cooling stage

英 [ˈkuːlɪŋ steɪdʒ] 美 [ˈkuːlɪŋ steɪdʒ]

网络  冷却阶段; 冷却区; 冷却期; 冷程; 冷却台

医学



双语例句

  1. The thermoelectric systems come as a turnkey solution including the heating/ cooling stage, the temperature controller and the water circulator.
    热电系统作为全套解决方案由冷热台、温度控制器和水循环装置组成。
  2. The operation pattern analysis of the Joule-Thomson expansion cooling stage in EAST cryogenic system
    EAST低温系统节流膨胀冷却级运行模式分析
  3. This machine adopts double-press-bed design, that is, the completion of A-Bed glued into the Cooling Stage, B-bed operation can be glued.
    本机采用双压床设计,即在A床胶合完成进入冷却阶段,B床便可以进行胶合作业。
  4. Based on the variation of temperature in injection molded parts, the simulation of cooling takes consideration of the cooling stage of the part after ejection.
    以注塑制品的温度变化为对象,考虑了注塑制品出模后的冷却过程。
  5. Primary research and observation of plant samples by SEM cooling stage
    利用扫描电镜冷台对植物样品观察初探
  6. It is suggested to employ quenching equipment with adjustable agitation speed, where different quenching intensity can be obtained in different cooling stage through adjusting agitation speed, as a result, quenching deformation can be reduced.
    建议使用搅拌速度可调的淬火设备,通过调节搅拌速度使冷却过程不同阶段获得不同的淬火烈度,从而达到减小淬火变形的目的。
  7. Discussion on Gas Temperature at the Final Cooling Stage On cold fusion
    终冷段煤气温度的探讨
  8. A new phase transformation model was proposed considering the low temperature expansion during the cooling stage of welding of Cr-Mo steel pipe.
    提出了考虑焊接冷却过程Cr-Mo低温膨胀现象的相变模型。
  9. Double scale simulation of the cooling stage of semi-crystalline polymer melt
    半结晶性聚合物熔体冷却过程双尺度模拟
  10. On the base of analysis of cooling in stage, the influence on convective heat transfer between working rolls and coolant fluid of aluminum strip mill was systematically simulated with software ANSYS for the first time.
    在对分段冷却控制研究的基础上,应用ANSYS有限元软件首次系统地模拟分析了铝带轧机轧制时,影响工作辊与冷却液之间换热特性的因素。
  11. The starter ′ s activity in apple yoghurt increased continuously from inoculation to cooling stage. Those of pear yoghurt was observed fluctuation after fermentation 1 hr.
    苹果酸奶从接种后至冷却阶段发酵剂活力呈持续上升趋势,梨酸奶在接种至发酵1h呈上升趋势,在以后阶段呈现波动。
  12. Analysis on Stress in Injection Molded Parts at Cooling Stage
    注塑冷却过程中的应力分析
  13. Thermal analyses on the 2K cooling stage for superfluid helium refrigerator system
    超流氦制冷系统2K冷却级热力分析
  14. Temperature-controlling-type semiconductor cooling stage
    控温式半导体致冷冷台
  15. The cooling process in an injection mold can be treated as two-dimensional unsteady state heat conduction model and the changes of temperature distribution in an injection mold during the cooling stage are calculated by using the finite element method.
    注塑模冷却过程按二维不稳定热传导数学模型处理,并用有限元法求解注塑模冷却过程中温度场的变化。
  16. Most of the process-induced deformation was generated in the cooling stage;
    固化变形主要发生在降温阶段;
  17. Reasons and harm of higher gas temperature at the final cooling stage are analyzed and solutions are proposed.
    分析了终冷段煤气温度偏高的危害及原因,并提出了处理办法。
  18. The oscillation shear heat generated by polymer melt and cooling stage of polymer in the cavity during the oscillating injection molding are researched.
    研究了振动注射成型中模腔内聚合物熔体产生的振动剪切热,并研究在振动作用下模腔内物料的冷却过程。
