说明:双击或选中下面任意单词,将显示该词的音标、读音、翻译等;选中中文或多个词,将显示翻译。
您的位置:首页 -> 词典 -> 薄壁衬套
1)  thin bushings
薄壁衬套
1.
20CrMo steel thin bushings to be heat - treated with two different procedures of gas nitrocarburizing and salt bath nitrocarburizing, then to compare the deformation of the bushings and the performance of the nitrocarburizing layer, and find out the effective factors for the deformation.
对20CrMo钢薄壁衬套分别进行气体软氮气及盐浴氮化处理,比较其变形情况及氮化层性能,分析零件变形的影响因素。
2)  thin wall cone bush
锥形薄壁衬套
3)  thin wall liner
薄壁衬料(套筒)
4)  Chromiumplated Thin-Walled Steel Cylinder Liner
钢质薄壁镀铬汽缸衬套
5)  thin skinned lining
薄壁炉衬
1.
A series of advanced and suitable techniques were adopted in the design of 1750m3 BF in Jigang, such as entire cooling staves structure, thin skinned lining, copper cooling staves, carbon brick-ceramic cup complex bottom, closed loop soft water cooling system, PW serial type bell-less top with two coaxial vertical hoppers, KALUGIN top-combustion stove, etc.
济钢1750m3高炉设计采用全冷却壁、砖壁合一薄壁炉衬、铜冷却壁、碳砖-陶瓷杯复合炉底、全软水密闭循环冷却系统、PW串罐无料钟炉顶、KALUGIN顶燃式热风炉等一系列先进实用技术,为实现高产、优质、低耗、长寿、环保的生产目标奠定了技术基础。
2.
7 blast furnace o Benxi Steel,such as entire cooling staves structure,thin skinned lining,copper cooling staves,UCAR carbon brick cerami(?) cup complex bottom,closed loop soft water cooling system,PW serial type bell less top with two coaxial vertical hoppers Hoogovens top-combustion stove,etc.
本铡7号高炉(2850m~3)设计采用全冷却壁、砖壁合一薄壁炉衬、铜冷却壁、UCAR 炭砖-陶瓷杯复合炉底、全软水密闭循环冷却系统、PW 串罐无料钟炉顶、Hoogovens 内燃式热风炉等一系列先进实用技术,为实现高产、优质、低耗、长寿、环保的生产目标奠定了技术基础。
6)  thin wall casing
薄壁套管
1.
The functions of casing for in-situ leaching of uranium,effects of casing wall thickness on bearing force,advantages and application of thin wall casing are discussed,and the practical suggestions to thin wall casing test and application to be conducted in China are proposed.
集国内外地浸采铀套管应用的经验,讨论了地浸采铀钻孔套管的作用,套管壁厚对套管受力的影响,薄壁套管的优势及应用,并对我国开展薄壁套管的试验与应用提出具体的看法。
补充资料:旋塞衬套
分子式:
CAS号:

性质:用石棉橡胶板冲切成一定形状,再涂以胶黏剂相互贴合、经模压硫化而制成的筒状密封制品。此产品耐热性好,强度高;启闭灵活,塞杆不易磨损,拆装方便。主要用于锅炉水位器旋塞,无眼衬套主要用于渗透性强的联苯及联苯醚混合物的反应釜及管道中。

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