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新型汽轮机抽真空强迫冷却系统方案探讨 被引量:2
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作者 朱志坚 史宣平 刘金芳 《东方汽轮机》 2016年第4期12-17,共6页
文章对新型汽轮机抽真空强迫冷却系统方案进行探讨,通过对原有抽真空系统进行进气口改进、部件隔离,保证后期冷却效果;通过配置优化,提高冷却系统的可靠性,解决系统对机组运行安全性和经济性不利影响,降低系统投资成本。
关键词 强迫冷却 蒸汽冷却 压缩空气冷却 抽真空冷却 双流分段冷却
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300MW无强冷装置汽轮机快速冷却技术工程应用
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作者 张洪胜 王亨海 《湖州师范学院学报》 2014年第S1期14-17,共4页
利用抽真空通气冷却法,不借助辅助冷却装置,极大提高汽轮机冷却速度,缩短大修工期3天.该快速冷却技术的应用经济效益非常可观.
关键词 汽轮机 快速冷却 真空通气冷却
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Schemes for Producing 1.8 He Ⅱ and the Prediction of the Pumping Speed for the Method of Vacuum-Pumping
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作者 陈煜 郑青榕 +2 位作者 鲁雪生 顾安忠 林文胜 《Journal of Shanghai Jiaotong university(Science)》 EI 2007年第1期106-110,共5页
Cryogenic ground supporting equipment (CGSE) developed for international cooperation scientific experimental item AMS-02 is the ground supporting and cooling system, which will complete the cooling process of the supe... Cryogenic ground supporting equipment (CGSE) developed for international cooperation scientific experimental item AMS-02 is the ground supporting and cooling system, which will complete the cooling process of the superconductor of AMS-02 from ambient temperature to 1.8 K. Obtaining 1.8 K He Ⅱ by vacuum-pumping is discussed in detail and compared with the other three schemes. The results show that the scheme of vacuum-pumping not only could meet the requirement of the project much better but also has higher reliability compared with other schemes. To select the vacuum pump, the energy conservation model is presented according to the experimental system of CGSE. Therefore, the pumping speed is also determined. 展开更多
关键词 He throttling PRE-COOLING vacuum-pumping pumping speed
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