1) hydroxyl free radical cleaner
·OH自由基俘获剂
2) ·OH radical
·OH自由基
1.
·OH radical can be produced in aqueous solution of nitrous acid exposed to 355nm laser beam.
研究表明,HNO2在355nm紫外光的照射下可产生·OH自由基,·OH和氯苯反应生成C6H5Cl···OH,反应速率常数为(6。
3) OH radical
OH自由基
1.
A Study of the Reaction of OH radical with CO by Time-resolved FTIR Spectroscopy;
OH自由基与CO反应的研究
2.
Two potential energy curves for the ground electronic state X2Π and the first excited electronic state A2Σ+ of OH radical have been calculated using the internally contracted multiconfiguration-reference configuration interaction (IC-MRCI) method including Davidson correction.
采用内收缩MRCI方法(InternallyContractedMulticonfiguration-ReferenceConfigurationInteraction)研究了OH自由基,计算得到其基态稳定构型的键长是0。
3.
In this paper, B3LYP method was performed to study the reaction mechanism of CO with OH radical.
用密度泛函理论(DFT)的B3LYP方法,在6-311++G(d,p)基组水平下研究了CO与OH自由基反应的微观机理。
4) OH radicals
OH自由基
1.
Study of apparatus producing OH radicals for desulfuration from flue gas by non-thermal plasma;
低温等离子体烟气脱硫中OH自由基发生装置研究
2.
This study developed a measurement method of OH radicals in the atmosphere using salicylic acid(SA)to(trap) OH radicals and then GC-MS to analyze the trimethylsilyl(TMS)derivatives of the reaction products of SA and OH:dihydroxybenzonic acid(DHBA).
采用浸渍膜捕集OH标准源发生体系产生的OH自由基,测得气相OH自由基与固相SA反应生成的2,3-DHBA和2,5-DHBA的产率分别为52%和48%。
3.
There, the results of this theoretical study indicate that the products of OH radicals reaction with CS_2 were C.
用量子化学密度泛函理论(DFT)和G3方法, 对OH自由基与CS2 的反应进行了研究。
5) OH· radicals
OH·自由基
1.
An simple and convenient detecting means of OH· radicals and DSA(Dimensionally Stable Anodes)--typed anodes, made by ourselves with special technology, is employed in this study.
本文采用 DSA类阳极的方法对电解催化降解有机污染物的机理进行了研究 ,表明在电解过程中能够产生氧化能力极强的 OH·自由基 ,可以氧化降解废水中的有机污染
6) Hydroxyl Free Radical
·OH自由基
1.
Colorimetric Detection of Hydroxyl Free Radical in Mongolian Medicine Ash of Copper System;
比色法测定蒙药铜灰体系中产生的·OH自由基
补充资料：俘获剂
分子式：
CAS号：
性质：又称俘获剂。（一）在放射化学分离中为了将体系中的杂质除去而加入的一种试剂。（二）在热原子化学研究中为清除导致保留的自由基和热能化了的反冲原子而加入的添加剂。
CAS号：
性质：又称俘获剂。（一）在放射化学分离中为了将体系中的杂质除去而加入的一种试剂。（二）在热原子化学研究中为清除导致保留的自由基和热能化了的反冲原子而加入的添加剂。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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