开启填料密封腔及其他部位的冷却水管。
Open packing seal cavity and cooling water pipe of other positions.
在冷却水管周围取一个特殊的杂交单元。
同时，提出了下一步循环冷却水管理思路。
An improved circulating cooling water management way is presented.
外部增加冷却水管路。
某化工厂丙烯腈反应器冷却水管弯管部位发生爆管。
A below of cooling water pipes of acrylonitrile reactor bursted.
对RCC高坝埋设高强度聚乙烯冷却水管技术进行了研究。
For the RCC high dam embedding high strength polyethylene cooling water pipe is studied.
高炉循环冷却水管道系统大，管径粗，管线长，布置错综复杂。
The circular cooling water tube of BF is characterized by the large system, wide-diameter tube, long lines and complicated layout.
结果表明，冷却水管发生早期失效是由于构件发生应力腐蚀开裂所致。
The results show that the early failure of the cooling pipe was caused by the stress corrosion cracking in the components.
研究结果表明：此研究可以为高炉冷却壁及冷却水管的优化提供技术支持。
The results of this study are likely to provide technical assistance to optimize blast furnace stave.
本文介绍了大体积混凝土温控和防裂的研究现状，冷却水管冷却效果的研究现状。
In this paper, the research status of temperature control of mass concrete, cracking control and effect of cooling water pipes is introduced.
大体积混凝土人工冷却方法有很多种，在工程实践中采用最多的是埋设冷却水管。
There are many ways in engineering to artificial cooling in mass concrete, and the most commonly used is cooling pipe.
本文应用杂交元方法对大体积混凝土坝中具有冷却水管的平面不稳定温度场进行了分析。
In this paper, a hybrid element method is used to analyse the unsteady plane temperature field of mass concrete DAMS provided with cooling pipe.
应用化学分析、金相和电子探针显微分析技术对反应器中冷却水管的失效原因进行了分析。
Reasons of failure in cooling pipe of the reactor have been studied by the chemical composition analysis, optical microscopy examination and electron probe microanalysis.
同时根据计算结果讨论了冷却水管水垢厚度、气隙层厚度对高炉铸钢冷却壁温度场的影响。
The influences of two factors including thickness of scale of cooling water-pipe and air clearance exerting on temperature field of stave is discussed based on calculation.
每台刀片服务器上的冷却水管将被接入服务器机架的水管网络中，最后再接入到主输水网络中。
Pipelines from the individual blades link to the server rack's water-pipe network, which in turn is connected to the main water transportation network.
介绍了大体积混凝土温度场计算的有限元方法，及考虑冷却水管作用的温度场计算的有限元方法。
Finite element methods to calculate the temperature field in mass concrete with and with out cooling pipes is also discussed.
电热电容器主要由芯子和箱壳组成，其间充满优质的浸渍剂，芯子焊有冷却水管供电容器冷却用。
It is comprised of packet and con - tainer, between which is filled with high quality impregnant. the packet of capacitor is welded with cooling conduit for its cooling.
结合珠江大桥工程实际情况，制定了优化混凝土配合比和恰当布置冷却水管两个水化热控制方法。
Combined to the practical situation, draw up the mix proportion optimization and proper cool water pipe arrangement with hydrated heat control.
基于材料使用环境考虑，在选材和结构设计两个方面采取了改进措施，延长了冷却水管的使用寿命。
According to the working condition, the improvement measures had been adopted in material selection and construction design, the service life of the cooling pipe has been prolonged.
适用于船底、载水仓、头钢桩、井钢铁支架、来水管道，以及工矿企业冷却水管道的外壁防腐蚀涂装用。
Apply to the hull and ballast water warehouses, piers steel piles, mines steel supports, water pipes, and the mining industry cooling water pipe wall with anti-corrosion coating.
提出了用ANSYS有限元软件模拟冷却水管温度场的计算方法，并对模拟过程中的关键问题进行了分析。
The method to simulate the temperature field with cooling pipes by ANSYS is proposed, and the key problems in the process is analyzed.
将塑料水管作为大坝混凝土的冷却水管在国外已得到较广泛的使用，而国内仅在二滩水利枢纽中普遍使用。
The cooling water plastic pipes have been widely used in concrete DAMS abroad, but only on the Ertan hydroelectric project in China.
利用双向差分法和有限元法相结合，对三峡大坝采用软冷却水管和黑铁管的冷却效果进行了计算与对比分析。
With combination of bi-directional difference method and FEM, the computation and comparison analysis on cooling effect of flexible pipe and black pipe in TGP are carried out.
产品有汽车发动机冲压深拉伸件、冷却水管总成、汽车保险杠总成和摩托车冲压覆盖件等汽车、摩托车零部件。
Ltd and Wuxi Kipor Power Co. , Ltd, and so on. Products are included auto engine compression components, cooling water pipe assembly, auto beam, motorcycle compression components, and so on.
在混凝土坝中利用冷却水管中循环冷水来降低混凝土内部水泥的水化热温升，是混凝土坝温度控制的最有效措施。
The cooling pipe, using circling cooled water to reduce the heat of hydration in concrete DAMS, is the most efficient method for temperature controlling in concrete DAMS.
在混凝土坝中利用冷却水管中循环冷水来降低混凝土内部水泥的水化热温升，是混凝土坝温度控制的最有效措施。
The cooling pipe, using circling cooled water to reduce the heat of hydration in concrete DAMS, is the most efficient method for temperature controlling in concrete DAMS.
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