heat cycle

英 [hiːt ˈsaɪkl] 美 [hiːt ˈsaɪkl]

热循环;加热周期;机热(模塑)周期

机械



双语例句

  1. A female will generaly blow her coat ( shed heavily) 2 times a year with her heat cycle.
    一个女生拉拉一年会在她发情的时候有两次严重掉毛。
  2. The influence of modification and heat cycle on morphology and heat storage properties of Al-17% Si alloy
    变质处理及热循环对AI-17%Si合金组织和储热性能的影响
  3. The computer program used is applicable to general heat cycle calculations.
    按本文编制的计算程序可以运用于各种热力系统。
  4. Research of Rapid Heat Cycle Molding Technology and Heat Transfer Analysis
    快速热循环注塑技术及其工艺过程传热分析研究
  5. Modification of ABS based on requirements of rapid heat cycle molding process
    基于快速热循环注塑工艺要求的ABS改性
  6. Steam-Assisted Rapid Heat Cycle Molding and Simulation of Temperature Response of the Mold
    蒸气辅助快速热循环注塑技术及模温响应模拟
  7. Application and Economic Analysis of Screw Expander in Fossil Power Plant Heat Cycle
    螺杆膨胀机在电厂热力循环中的应用及经济性分析
  8. Daylight hours have a lot to do with when the heat cycle comes, how long it lasts, and how long it will be before the next one comes.
    光照时间长短在很大程度上影响着猫咪什么时候开始发情期、续多长时间和下一次发情会间隔多久。
  9. The simulated welding heat cycle curve was compared with the practice welding heat curve.
    将模拟的焊接热循环曲线与实际焊接热循环曲线进行对比,利用非线性模拟对模拟的焊接热循环曲线进行拟合,得到与实际热循环曲线相接近的焊接热循环曲线。
  10. The research discusses the effect of welding heat, welding press and post heat treatment and cool heat cycle on shape recovery ratio of the welded joints, analyzes the microstructures of the welded joints and obtains the optimum parameters of good shape recovery ratio joint.
    分析了焊接热量、焊接压力、焊后热处理等焊接参数及冷热循环对接头形状恢复率的影响,并对接头的显微组织进行了分析,得出了获得最佳接头形状记忆效应的条件。
  11. Dynamic test and calculation of welding heat cycle
    焊接热循环的计算机动态测试与计算
  12. Electricity Control Design of Heat Cycle Pump
    热循环泵的电气控制设计
  13. Using this device can control the test point of contact line in shortcircuit and heat cycle experiment of catenary, as a result, the temperature of contact line can be measured.
    使用该装置可以对接触网短路热循环实验各个测温点进行循环测量。
  14. This paper discusses the equivalent enthalpy drop method for the analysis of heat cycle using cogeneration sets and explains the use of this method in partial cycle calculations. The power and mass equations for analyzing the co-generation cycle by this method are established in this paper.
    本文讨论了供热机组的等效热降方法及其在局部定量计算中的应用,建立了等效热降计算分析供热机组的功率方程和质量方程。
  15. The different spot and seam welding heat cycle and pressure cycle and its application are introduced in this paper.
    本文介绍点焊和缝焊时各种热循环和压力循环及其适用范围;
  16. The problem of optimizing the parameters of a steam turbine heat cycle may be treated as a non-linear programming problem and solved on an electronic digital computer.
    汽轮机热力系统的最佳参数(最佳加热及分配)问题,在数学上可以归纳为求解多元非线性函数的条件极值。这类问题在电子数字计算机上应用非线性规划方法可以获得成功的解决。
  17. A mathematical model of double slabs in finite size for laser melting workpiece is established by considering the different behavior of heat transfer between coating and prototyping/ backing material, which can be used to simulate the heat cycle calculation of laser melting.
    考虑皮膜与原模(被衬)的不同传热特性,建立了有限尺寸双层板激光熔凝数学模型,模拟计算激光熔凝的热过程;
  18. Using the finite element method, a mathematical model of temperature field for weld-repaired zone of white cast iron is constructed, and temperature field and heat cycle are analyzed.
    应用有限元方法建立了白口铸铁焊接接头焊补温度场的数学模型,对白口铸铁焊补温度场和热循环进行了分析。
  19. The effects of heat treatment and heat cycle on the SMA thin film of Ni 49.12% Ti formed by hollow cathode deposite ( HCD) sputter deposition on glass substrates were studied.
    探讨了热处理和热循环对空心阴极离子镀(HCD)法在玻璃基板上制备的Ni49.12%Ti形状记忆合金薄膜的影响。
  20. The welding heat cycle curve which was near to the practice was available by non-lined quasi analog, parameters of The index of grain growth and activation energy were determined by regression analysis.
    通过焊接热模拟试验,利用回归分析方法确定了晶粒长大指数和激活能等参数,测出不同温度和保温条件下晶粒的大小以及微观组织的分布。
  21. Non-Linear Programming in Optimizing Heat Cycle Calculation
    非线性规划在热力系统最佳参数计算上的应用
  22. Effects of heat treatment and heat cycle on transformation temperature and structure of Ni-49.12% Ti sputter-depositing film
    热处理和热循环对Ni-49.12%Ti溅射膜相变点和组织结构的影响
  23. The results show that the surface properties of the steel including hardness, wear resistance, heat cycle fatigue resistance are improved markedly.
    对熔敷层的组织观察、硬度测试、电子探针分析、磨损及冷热疲劳试验结果表明,材料的表面性能,包括硬度、耐磨性、抗冷热疲劳性能等都得到了很大地提高。
  24. Test analysis of the heat cycle near the welds
    焊接近缝区热循环实验分析
  25. On the other hand, under the condition of solid state bonding, the base metal will be affected little and the cracking was avoided on account of the controlled welding heat cycle and low peak temperature so that the solid state bonding methods possess lots of advantages.
    固态连接方法大多可控制焊接热循环,焊接过程中加热峰值温度相对较低,对母材组织影响小,可避免裂纹等缺陷,因而采用固态连接方法具有优势。
  26. After the welding heat cycle, microstructures of the joints were still martensite and a few austenite. But the content of austenite increased.
    母材显微组织以板条马氏体为主,经焊接热循环后,焊缝组织为马氏体相+少量的奥氏体相,奥氏体相含量有所增加。
  27. Pulse detonation engine, which is PDE for short, has a wide application prospect in flight vehicle propulsion system due to its high efficiency of heat cycle, simple structure, reliability and wide working scope.
    脉冲爆轰发动机(Pulsedetonationengine,简称PDE)由于拥有热循环效率高、结构简单、工作可靠、适用范围广等优点,使得它在飞行器推进系统方面具有广泛的应用前景。
  28. The temperature field analysis results showed that the welding heat cycle curve accorded to the electron beam welding process.
    温度场分析结果显示,焊接热循环曲线符合电子束焊接的特点。