真空相变

  • 网络vacuum phase
真空相变真空相变
  1. 真空相变换热器的试验研究

    TESTING An experimental study of vacuum phase change heatexchanger

  2. 真空相变供热系统的实验研究

    Experimental study on vacuum phase change heating system

  3. ZK系列真空相变锅炉的研制开发

    The Research and Development of ZK Series Vacuum Phase-change Boiler

  4. 复合工质真空相变元件的传热特性

    Heat transfer characteristics of vacuum phase-change component with complex working medium

  5. 燃气壁挂炉的好伴侣&真空相变散热器

    Good companion of the gas-burning hanging stove-The vacuum is turned into the radiator

  6. 分离型真空相变液-液换热的研究及其工业应用

    Liquid-liquid heat exchanger with separation type vacuum phase transition

  7. 真空相变换热供暖系统很好的解决了这一问题,满足了高原现有状况下的采暖需求。

    Vacuum phase change thermal heating system is good solution of this problem .

  8. Z30/SC型真空相变热水锅炉的开发研制

    Research and Development on the Z30 / SC Vacuum Phase-change Hot Water Boiler

  9. 真空相变与类星体的能源机制

    Vacuum Phase-Transition and the Energy Mechanism of Quasars

  10. 真空相变锅炉低排烟温度设计与低温腐蚀

    Discussion on the Conformable Super-low Exhaust Gas Temperature and the Low Temperature Corrosion Problem of the Phase Change Vacuum Boiler

  11. 真空相变锅炉是否会明显发生烟气低温腐蚀,一直众说不一。

    It is uncertain all along that if the phase change vacuum boiler can be corroded obviously under super low temperature .

  12. 无电自控天然气真空相变炉在川东气田的应用GB/T2900.34-1983电工名词术语电气传动及其自动控制

    Applications of electroless auto-control vacuum phase-changeable heater at East Sichuan gas field Electrotechnical terminology & Electric drive and its automatic control

  13. 采用水的相变换热原理研制出的真空相变加热炉,可很好地解决传统加热炉存在的问题。

    A heat oven of vaccum phase transformation can better solve above-mentioned problems which is developed on the basis of the principle of heat of water phase transformation .

  14. 单个局部内热源和外部加热同时作用时封闭空腔内的自然对流换热内热式真空相变散热器传热研究

    NATURAL CONVECTION HEAT TRANSFER IN AN EXTERNALLY HEATED ENCLOSURE WITH A LOCAL INTERNAL HEAT SOURCE Study on Heat Transfer Characteristics of Closed Two-phase Thermal Syphon With Internal Heat Source

  15. 结果表明,真空相变供热系统热效率比传统供热装置高20%,运行费用节省50%,启动快,等温性好,各项性能指标均优于传统供热系统。

    The results show that each target is superior to traditional heating system : the heat efficiency is higher by 20 % , the operating cost is lower by 50 % , the system starts quicker , the isothermal characteristic is better .

  16. 真空式相变传热热水器工作原理及实用热力计算

    Operating Principle of Vacuum Phage Transition Heat Transfer Water Heater and the Heat Calculation Method