广州化工
廣州化工
엄주화공
GUANGZHOU CHEMICAL INDUSTRY AND TECHNOLOGY
2015年
12期
15-16
,共2页
铜离子%微量%测定
銅離子%微量%測定
동리자%미량%측정
copper ion%trace%determination
传统方法铜的测定常用铜试剂光度法、溶剂萃取光度法、原子吸收光谱法等,但由于铜离子在水中微量存在,经常要求测定mg/L甚至μg/L级的痕量数据,由于分析仪器的灵敏度及检出限的关系,许多仪器在测定这些试样时会遇到困难,本文着重阐述了痕量铜离子的测定进展,对于痕量铜的测定具有指导意义。
傳統方法銅的測定常用銅試劑光度法、溶劑萃取光度法、原子吸收光譜法等,但由于銅離子在水中微量存在,經常要求測定mg/L甚至μg/L級的痕量數據,由于分析儀器的靈敏度及檢齣限的關繫,許多儀器在測定這些試樣時會遇到睏難,本文著重闡述瞭痕量銅離子的測定進展,對于痕量銅的測定具有指導意義。
전통방법동적측정상용동시제광도법、용제췌취광도법、원자흡수광보법등,단유우동리자재수중미량존재,경상요구측정mg/L심지μg/L급적흔량수거,유우분석의기적령민도급검출한적관계,허다의기재측정저사시양시회우도곤난,본문착중천술료흔량동리자적측정진전,대우흔량동적측정구유지도의의。
Copper reagent spectrophotometry , solvent extraction spectrophotometry and atomic absorption spectrometry are the traditional methods for the determination of copper.Because of the copper ion in trace amounts of water, trace data usually requires the determination of mg/L even μg/L level, due to the sensitivity analysis instrument and detection limit , many instruments will encounter difficulties in the determination of these specimens.The determination of trace copper ion was studied , in order to directive significance for the determination of trace copper ion.