cooling after

英 [ˈkuːlɪŋ ˈɑːftə(r)] 美 [ˈkuːlɪŋ ˈæftər]

网络  随后的冷却

化学



双语例句

  1. Auto cooling after power off is safety design.
    关机自动冷却功能,安全设计。
  2. Effect of Cooling After Rolling on Microstructure and Properties of Ultra High Strength Steel with Boron
    轧后冷却对汽车用含硼超高强度钢组织和性能的影响
  3. Be cooling after purification of gas pressure machine, through the use of gas pipeline.
    被冷却净化后的煤气经加压机,通过煤气管道输送使用。
  4. Cooling after postweld heat treatment
    焊接热处理之后的冷却
  5. A method about improving the crack resistance of weld metal and reducing structure stress during welding process, i.e.hammering welds and watered rapid cooling after welding, was obtained.
    研究出了提高焊缝金属抗裂性能及降低焊接过程结构内应力的工艺方法&焊后捶击焊逢并浇水快速冷却。
  6. Improving the Surface Qualities of the Ribbed Bar By the Method of Control Cooling After Rolling
    利用轧后控冷手段提高带肋钢筋的表面质量
  7. In addition, both second phase precipitation behavior during cooling after deformation and the effect of cooling rate on the second phase precipitation were studied by the electrolytic etching method and the carbon extraction replicas technique.
    并且利用电解浸蚀和碳萃取复型法获取第二相析出物,从而对轧后冷却相变中的第二相析出行为进行了研究,并探讨了不同冷却速度对第二相析出的影响。
  8. The effect of on-line controlled cooling after controlled rolling on the properties and structure of low carbon c-mn-mo-nb steel sheet
    控轧后在线控制冷却对低碳C-Mn-Mo-Nb钢板性能和组织的影响
  9. So dynamic analyses and precise calculation can be realized for work roll's temperature. Then those can forecast work roll's transient temperature distribution while unsteady rolling, steady temperature field and the temperature field while air cooling after stopping rolling.
    使用该模型实现了对工作辊温度的动态分析和精确计算,预测工作辊非稳态轧制时的瞬态温度分布、稳态温度场和终轧后空冷时的温度场。
  10. By means of the heat treatment process such as mist cooling after forged+ normalizing mist cooling+ spheroidal annealing, in this case, the qualification rate of carbon network of the bearing steel forging shall be improved from 66% to ( 93.4%).
    通过采用锻后雾冷+正火雾冷+球化退火的热处理工艺,将轴承钢锻件网状碳化物的合格率从66%提高至93.4%。
  11. Is paper studies the possibility to improve mechanical properties of rare earth heavy rail steel by controlled cooling after hot rolling.
    研究了稀土重轨轧后余热控冷提高力学性能的可能性。
  12. The phase transformation and microstructure of a C-Si-Mn TRIP steel during continuous cooling after ausforming were studied by hot simulation experiment machine. The continuous cooling transformation curves were drawn using thermal dilation method, and the influence of the cooling rate on the microstructure was analyzed.
    利用热/力模拟试验机研究了C-Si-Mn系TRIP钢在不同连续冷却条件下的组织变化情况,用热膨胀法绘制了动态CCT曲线,分析了冷却速度对组织的影响。
  13. With it, some characteristics of the gas film cooling after liquid film vaporized-out point have been revealed.
    并从试验中发现了液膜蒸干后气膜段冷却的一些特点。
  14. Water cooling after forging can reduce or even eliminate beta brittleness.
    锻后水冷和大变形可减少以致消除β脆性。
  15. High speed wire 82B is taken for example to simulate its phase transition course during control cooling after rolling by finite element method. It is explained that computer simulation has conduct significance in site production.
    以高速线材82B为例,采用有限元方法模拟了其轧后控冷过程中的相转变过程,说明相转变过程计算机模拟研究工作对现场生产的指导意义。
  16. Intelligent control system of water-curtain cooling after steel plate rolling
    中厚板轧后水幕冷却智能控制系统
  17. The processing of three phase control rolling and two phase control rolling and accelerating cooling after rolling are used respectively, and the two kinds of technical processing are analyzed and contrasted.
    在试验中,分别采用三阶段控制轧制和二阶段控制轧制+轧后快冷技术,并对这两种工艺进行了分析与比较。
  18. Rapid cooling after nitrocarburizing, martensite structure is obtained at the diffusion layer.
    氮碳共渗后快冷,在渗层获得含氮碳的马氏体组织。
  19. Through investigation on spot and profound analyzing in many hot ribbed bars producing factories, the Key Laboratory of Rolling and Automation ( Northeastern University) improved steel bars cooling after rolling technology.
    东北大学轧制技术及连轧自动化国家重点实验室经过对多家热轧带肋钢筋生产厂的现场调研和深入分析,对钢筋轧后冷却工艺进行了改进。
  20. The choice of such coefficients and operating methods of short time nitriding as temperature, decomposition rate of ammonia, time and the cooling after nitriding is discussed in this paper.
    本文论述短时渗氮的温度、氨分解率、时间、渗后出炉冷却等工艺参数和操作方法的选择。
  21. The technical differences of heating before rolling, hot rolling, cooling after rolling and annealing after cold rolling between low carbon structural micro-alloyed steels containing V and Ti were compared.
    比较了含Ti和含V的低碳结构用微合金钢在轧前加热、热轧过程、轧后冷却及冷轧退火方面工艺特点的差别。
  22. The improved technology made use of fast cooling after rolling to adjust temperature of steel bars on cold bed, and increased many properties by adding a small quantity of vanadium or niobium.
    改进以后的生产工艺采用轧后快速冷却来调整钢筋上冷床的温度,并添加少量的钒或铌来提高钢筋的各项性能。
  23. Control of Temperature Difference of Steam Drum Wall during the Cooling after Shutdown
    停炉冷却过程中汽包壁温差的控制
  24. The calculation method of thermal stress during air cooling after leveling was put forward. Then, whether the buckling of plate on room temperature could take place was confirmed.
    研究中厚板矫直后屈曲失稳。提出矫直后空冷过程热应力的计算方法,判别常温下是否发生屈曲失稳。
  25. Ammoniation was conducted in ammonia annealing, naturally cooling after annealing.
    氨化在氨气中退火进行,退火结束后自然冷却。
  26. Therefore, controlled cooling after rolled on the runout table was one of the most important processes in the steel industry.
    因此,轧后控冷技术已经成为钢铁工业中最重要的流程之一。