this paper describes experimental study of spiral fluted tube organic condensers to enhance heart transfer for geothermal power generation.
本文介绍采用螺纹管强化地热发电用有机物质冷凝器传热的实验研究。
experimental study on the influence of the flute depth of spirally fluted tube on heat transfer and flow resistance performance of the water cooler for turbo-generator stator was carried out.
螺旋槽管槽深对水冷器传热系数的影响很大,应在实际工程设计中确保实际槽深符合设计要求;
therefore, using steel spirally fluted tube replacing copper plain tube in hp preheater can be adopted for the boiler feedwater system without copper.
因此,可以采用钢质螺旋槽管替代低压加热器中的铜光滑管,实现锅炉给水系统无铜化运行的要求。
therefore, the copper plain tube in hp heaters can be replaced with the steel spirally fluted tube for the requisition of having no copper in boiler feed water system.
因此,可以采用钢质螺旋槽管替代高压加热器中的铜光滑管,实现锅炉给水系统无铜化运行的要求。
results show that the spiral fluted tube condensers have higher heat transfer performance for binary cycle geothermal power station.
试验结果表明,螺纹管冷凝器对双流体循环地热电站具有较高的传热性能。
the results show that comprehensive performance of 「w」 type spirally fluted tube is better than that of smooth tube.
单头「w」形螺旋槽管是在螺旋槽管的基础上开发出的一种新型强化管。