目前,双氧水定量检测的主要方法是在酸性溶液中用高锰酸钾溶液滴定,但其它还原性物质,如I~-、Br~-、S~(2-)、SO_3~(2-)、AsO_3~(2-)、S_2O_3~(2-)等干扰测定。双氧水的定性检测,若用KMnO_4酸性或碱性溶液,仍存在上述问题。若用KI溶液检测,MnO_4~-、[Fe(CN)_6]~(3-)、ClO_3,BrO_3~-等氧化性物质也干扰。在寻求新的分析方法所作的尝试中,Saito等人曾将二价锰的四磺苯基卟啉化合物负载到阴离子交换树脂上,作为过氧化酶的模拟物催化某一生 At present, the main method of quantitative determination of hydrogen peroxide is titration with potassium permanganate solution in acid solution, but other reducing substances such as I ~ -, Br ~ -, S ~ (2 -), SO_3 ~ (2-) AsO_3 ~ (2 -), S_2O_3 ~ (2-) and other interference measurements. Qualitative detection of hydrogen peroxide, if KMnO_4 acidic or alkaline solution, there are still the above problems. If detected by KI solution, MnO_4 ~ -, [Fe (CN) _6] ~ (3 -), ClO_3, BrO_3 ~ and other oxidizing substances also interfere. In an attempt to find new analytical methods, Saito et al. Have supported the bivalent manganese tetrakisporphyrin compound onto an anion exchange resin as a catalyzer for peroxidase