首页> 外文OA文献 >Figure 3 from: Abed AH, Shcheklein SE, Pakhaluev VM (2019) Heat transfer intensification in emergency cooling heat exchanger and dry cooling towers on nuclear power plant using air-water mist flow. Nuclear Energy and Technology 5(4): 281-287. https://doi.org/10.3897/nucet.5.47972

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Figure 3 from: Abed AH, Shcheklein SE, Pakhaluev VM (2019) Heat transfer intensification in emergency cooling heat exchanger and dry cooling towers on nuclear power plant using air-water mist flow. Nuclear Energy and Technology 5(4): 281-287. https://doi.org/10.3897/nucet.5.47972

机译：图3来自：Abed Ah，Shcheklein SE，Pakhaluev VM（2019）使用空气雾气流动应急冷却热交换器和干燥冷却塔的热传递强化。核能和技术5（4）：281-287。 https://doi.org/10.3897/nucet.5.47972

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Akram H. Abed; Sergey E. Shcheklein; Valery M. Pakhaluev;
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1. EMERGENCY COOLING OF NUCLEAR POWER PLANT REACTORS WITH HEAT REMOVAL BY A FORCED-DRAFT COOLING TOWER [J] . V. P. Muravev Power Technology and Engineering . 2016,第2期

机译：强制拖动冷却塔对核电厂反应器的急冷降温冷却
2. Design Research of the Operation Stability in the Regime with Steam Condensation of the Emergency Cooling Heat Exchanger of a Nuclear Power Station Equipped with the V-392 Reactor Installation [J] . V. I. Budnikov, O. G. Savikhin, A. S. Chistov, Thermal engineering . 2007,第5期

机译：装有V-392反应堆装置的核电站应急冷却换热器在带有蒸汽凝结状态下的运行稳定性设计研究
3. Failure analysis on leaked titanium tubes of seawater heat exchangers in recirculating cooling water system of coastal nuclear power plant [J] . Gong Yi, Ma Fu-Qiu, Xue Yun, Engineering failure analysis . 2019,第期

机译：沿海核电站再循环冷却水系统泄漏钛管的失效分析
4. RESEARCH AND DEVELOPMENT OF COMPACT HEAT EXCHANGERS OF GAS TURBINE POWER CONVERSION UNIT FOR NUCLEAR POWER PLANT WITH HIGH TEMPERATURE GAS-COOLED REACTOR [C] . V.F. Golovko, I.V. Dmitrieva, N.G. Kodochigov ASME international heat transfer conference;IHTC14 . 2011

机译：高温气冷堆核电站燃气轮机换热器紧凑换热器的研究与开发
5. Figure 5 from: Abed AH, Shcheklein SE, Pakhaluev VM (2019) Heat transfer intensification in emergency cooling heat exchanger and dry cooling towers on nuclear power plant using air-water mist flow. Nuclear Energy and Technology 5(4): 281-287. https://doi.org/10.3897/nucet.5.47972 [O] . Akram H. Abed, Sergey E. Shcheklein, Valery M. Pakhaluev 2019

机译：图5来自：Abed Ah，Shcheklein Se，Pakhaluev VM（2019）使用空气 - 水雾流动核电厂的紧急冷却热交换器和干冷塔的热传递强化。核能和技术5（4）：281-287。 https://doi.org/10.3897/nucet.5.47972
6. The Minimization of Air Heat-Exchange Surface Areas of Dry Cooling Towers for Large Power Plants [R] . Moore, F. K. 1973

机译：大型电厂干冷塔空气换热表面积的最小化

Figure 3 from: Abed AH, Shcheklein SE, Pakhaluev VM (2019) Heat transfer intensification in emergency cooling heat exchanger and dry cooling towers on nuclear power plant using air-water mist flow. Nuclear Energy and Technology 5(4): 281-287. https://doi.org/10.3897/nucet.5.47972

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