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1)  porous surface
多孔表面
1.
Pool boiling heat transfer experiment on an optimizing porous surfaces with vapor channels;
多孔表面新型复杂结构优化沸腾传热的实验研究
2.
The manufacturing methods of porous surface that is used in the field of enhanced boiling heat transfer was mainly introduced.
主要对用于强化沸腾传热的多孔表面的制造方法进行了介绍,对各种多孔表面强化沸腾传热的特性进行了比较和分析。
3.
Through analysing the geometrical structure of chemically eroded porous surface and itsboiling mechanism at low heat flux, the piston-evaporation physical model for gas stored cav-ity has been proposed.Furthermore,model about chemically eroded porous surface startingto activate has been derived from physical model and temperature profile in turbulent bound-ary layer.
通过分析化学腐蚀多孔表面的几何结构、低热负荷下的沸腾机理以及积存气体对凹穴活化的影响,提出了储气凹穴活塞式蒸发物理模型,建立了多孔表面的活化机理模型。
2)  porous surfaces
多孔表面
1.
Evaporation heat transfer inside the micro-structure of porous surfaces;
多孔表面微细结构内的蒸发换热
2.
Researches on boiling heat transfer enhancement on porous surfaces are reviewed.
本文综述了多孔表面用于强化沸腾传热的研究工作。
3)  Surface Porous Tube
表面多孔管
1.
Mechanism for Enhancing Heat Transfer of Surface Porous Tube;
表面多孔管强化传热机理
4)  porous coated surface
多孔表面管
1.
In the present study the experiments on enhanced flow boiling heat transfer in a vertical tube with porous coated surface were carried out with high saturation temperature organic fluid (cumene).
建立了带有气液分离器的高沸点有机工质流动沸腾换热实验台 ,对垂直上升多孔表面管内高沸点有机工质异丙苯的强化流动沸腾换热与阻力特性进行了实验研究 ,获得了传热系数与压降随干度的变化情况 ,并与光管内的实验结果进行了比较 。
5)  the surface porous metal plate
表面多孔板
1.
The absorptivity of flat metal plate is determined by coat absorptivity and that of the surface porous metal plate is by not only the coat absorptivity but also the porous ratio and the dimension of the hole.
光滑金属板的作为吸热板芯时 ,其吸收率取决于涂层的吸收率 ,而用表面多孔板作为吸热板芯时 ,其吸收率则取决于板孔隙率和孔尺寸与涂层的吸收率 。
6)  surface porosity
表面多孔性
补充资料:表面多孔型填充剂(superficially porous packing)
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CAS号:

性质:又称表面多孔型填充剂(superficially porous packing)。一种现代液相色谱填料。在惰性核表面有一均匀多孔薄层。以直径30μm左右的球形玻璃实心核为基体,将纳米级粒度的硅胶(或氧化铝)细粉黏结在表面上,经高温烧结,形成很薄(1~2μm)的多孔薄层。经化学键合反应后也可制成化学键合填料。这种填料渗透性好、性质速率高。

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