1) cold water pipe
冷水管
1.
In addition, the cold water pipes are layer set to low the heat of hydration.
在大体积混凝土的施工中，通过合理选用原材料，用UEA外加剂代替相应水泥用量并调整配合比，并分层设置通冷水管降低水化热，实现了温度控制的目标，解决了高标号大体积混凝土使用普通硅酸盐水泥的裂缝控制技术问题。
2) cooling pipe
冷却水管
1.
Corrosion fallure analysis on centrul air conditioning cooling pipe;
中央空调冷却水管腐蚀开裂失效分析
2.
Application of cooling pipe in temperature control of large-size concrete construction;
冷却水管在大体积混凝土施工温控中的应用
3.
3-D Fem Simulation and Study on the Effect of Cooling Pipes and the Water Flowing upon the Dam for RCCD;
碾压混凝土重力坝采用冷却水管及坝面过水渡汛的三维有限元温控仿真分析
3) cooling water pipe
冷却水管
1.
A cooling water pipe of heating furnace cracked.
加热炉冷却水管发生断裂,通过对其化学成分,显微组织,晶粒度,断口等进行检验分析,认为冷却水管断裂主要是因为水管局部长时间高温氧化腐蚀造成的。
2.
In this paper, an analysis of cooling water pipe damage at low part of shaft and belly in No 7 BF is introduced and the suggestions for improvement are pointed out in 199
分析了1998年鞍钢7号高炉炉腰和炉身下部冷却水管破损原因,指出应注意改进的方向。
3.
The paper studies the construction method of mass concrete named "embedding cooling water pipe".
对采用“预设冷却水管”法进行大体积砼施工的方法进行了试验研究,并在具体工程中得到了应用,效果良好。
4) water-wall tube
水冷壁管
1.
An analysis and investigation on the leakage in water-wall tube of profiled flue of the coal-burning boiler;
燃煤锅炉异型烟道水冷壁管泄漏分析研究
2.
Boiler deformation and invalidation analysis of water-wall tubes
锅炉水冷壁管变形失效分析
3.
Taking an accident of blast out of a boiler water-wall tube as on example,the article discussed the cause of the external uniform corrosion of the fire-side of pressurized water-wall tubes of a boiler and its preventive measures.
对一起锅炉水冷壁管爆管事故进行了分析 ,探讨了炉膛受压元件的外部均匀腐蚀的原因并提出预防措施 。
5) Inner water cooling pipe
内水冷管
6) water wall tube
水冷壁管
1.
The failure of water wall tubes in ultra-high pressure power boiler of power unit was analyzed by means of physical-chemical analysis methods.
利用理化分析方法对动力车间超高压动力锅炉水冷壁管的开裂原因进行了分析,结果表明:长期在高温下工作产生了严重的珠光体球化,甚至石墨化,致使材料组织老化,力学性能降低;在高温氧化和热疲劳的联合作用下产生了众多的环向和纵向裂纹。
2.
Restriction choke is suggested to be placed in water wall tubes to avoid leakage,and to raise the safety and economy.
针对锅炉水冷壁折焰角鼻区受热面频繁泄漏现象,从外观、化学成分、金相组织、力学性能、氢含量和锈层成分等方面进行了综合分析,论述高温高压锅炉水冷壁严重氧化和高温氢腐蚀所致泄漏的机理,提出在水冷壁管内加装节流圈的措施,杜绝了泄漏的再次发生,大大提高了锅炉的安全性和经济性。
3.
By analyzing high temperature corrosion of 300MW boiler water wall tube,the corrosion cause is studied and the efficient methods are offered to solve this problem.
从300 MW机组锅炉水冷壁管的高温腐蚀情况出发,阐述了产生高温腐蚀的原因,并提出了切实可行的预防措施。
补充资料：管山吃山﹐管水吃水
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