螺纹表面作为常用的强化传热表面，污垢特性有待于深入研究。
The fouling characteristic of spirally corrugated surface often used as a common type of enhanced surface should be investigated in further research.
因为在传热表面两侧对流换热系数相等或接近时传热系数获得较大值。
Because the heat transfer surface on both sides of the convective heat transfer coefficient is equal or close to the heat transfer coefficient for larger values.
对浸泡在强润湿性液体中的光滑传热表面的沸腾起始状态进行了实验及理论研究。
An experimental and theoretical study was conducted to investigate the incipient boiling condition of smooth heat transfer surface immersed in highly wetting liquids in the paper.
这对深化表面涂层强化冷凝传热的机理以及选择传热表面涂层材料具有指导意义。
It is of considerable significance to get more insights into the mechanism of condensation heat transfer enhancement by means of surface coatings.
对各种传热表面的板翅式紧凑热交换器进行了优化设计计算，建立了通用优化程序系统。
The design optimization is accomplished on all kind of plate-fin surfaces of compact heat exchangers and its general optimization program is set up.
强化传热表面在工业换热设备中具有广泛应用，其表面状况对于传热与结垢过程均有重要影响。
Enhanced surface was used in heat transfer equipment widely, and the surface condition has an important influence on the fouling process.
空气环路(102)用于使吹过安装在数据中心机架(110)中的设备的传热表面的环境空气冷却。
The air loop (102) is used to chill ambient air that is blown across heat transfer surfaces of equipment mounted in data center racks (110).
研究了带有同心套管的垂直圆柱形加热表面在环隙中通入空气时的核沸腾传热性能。
Nucleate boiling heat transfer on a vertical cylindrical heated surface with a concentric outer tube was investigated when air was introduced into the boiling liquid.
结果表明，通入空气使沸腾传热系数有所提高，并且加热表面温度有所降低。
It was found from the experimental results that air introduction can significantly enhance the boiling heat transfer and make the temperature of heated surface lower.
本文利用高速摄影仪对具有矩形毛细微槽群结构的加热表面进行喷雾冷却的传热特性进行了可视化实验研究。
In this paper, with high speed camera, the visualization experiments for the heat transfer characteristics of spray cooling on rectangle capillary microgroove groups surface were carried out.
介绍了汽轮机动叶片叶身平均对流换热表面传热系数和叶片流道下壁面对流换热表面传热系数的计算方法和计算公式。
Method and formulae for calculating the mean forced convection heat-transfer coefficient of the blade surface, as well as for the blade passage's bottom wall, are introduced.
并测量了气缸盖鼻梁区和活塞燃烧室表面的瞬态热流，结果表明燃烧室受热表面积炭层的存在对工质与燃烧室各零件间的瞬态传热表现出强的闭塞作用。
The results shoW that the carbon deposit layer on the combustion chamber has strong isolative effect on the transient heat transfer between working medium and the parts of combustion chamber.
在循环流化床内的传热研究方面，大多数研究者从事的是床层与换热表面之间的传热研究，而忽略了床中重要的气固两相间的传热。
In the study of heat transfer in CFB, most researchers focus on the heat transfer between the bed and the wall, few people attach importance to the gas-solid interfacial heat transfer.
在循环流化床内的传热研究方面，大多数研究者从事的是床层与换热表面之间的传热研究，而忽略了床中重要的气固两相间的传热。
In the study of heat transfer in CFB, most researchers focus on the heat transfer between the bed and the wall, few people attach importance to the gas-solid interfacial heat transfer.
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