高温热管

  • 网络high temperature heat pipe
高温热管高温热管
  1. 通过CHO物系平衡分析,确定温度在气化过程的重要性,得出高温热管的引入对气化产物组成的影响,为进一步研究奠定基础。

    By analysing the equilibrium of C-H-O , it is cleared that temperature is very important in the gasification progress . The effect of using high temperature heat pipe on the compounds of gasification production has been analyzed as well . It formed the basis for further studies .

  2. 太阳能接收器用高温热管的关键参数

    Key parameters of high temperature heat pipe used in solar power receiver

  3. 高温热管MCT晶体材料生长炉

    The High Temperature Heat Pipe Furnace for MCT Crystal Material Growth

  4. 高温热管声速传热极限的数学分析方法

    Mathematical analysis methods of sonic limit in high temperature heat pipes

  5. 大型高温热管换热器温度场热态模拟实验研究

    Study on thermal Simulation Experiment of Large High-Temperature Heat Pipe Heat Exchanger

  6. 空间粉尘对航天器高温热管撞击效应的研究

    Effect of space dust impact on high temperature thermal pipes for spacecraft

  7. 高温热管技术在喷雾干燥中的应用

    Application of High-Temperature Heat Pipe Technology in Spraying Drying

  8. 高温热管在陀螺刀铸造上的应用分析

    Application of High Temperature Heat Pipe in Cooling the Mould for Gyro Knife

  9. 高温热管翅性能及其强化传热过程的研究

    Study on Characteristics and Enhancement Heat Transfer for High Temperature Heat Pipe Fin

  10. 高温热管翅在功率变化时的起动与运行性能

    Startup and Running of a High Temperature Heat Pipe Fin with the Different Power

  11. 这类现象常发生在碱金属高温热管中。

    This kind of phenomenon always happens to alkali metal high temperature heat pipe .

  12. 高温热管结构材料与工质相容性的分析研究

    Research on the Compatibility of Structural Material and Working Fluid of High Temperature Heat Pipes

  13. 钠钾合金高温热管性能试验研究

    Analysis on the properties of NaK alloy high temperature heat pipe and its experimental study

  14. 倾斜角度变化对高温热管翅工作性能影响

    Influence of the inclination angle on the operational performance of a high-temperature heat pipe fin

  15. 高温热管热风炉在白炭黑工业中的应用

    Application of Hot-air Furnace with the High - temperature Heat Pipe to White Carbon Industry

  16. 高温热管失效原因分析

    Failure Analysis on High Temperature Heat pipe

  17. 异型高温热管翅的实验研究

    Experimental Study of Shaped High-temperature Heat-pipe Fins

  18. 高温热管翅与普通高温热管的工作性能比较

    Comparative Investigation on Characteristics between High Temperature Heat Pipe Fin and Common High Temperature Heat Pipe

  19. 介绍一种新型高效强化传热技术&高温热管翅强化传热技术。

    A kind of high effective technology , which is used extended surface heat transfer , is introduced .

  20. 高温热管内蒸汽从分子流动到连续流动过程分析

    An Analysis of Vapor Flow From the Free Molecular to Continuum Flow in the High Temperature Heat Pipe

  21. 太阳辐射对高温热管接收器传热的影响比吸收率,单位时间内单位质量的物质吸收的电磁辐射能量

    Effect of solar radiation on heat transfer of high temperature heat pipe solar power receiver SAR Specific Absorption Rate

  22. 数值模拟结果直观地表征了高温热管翅强化管内换热的温度场、速度场以及对流换热系数场;

    The contour of the temperature , velocity and surface heat transfer coefficient were straightly characterized by the result of numerical simulation .

  23. 介绍国内第一台高温热管废热锅炉在100kt/a硫铁矿制酸装置中的应用情况。

    Application of the title heat pipe boiler in a 100 ? kt / a pyrite based sulphuric acid plant is described .

  24. 介绍国内第一台硫铁矿制酸高温热管蒸发器的性能特点和设计的主要思路。

    The characteristics and main concerns in design are described of Chinese first high temperature pipe evaporator in sulfuric acid production by pyrites .

  25. 试验结果表明,两根高温热管翅具有相似的起动温度曲线,起动温度均比理论值高出约30℃左右;

    The result shows that the two heat pipe fins had similar start-up temperature curves , the start-up temperature was higher about 30 ℃ than that of theoretical value .

  26. 结果表明该高温热管翅在不同功率下连续工作稳定,无异常现象,没有遇到声速传热极限、携带极限、毛细极限的制约。

    The experimental result shows high-temperature heat pipe fin has the better characteristic and is not restricted by sonic limit , entrainment limit and capillary limit during the operation process .

  27. 其次,作者进行了钾和钠钾合金液态金属高温热管的试验研究,通过试验分析了它们的启动特性、等温性能、稳态工作性能以及传热性能,部分试验结果与理论计算进行了比较。

    Secondly , potassium and sodium-potassium alloy liquid metal HTHPs were experimentally examined to check or clarify their characteristic of start-up , isotherm , steady operation and heat transfer capacity .

  28. 同时,对高温热管相变换热的机理也作了深入的讨论,作者结合钠钾合金工质揭示了液态金属蒸发传热的特点。钠钾合金高温热管的传热极限也得到了深入的分析。

    Moreover , the mechanism of phase change heat transfer of liquid metal for NaK alloy was discussed , as well as the limitations of heat transfer of liquid metal HTHP with NaK alloy were analyzed .

  29. 高温钠热管的快速寿命试验分析

    Accelerated service life testing and analysis of heat pipe for high temperature

  30. 星型内插件高温换热管强化传热研究

    Study on Heat Transfer Augmentation of Circular Tubes with Star-Shaped Inserts in High Temperature