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1)  Gaseous chlorine dioxide
气态二氧化氯
1.
Objective To observe the acute inhalation toxicity of gaseous chlorine dioxide disinfectant,in order to provide evidence for subacute toxicity test of the gaseous chlorine dioxide disinfectant.
目的了解气态二氧化氯消毒剂的急性吸入毒性,为亚急性毒性试验提供依据。
2)  chlorine dioxide form
二氧化氯形态
3)  Liquid chlorine dioxide
液态二氧化氯
4)  chlorine dioxide gas
气体二氧化氯
1.
Explosion Characteristics Study of Chlorine Dioxide Gas;
气体二氧化氯的爆炸特性研究
2.
The paper expounds the advantage and speciality of chlorine dioxide gas,compares similarities and differences on two kinds of chlorine dioxide generator,and introduces the operating principle and feature of chlorine dioxide gas generator.
阐述了气体二氧化氯的特性及应用优点,概述了ClO2的制备方法和应用进展,介绍了化学法二氧化氯气体发生器的工作原理和使用特点。
3.
A study is made to find out whether the Salmonella in cantaloupe can be killed or not by chlorine dioxide gas.
研究气体二氧化氯对哈密瓜中沙门氏病菌的杀菌作用,其结果表明气体二氧化氯可以明显地杀灭哈密瓜中的沙门氏病菌,对哈密瓜的存放具有明显的保鲜效果。
5)  chlorine dioxide
二氧化氯气体
1.
Objective To study the cumulative toxicity and target organs of repetitive inhalation exposure to chlorine dioxide,and determine the safe concentration of chlorine dioxide for human.
目的观察二氧化氯气体多次经呼吸道接触对实验动物的蓄积毒性作用及其靶器官,确定人体可直接暴露于二氧化氯气体的安全浓度。
2.
A 20-L cylindrical explosion test device for flammable gas was used to measure the explosion characteristic parameters of gaseous chlorine dioxide,which was produced by the reaction of pre-prepared hydrochloric acid and sodium chlorite solution.
利用20L圆柱形可燃气体(蒸气)爆炸测试实验装置,用预先配制好浓度的盐酸溶液和亚氯酸钠溶液现场发生反应生成二氧化氯气体,对二氧化氯气体爆炸特性参数进行测定。
6)  gaseous sulfur dioxide
气态二氧化硫
1.
To investigate the modulatory effect of endogenous gaseous sulfur dioxide(SO2)on the cardiovascular function, isolated rat aortic rings were directly treated by gaseous SO2 and observed the relation between the effect of SO2 and vascular cellular ion channels for the first time.
为了探讨内源性气态二氧化硫(SO2)对心血管功能的调节作用,首次采用SO2气体直接作用血管环的方法,观察SO2对血管环张力的影响及其与血管组织细胞离子通道的关系。
补充资料:二氯二氧化钨
分子式: WO2Cl2
CAS号:

性质:淡黄色晶体,斜方晶结构。熔点266℃。固态和液态时为聚合体,可溶于冷水和碱液中,在热水中部分水解。易和乙腈等含氮有机配位体化合物生成配合物。采用三氯化钨直接氯化或在250℃弹式炉中使二氧化钨和四氯化碳或氯和氧的混合气体作用制取。用于钨有机化合物合成。

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