1)  breathing roof tank,floating roof storage tank,floating roof reservoir
浮顶贮罐
2)  floating roof
浮顶
1.
An analysis on the failures of floating roof and supporting legs in a 20 000 m3 tank has been made.
对一座20000m~3外浮顶罐浮盘及支柱的失效进行了理论分析,认为支柱减薄是引起浮盘失效的直接原因。
3)  floating roof oil tank
浮顶油罐
1.
The paper provides 2 accident cases of lightning stroke and fire for floating roof oil tank.
通过两起浮顶油罐雷击火灾事故的成功扑救案例,结合某罐区浮顶油罐的管理现状,提出了整治消防设施隐患、加强应急预案实战技术演练、完善通讯设施以及特大型储油罐增加等电位连接点等防止浮顶油罐雷击着火的预防措施。
4)  floating roof tank
浮顶储罐
1.
This paper analyzes a series of fire accidents caused by lightning strike on seal ring of large floating roof tanks,and points out their safety problems.
通过对近年来连续发生的大型浮顶储罐浮盘密封圈雷击起火原因分析,找出了浮顶储罐浮盘密封存在的安全问题,探讨了浮盘密封形式与储罐雷击起火事故的关系,并提出对策措施。
5)  inner floating roof
内浮顶
1.
The structure design of changing the storage tank from fixed roof to inner floating roof;
拱顶罐改内浮顶罐结构设计
2.
The structural design of the double DN500 floating suction which is used in the 10000 m3 inner floating roof tank of the Shanghai Pudong International Airport oil depot is introduced.
介绍了某油库扩建工程中10 000 m3内浮顶油罐双DN500浮动吸油装置的结构设计,并对内浮顶罐浮动吸油装置的浮力进行了优化配置,此经验对我国内浮顶油罐浮动吸油装置的设计和使用具有一定的指导意义。
6)  floating roof tank
浮顶油罐
1.
Development course of very large floating roof tanks in China were summarized and its state of the art was introduced.
概括了国内超大型浮顶油罐的发展历程,介绍了目前的发展现状,对油罐设计时采用的规范、主体材料、结构特点、单双盘、施工与验收技术等作了综合分析与比较,希望能给今后的超大型浮顶油罐的建造有所帮助。
2.
During the first practice of lifting a 20 000 m*3 floating roof tank, because the law of lifting force distribution on the tank wall is not clear,the technique of lifting a tank body and the floating roof separately is adopted in order to minimize the stress of the tank wall.
对 2 0 0 0 0m3浮顶油罐进行了首次举升施工 ,在尚不了解举升力在罐壁上分布规律的情况下 ,为减小罐壁内力 ,采用了罐体和浮顶分别举升的工艺。
3.
A method to measure the geometric height of pontoon roof of vertical floating roof tank is presented in th: article.
提出了一种测量立式金属浮顶油罐浮顶起浮高度的方法 ,该方法与国家检定规程中的方法相比 ,具有简单、精确、可操作性强的特点 ,介绍了该方法的基本原理和计算方法。
参考词条
补充资料：胶布贮气罐
分子式：
CAS号：

性质：  胶布贮运制品的一种。一般用气密性优良的丁基胶布制成。主要用于贮存氧气、氮气和二氧化碳等气体。也可供登山运动员和医院急救时作贮存低压氧气之用。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。