 21955, Saudi Arabia Qura University, M Al‐Saidi). imple, and green method is base agent and a sou he complex ion xtracted by disp ambert law and range of 0.01‐ tandard deviati 12 µg/mL lower pectively.	cache/eurjchem-590.pdf	txt/eurjchem-590.txt