  19. In the welding construction made of different materials, the cooling stage after welding will cause thermal stress due to the mismatch of coefficient of thermal expansion between different materials.
    异种材料连接结构中由于被连接材料的热膨胀系数不匹配,焊后冷却过程将在钎焊件内部导致较大的应力。
  20. Longer cooling time is needed for the cooling stage in the oscillation injection molding because of the shear heat generated by oscillation.
    由于振动剪切热,使振动注射成型需要更长的冷却时间。
  21. Confirmed by DSC cyclic oxidation temperature alloys, high temperature insulation and cooling stages of the oxidation reaction occurred, but the cooling stage of increase.
    采用DSC循环氧化证实合金在升温、高温保温及降温阶段都发生了氧化反应,但降温阶段氧化更明显。
  22. Therefore, the coupled calculation method can reflect the characteristics of every cooling stage during quenching and it has certain potential for application in simulation of complex quenching process with phase transformation of quenchant itself.
    可见,这种流-固耦合计算能够反映淬火过程各阶段的特征,在介质存在相变的复杂淬火过程数值模拟方面具有一定的应用潜力。
  23. In the beginning, the curing behaviors of orthogonal and quasi isotropic layers at cooling stage were mainly studied by means of analyzing the curing signals which were monitored by FBG sensors.
    首先通过分析FBG传感器监测得到的正交和准各向同性铺层中的固化信号,重点研究了不同铺层在降温过程中的固化行为。
  24. Bacillus subtilis was the dominant bacteria in the whole composting; the dominant bacteria at rapid temperature-rising stage and gradual cooling stage also included Bacillus anthracis, Bacillus cereus and Bacillus circulans, respectively.
    Bacillussubtilis是整个堆肥过程中的优势菌;升温期和降温期样品中优势芽孢杆菌还分别包括Bacillusanthracis,Bacilluscereus和Bacilluscirculans。
  25. In this study, the numerical analysis of residual stresses produced during the packing and cooling stage of injection molding and shrinkage after ejection was carried out.
    本文对成型保压阶段和冷却阶段聚合物制品产生的残余应力和脱模后制品的收缩进行了数值模拟。
  26. While the temperature increases the solubility of carbon in nickel, thus more carbon precipitation at the cooling stage.
    而温度的升高则增加了碳在镍中的溶解度,从而冷却时有更多的碳析出。
  27. This paper presents the thermodynamic analysis and design of the refrigeration system for HT-7U to get high exergy efficiency, to improve the reliability and to be enough flexible for all the operation modes. A helium refrigerator may have different arrangements for the last cooling stage.
    本文主要从提高低温系统的效率、可靠性和适应性三方面对HT-7U制冷系统进行了热力学分析和设计。本论文通过对氦制冷循环的分析,比较了氦制冷机各种末级冷却级的制冷量。
  28. Three composite microorganisms ( MC1, MC2 and MC3) able to degrade lignin were screened from three stages of agricultural waste composting by a series of domesticated cultivation, and the three stages were warming stage, cooling stage and falling stage, respectively.
    本文采用连续驯化培养的方法,从农业废物堆肥过程升温、降温和腐熟3个阶段的微生物菌群中分别筛选驯化出3组具有木质素降解能力的复合菌MC1、MC2和MC3。
  29. As a cold water source of the city, in the daytime heating stage played a role in cooling, cooling stage in the evening heat played a role in regulating the local microclimate cell.
    水体作为城市的冷源,在白天升温阶段起到了降温作用,在晚上降温阶段起到了保温作用,调节了小区的局部小气候。
  30. There are evidences indicating that the residual stress and shrinkage is produced due to pressure, temperature change etc. during packing and cooling stage.
    研究表明在保压和冷却阶段的压力和温度变化等对注塑制品的残余应力和收缩产生重要影响。