次氯酸根

微流动注射化学发光检测系统测定自来水中次氯酸根

Micro-flow injection chemiluminescence mensuration system for detection of hypochlorite in tap water

导致足丝溶解的有效成分是次氯酸根。

The effective ingredient dissolving byssus is hypochlorite ion .

次氯酸根能够直接氧化鲁米诺产生化学发光。

Hypochlorite can directly oxidize luminal to produce chemiluminescence .

研究了电解体系内氧化剂，比如羟基自由基、过氧化氢及次氯酸根等的生成情况。

Oxidants such as hydroxyl radical , hydrogen peroxide and hypochlorite ion were determined .

开发新型、高效的次氯酸根探针无论在生物检测领域还是在环境分析领域都具有重要意义。

It is of great significance to develop new luminescent probes for detecting hypochlorous acid in the field of bioscience and environmental chemistry .

基于次氯酸根能够直接氧化鲁米诺产生化学发光的原理，结合微加工技术，建立了微流动注射化学发光检测系统测定自来水中次氯酸根的方法。

A micro-flow injection chemiluminescence detection system fabricated in polymethyl methacrylate ( PMMA ) ( 50 mm × 40 mm × 5 mm ) for detection of hypochlorite in tap water is described , based on the direct chemiluminescence reaction of hypochlorite and luminol .

在电子活度（pε）和pH优势区域图上，建立了包括氯酸根、二氧化氯、亚氯酸、亚氯酸根、次氯酸、次氯酸根、氯气和氯离子的氯体系多元平衡模式；

The predominance area diagram of electron activity ( p ε ) as a function of pH for chlorine system with chlorate ion , chlorine dioxide , chlorous acid , chlorite ion , hypochlorous acid , hypochlorite ion , molecular chlorine and chloride ion has been constructed .