recovery temperature

英 [rɪˈkʌvəri ˈtemprətʃə(r)] 美 [rɪˈkʌvəri ˈtemprətʃər]

恢复温度

化学



双语例句

  1. Research and Design of Heavy Oil Recovery Dynamic Temperature Compensation Self-Optimizing Control System
    稠油开采动态温度补偿自寻优控制系统研究与设计
  2. Recovery of low temperature heat energy in refinery using organic medium experimental research on the performance of the low temperature exhaust steam reclamation device
    利用有机工质回收炼油企业中的低温热能低温乏汽回收利用装置性能的实验研究
  3. Thermodynamics Analysis of Power Generation System Based on Regenerative Extraction Organic Rankine Cycles RECOVERY OF LOW TEMPERATURE HEAT ENERGY IN REFINERY USING ORGANIC MEDIUM
    抽汽回热式有机工质发电系统的热力特性分析利用有机工质回收炼油企业中的低温热能
  4. And the optimal recovery temperature ( 600oC) is determined by experiments.
    恢复处理温度最佳为600oC。
  5. Cold and hot static tests evidence the feasibility of the ceramic heat exchanger to be used for heat recovery from high temperature flue gas ( above 1273 K).
    通过冷态和热态实验测试,论证了陶瓷热交换器应用于高温烟气(高于1273K)余热回收利用的可行性。
  6. Properties of Fleeing Proof Agent for Heavy Oil Thermal Recovery Under High Temperature
    稠油热采高温防窜剂的性能研究
  7. Methanol chemically intercooling gas turbine cycle with the recovery middle-low temperature heat
    中低温余热与甲醇化学间冷相结合热力循环研究
  8. Heart rate increased gradually with the recovery of body temperature.
    亚低温治疗结束后,随体温的恢复,心率逐渐恢复正常。
  9. The recovery stress of Ni-Ti-Nb alloys with cold-drawing, non-vacuum and vacuum heat treatment were measured in different recovery temperature ranges. The relationship between recovery stress and temperature was analyzed.
    对在冷拔态、非真空热处理、真空热处理3种状态和不同的回复加热温度条件下Ni47Ti44Nb9合金的回复应力进行测定,分析了回复应力与温度的关系。
  10. A new method involved in waste heat recovery of high temperature gas, using waste heat as the heat source of an endothermic reaction so as to transfer physical exergy of the waste heat into chemical exergy of the reaction products, was presented in this paper.
    提出了一种新的高温气体余热回收方法-利用余热作为吸热化学反应的热源,使余热物理转化为反应产物所增加的化学。
  11. Effect of Different Recovery Temperature on Recovery Stress of Ni-Ti-Nb Alloys
    不同回复加热温度对NiTiNb合金回复应力的影响
  12. While it existed in super elastic recovery temperature when being deformed at 24, therefore showed the best PME. the load and unload process below Mf produces large elastic recovery;
    而24℃变形时处于超弹性回复区,其PME最好。在Mf以下施加较大载荷并卸载后有超弹应变;
  13. Through the shape recovery rates for a series of samples with different component content are tested under different conditions, the influences of such factors as recovery temperature, stretch ratio, recovery time, etc. on the shape memory function for the system have been studied.
    在不同条件下,对不同组分含量试样的形状回复率进行测试,研究回复温度、拉伸率、形变固定时间、回复次数等因素对该体系形状记忆性能的影响。
  14. The third problem was distinguishment of inclusion re equilibrium and recovery of primal temperature.
    三是包裹体后生变化(再平衡)的鉴别和原始温度的恢复。
  15. Balancing among the separation efficiency of the light ends plant, product yields and energy consumption, optimization was made for utilization of energy, recovery of low temperature heat and reducing the unit energy consumption.
    对气体分馏装置进行分离精度、产品收率及能耗三者间的权衡优化,以达到综合利用能量、回收低温热、降低装置能耗和提高经济效益的目的。
  16. Application of recovery of low temperature potential energy capacity and ultra-low pressure turbine in oxidation progress are described.
    详述氧化工序低温位能量回收和超低压透平应用。
  17. Martensite obtained by rapid quenching has a slightly lower shape memory effect and a higher recovery temperature.
    急冷淬火获得的马氏体记忆效应略低且恢复温度较高。
  18. The recovery temperature increases with the increasing of tensile strain.
    合金形状记忆效应的回复温度随拉伸应变量的增加而增加;
  19. The influence of recovery temperature and time on the mechanical properties of the low carbon Si& Mn dual-phase rope wire was investigated. The mechanical properties of wires drawn after recovery were also studied.
    研究了回复温度和回复时间以及回复后的再拉拔对低碳Si-Mn双相钢制绳用高强度钢丝综合力学性能的影响。
  20. Critical deformation temperature, maximum deformation, deformation recovery temperature, deformation recovery time of NR/ LDPE materials are investigated in this paper.
    研究了天然橡胶/低密度聚乙烯(NR/LDPE)材料的临界形变温度、最大形变量、形变回复温度、形变回复时间等形状记忆性能。
  21. Rolling recovery and high temperature and high pressure swelling methods was used in the study of inhibitive property.
    抑制性研究采用滚动回收率法和高温高压膨胀法。
  22. Rational evaluation and utilization of absorption refrigeration and power generation by recovery of low temperature waste heat
    利用低温热能正确估价和应用吸收制冷和低温发电
  23. The results showed that the shape recovery temperature of mixed polyurethanes based on the same soft segment with differing molecular weight and hard segment contents, changed linearly as a function of the content of either polyurethane.
    基于相同软段材料但不同分子量和硬段含量所得的聚氨酯混合体,其触发温度的变化与其组分中各单一聚氨酯的含量呈现线性变化关系。
  24. From laminar cooling end to batching, rolled piece is in the air cooling condition, surfaced temperature has great recovery because of temperature difference and thermal conductivity, and temperature difference between surface and center of rolled piece becomes gentle.
    从层流冷却结束至卷取,轧件处于空冷状态,由于温差的存在和导热作用,轧件表面温度有较大的回升,中心和表面的温差逐渐趋于均匀。
  25. The deformation strain, deformation and recovery temperature had effects on the shape memory properties.
    变形量、变形温度、回复温度对形状记忆特性的影响。
  26. In the present dissertation, the humidity properties of sensors include sensitivity, humidity hysteresis, response and recovery, temperature properties, and so on.
    所研究的湿度传感器的性能包括:灵敏度、湿滞、响应-恢复、温度特性等。