peroxyl [pə'rɔksil]

peroxyl的基本解释

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[化] 过氧化氢

与peroxyl相关的网络例句 [注：此内容来源于网络，仅供参考]

It was proposed from theexperimental results that the reactions between flavonoids and peroxyl radicals arecombination of adduct and electron-transfer.

与纯乙醇相比，辐照后过氧化氢的G值增加。

Generation of product was observed under340～370nm in the reaction of rutin and α-hydroxy ethyl peroxyl radical. The observed1st order build-up and decay of the new product was calculated to be (1.11±0.08)〓, respectively.

在340～370nm观察到了芦丁与有机过氧自由基反应体系中新物质的生成，并计算得到了新物质生成和衰变的的表观一级反应速率常数分别为〓和〓。

Flavone and pyrocatechol were chosento act as model compounds of different structure aspects of flavonoids and theirreactions with α-hydroxyl ethyl peroxyl radical were studied. The rate constants of thereactions of α-hydroxyl ethyl peroxyl radical with flavone and pyrocatechol weredetermined to be 〓 and 〓,respectively.

我们又选择了黄酮体和邻苯二酚作为黄酮类化合物的结构模型，用脉冲辐解的方法研究了它们与α-羟乙基过氧自由基的反应动力学，得到黄酮体和邻苯二酚与α-羟乙基过氧自由基的反应速率分别为〓和〓〓。

Analysis based on the experimental results demonstrated the plausible reaction mechanism is that vit C first converts Cu(superscript 2+) to its reduced state and vit C becomes vit C radical itself, thereby stimulating the formation of peroxyl and alkoxyl radicals, and bimolecular reaction of peroxyl radicals results in (superscript 1)O2 production in the systems studied.

根据实验观察的结果，分析了这一体系中(上标 1)O2形成的可能途迳，认为首先是维生素C将Cu(上标 2+)转变为还原态，而自身失去一个电子转变为维生素C自由基，从而刺激了过氧自由基和烷氧自由基的形成，过氧自由基的双分子反应很可能就是体系内(上标 1)O2产生的反应机制。

Countering this problem,the commercial scale trail of oxygen rich leaching of peroxyl was carried out.

针对这个问题，进行了过氧化氢富氧浸出工业试验。

与peroxyl相关的网络解释 [注：此内容来源于网络，仅供参考]

peroxyl：过氧化氢

permissible 允许的 | peroxyl 过氧化氢 | perpendicular 垂直的,正交的

peroxyl radical：氢过氧游离基; 氢过氧自由基; 过羟基

permit to discharge 排放许可证; 倾卸许可证 | peroxyl radical 氢过氧游离基; 氢过氧自由基; 过羟基 | peroxynitric acid 过氧硝酸; 过硝酸