摘要
电站是最大的水用户之一,并且对水的日益增长的需要已促使世界各国研究开发新技术提供独立于水源的蒸汽透平冷却系统。本文综述了现有电厂的各种排汽冷却方式,重点介绍了典型空冷电站的各种干空冷系统及其发展观状。
出处
《发电设备》
1992年第1期5-8,共4页
Power Equipment
同被引文献14
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10KROEGER D G.Performance characteristics of industrial finned tubes presented in dimensional form[J].Int J Heat Mass Transfer,1986,29(8):1 119-1 125.
引证文献5
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1Liu BaoxingFaculty of Power Engineering, Shanghai University of Science and Technology,Shanhai 200093, China.THERMAL DESIGN FOR HARMON DRY-COOLING SYSTEM IN LARGE POWER STATION[J].Chinese Journal of Mechanical Engineering,2002,15(3):271-274.
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2刘宝兴,王福禄.火电站直接空冷系统及其空冷器的热力计算[J].上海机械学院学报,1993,15(1):71-74. 被引量：3
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3王泽军,刘宝兴.大型电站哈蒙式空冷系统的热力计算[J].上海理工大学学报,2006,28(5):503-506. 被引量：1
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4刘宝兴.电站间接干冷系统性能计算[J].动力工程,2000,20(1):571-575. 被引量：1
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5刘宝兴.火电站哈蒙系统空冷器的热力计算[J].上海机械学院学报,1992,14(3):20-22. 被引量：3
二级引证文献5
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1Liu BaoxingFaculty of Power Engineering, Shanghai University of Science and Technology,Shanhai 200093, China.THERMAL DESIGN FOR HARMON DRY-COOLING SYSTEM IN LARGE POWER STATION[J].Chinese Journal of Mechanical Engineering,2002,15(3):271-274.
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2王泽军,刘宝兴.大型电站哈蒙式空冷系统的热力计算[J].上海理工大学学报,2006,28(5):503-506. 被引量：1
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3蔡国保,高奎.左权电厂辅机冷却水干冷塔系统控制[J].物联网技术,2012,2(7):62-65.
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4刘宝兴.电站间接干冷系统性能计算[J].动力工程,2000,20(1):571-575. 被引量：1
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5金琦凡,王宏光.湿式冷却塔进风口加装导风板的优化设计[J].能源研究与信息,2021,37(4):214-221. 被引量：1
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1傅松,王福禄.当前空冷电站存在的问题及国外的先进经验[J].电力情报,1995(4):8-10. 被引量：5
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2卢洪发.南非空冷电站的现状及发展前景[J].电站辅机,1993(4):40-46.
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3汤蕴琳.南非大型空冷电站[J].电力建设,1990,11(12):61-67. 被引量：2
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4傅松,于淑梅,王立新.空冷电站冬季防冻措施[J].东北电力技术,1998,19(8):39-42. 被引量：5
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5邓红周,谢鑫.空冷电站设计中若干问题的探讨[J].新疆电力技术,2008(3):46-46.
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6高树威.空冷电站的新发展[J].中国电业,1991(12):38-39.
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7牛春喜,王振鹏.伊朗空冷电站空冷岛监控系统的特点[J].电站系统工程,2000,16(6):379-381.
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8国产首座60万kW空冷电站全部建成投产发电[J].广西电力建设科技信息,2007(4):22-23.
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9国产首座60万kW空冷电站投产发电[J].电力设备,2008,9(1):15-15.
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10傅松,王福禄,刘宝兴.空冷电站哈蒙系统的热力计算[J].山西电力技术,1996,16(4):26-28.
