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halon

美 [ˈheɪlɑːn]英 [ˈheɪlɒn]
  • n.卤化烷(常用以灭火)
halonhalon

noun

chemistry 化卤化烷(常用以灭火)
a gas that is made up of carbon and one or more halogens , used especially to stop fires

noun

1
a compound in which the hydrogen atoms of a hydrocarbon have been replaced by bromine and other halogen atoms;very stable;used in fire extinguishers although it is thought to release bromine that depletes the ozone layer

数据来源:WordNet

  1. The analysis of the state of the replacement technology of Halon extinguishing system

    析哈龙灭火系统替代技术现状

  2. The Present Situation and Development of " Halon " Alternatives

    哈龙替代物的现状和发展趋势

  3. Research Situation and Development Tendency of Halon Substitutes

    哈龙替代产品的研究现状及发展趋势

  4. Applied Research of Substitute Technology for Halon

    哈龙替代技术应用研究

  5. Several Kinds of Fire Distinguishing System Replacing HALON

    介绍代替海伦(HALON)的几种灭火系统

  6. New halon replacement is a breakthrough in sustainability and safety

    新一代哈龙替代灭火剂

  7. The marine application of the substitute for Halon agent

    HALON灭火剂替代物及其应用初探

  8. Design and Application for A New-type Halon Substitute of SDE Extinguishing Agent and System

    新型卤代烷替代品SDE灭火剂及其灭火系统设计应用

  9. The paper discusses the current research situation of halon alternative technology , the related achievements as well as its development tendency .

    文章阐述了目前哈龙替代技术的研究状况、相关科研成果及替代技术的发展趋势。

  10. An Assessment Approach for Halon substitute technique

    哈龙替代技术的应用选择方法

  11. Marine halon fire extinguishing system technical specifications

    GB/T14088-1993船用卤代烷灭火系统技术条件

  12. Halon 1301 gas system

    卤化物1301气体灭火系统

  13. Development and Application of Halon Substitutes

    哈龙替代产品的开发及其应用

  14. The Fire-extinguishing Mechanism , Application and Evaluation Criterion of Halon Extinguishant Substituent

    卤代烷1211和1301灭火剂替代物的灭火机理、使用情况及评价标准

  15. The background and recent progress of the alternatives of Halon fire extinguish systems is summarized in the present paper .

    介绍了哈龙固定灭火系统淘汰背景,哈龙灭火系统替代技术发展现状。

  16. With the increasing requirement for environmental safety , it is inevitable trend that Halon will be banned completely .

    随着人们环保意识日益增强,卤代烷被整体淘汰是不可避免的趋势。

  17. The article discusses the scale , organization structure , operation pattern and necessary measures to construct the halon bank in Guangdong province .

    对广东省哈龙银行建设的规模、组织机构、运作模式和必要的配套措施等问题作探讨。

  18. Statistics of Halon Possession and Recover in Shanghai

    上海市哈龙占有情况统计及回收储存情况的分析

  19. Halon gas extinguishing system

    卤代烷气体灭火系统

  20. Gain in mobile fire extinguisher of Halon substitute , to comparing , it expound equivalent project .

    在移动灭火器的哈龙替代方面,通过分析比较,提出了等效替代方案。

  21. You got the Fire Extinguisher ! It uses halon canisters to put out fires .

    你得到了灭火器!它通过消耗哈龙(一种化合物)瓶扑灭大火。

  22. At the end , the text propound constructive comments and proposals with Halon substitute technology studying and using .

    本文最后对我国哈龙替代技术的应用提出了应针对具体场所根据选用原则选择适当的哈龙替代品的意见和建议。

  23. At the same time , the origin , development and foreground of a substitute for Halon namely clear gas fire are introduced .

    以及哈龙的气体替代物&洁净气体灭火新技术的由来、开拓及其发展趋势;

  24. Direct Halon replacement agent

    直接替代哈龙的灭火剂

  25. Reflected radiance distribution curves of a mat ceramic plate and a Halon pressed powder plate have been measured .

    测定了漫射陶瓷板和海伦(Halon)粉末压制板的反射亮度分布曲线。

  26. Space protected by halon 1301

    有1301灭火剂保护的区域

  27. Clean agent halon replacement

    替代哈龙的清洁灭火剂

  28. As the alternative Products of traditional halon fire extinguishing system , water mist fire extinguishing system has a big market and a bright future .

    作为传统哈龙灭火系统的替代产品,细水雾灭火系统具有广阔的发展空间和市场前景。

  29. It is a substitute of big developing potentiality for halon agents , and becomes a hot spot of international researches on fire protection .

    细水雾灭火以其高效、环保的特点,已经成为最具有发展潜力的哈龙替代技术和国际火灾科学前沿的研究热点之一。

  30. The characteristics of nitrogen extinguishing system , its advantages and disadvantages , and its applicability are analyzed and compared with other halon alternative systems .

    笔者对氮气灭火系统的特性、优缺点及其适用范围进行了分析,将氮气与其他哈龙替代气体灭火系统进行了比较,探讨了引起矿井与建筑火灾扑救差异的原因。