1) halogen vapour
卤素蒸气
2) halogen gas
卤素气
1.
My essay focuses on the choice of halogen circulating material, detail mixture list, filling of halogen compound and determination of halogen gas.
本文对卤钨灯循环剂的选择、具体配方、卤化物的充填、卤素气的检测四个方面进行探讨。
3) halogen
[英]['hælədʒən] [美]['hælədʒən]
卤[素];卤素
4) Halogen
[英]['hælədʒən] [美]['hælədʒən]
卤素
1.
The effect of halogen on B-Z oscillating chemical system;
卤素对铈催化B-Z振荡反应的影响
2.
The Comparative investigation of the structure and property of halogen and halide with density function theory methods;
密度泛函理论诸方法计算卤素和卤化物的比较研究
3.
The Functions of Halogen in CVD Diamond Thin Film Deposition Process;
卤素原子在化学气相淀积金刚石薄膜过程中的作用
6) halogen element
卤素元素
1.
The geochemical characteristics of halogen elements in the mining district indicate that the enrichment of Br and I is much higher than that of F and Cl in the deposit.
对矿区内卤素元素地球化学特征的研究结果表明 ,矿区内溴、碘的富集程度远比氟、氯高 ,这与古油藏油田卤水的形成演化有关。
2.
This paper discusses the distribution characteristics of halogen elements in this deposit, indicating that:(1) the enrichment extent of Br and I is much higher than that of F and Cl; and F, Cl in Hg ores and near ore wall rocks with near ores than in Au ores and distant wall rocks; (2) from the distant wall rocks to near ore wall rocks to Hg ore.
本文对该矿床矿石及围岩中的卤素元素分布特征进行了一定的研究。
3.
With plentiful and real materials, this paper demonstrated the relations between the formation, content and distribution law of halogen elements (F, Cl, Br and Ⅰ) in ground water, and the composition of the aqiferous meson in ground water, quality of the overlying rock and soil,the condition of the run-off, environment of the oxidation and reduction and mineralized degree of ground water.
本文以丰富的实际资料，论证了地下水的卤素元素（F、Cl、Br、I）的形成、含量及其分布规律与含水介质成分、上覆岩土性质、地下水退流条件、氧化还原环境、地下水矿化度之间的关系。
补充资料：含卤素阻燃剂
分子式：
CAS号：
性质：含卤素的有机或无机阻燃剂。聚合物的燃烧是一个热氧化反应过程，而含卤素化合物在高温下分解产生卤原子，它将与聚合物中的氢原子反应生成卤化氢。卤化氢可与燃烧反应所生成的自由基结合，从而中止氧化反应起到阻燃作用。卤素中含溴的阻燃剂效果最好。
CAS号：
性质：含卤素的有机或无机阻燃剂。聚合物的燃烧是一个热氧化反应过程，而含卤素化合物在高温下分解产生卤原子，它将与聚合物中的氢原子反应生成卤化氢。卤化氢可与燃烧反应所生成的自由基结合，从而中止氧化反应起到阻燃作用。卤素中含溴的阻燃剂效果最好。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条