Use of Twisted Air Flows to Increase the Thermal Efficiency of a Chimney-Type Evaporative Cooling Towers of Steam and Atomic Power Plants

A. V. VLASOV; V. F. DAVIDENKO; G. V. DASHKOV; A. D. SOLODUKHIN; N. N. STOLOVICH; V. D. TYUTYUMA

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Use of Twisted Air Flows to Increase the Thermal Efficiency of a Chimney-Type Evaporative Cooling Towers of Steam and Atomic Power Plants

机译：使用扭曲气流提高蒸汽和原子能发电厂的烟囱式蒸发冷却塔的热效率

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The results of long-term investigations of carried out at the Heat and Mass Transfer Institute of the National Academy of Sciences of Belarus and practical developments with the use of twisted air flows to increase the thermal efficiency of evaporative cooling towers are discussed in the paper.

机译：本文讨论了在白俄罗斯国家科学院传热与传质研究所进行的长期研究的结果，以及利用扭曲气流提高蒸发冷却塔的热效率的实际发展。

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《Heat Transfer Research》 |2006年第6期|共6页
作者
A. V. VLASOV; V. F. DAVIDENKO; G. V. DASHKOV; A. D. SOLODUKHIN; N. N. STOLOVICH; V. D. TYUTYUMA;
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正文语种 eng
中图分类热力工程理论;
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入库时间 2022-08-18 21:04:41

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1. Use of Twisted Air Flows to Increase the Thermal Efficiency of a Chimney-Type Evaporative Cooling Towers of Steam and Atomic Power Plants [J] . A. V. VLASOV, V. F. DAVIDENKO, G. V. DASHKOV, Heat Transfer Research . 2006,第6期

机译：使用扭曲气流提高蒸汽和原子能发电厂的烟囱式蒸发冷却塔的热效率
2. Analysis of the effect of water steam concentration on water drop cooling process efficiency in conditions of water cooling towers of thermal power plants [J] . Sergei Shevelev MATEC Web of Conferences . 2018,第3期

机译：火电厂水冷塔条件下水蒸气浓度对水滴冷却过程效率的影响分析
3. Influence of thermal flow field of cooling tower on recirculation ratio of a direct air-cooled system for a power plant [J] . Zhao Wanli, Liu Peiqing 工程科学（英文版） . 2008,第004期

机译：冷却塔热流场对发电厂直接空冷系统再循环率的影响
4. INVESTIGATION OF THE VELOCITY FIELD OF AIR FLOWS OF EVAPORATIVE COOLING TOWERS OF THERMAL POWER STATIONS BY THE METHOD OF OPTICAL VISUALIZATION [C] . G. V. DASHKOV, A. D. SOLODUKHIN, V. D. TUTUMA International Symposium on Flow Visualization . 2012

机译：光学可视化方法对热电站蒸发冷却塔的空气流量速度研究
5. Working fluid selection for an increased efficiency hybridized geothermal-solar thermal power plant in Newcastle, Utah. [D] . Carnell, John Walter. 2012

机译：在犹他州纽卡斯尔，为提高效率的混合式地热太阳能热电厂选择工作流体。
6. Making Record-efficiency SnS Solar Cells by Thermal Evaporation and Atomic Layer Deposition [O] . Rafael Jaramillo, Vera Steinmann, Chuanxi Yang, 2015

机译：通过热蒸发和原子层沉积制备记录效率高的SnS太阳能电池
7. Analysis of the effect of water steam concentration on water drop cooling process efficiency in conditions of water cooling towers of thermal power plants [O] . Sergei Shevelev 2018

机译：水蒸气浓度对热电厂水冷塔条件水滴冷却工艺效率的影响
8. Combined Thermal Storage Pond and Dry Cooling Tower Waste Heat Rejection System for Solar-Thermal Steam-Electric Power Plants. Final Report [R] . Guyer, E. C., Bourne, J. G., Brownell, D. L., 1979

机译：太阳能热电厂联合储热池和干冷塔废热排斥系统。最终报告

Use of Twisted Air Flows to Increase the Thermal Efficiency of a Chimney-Type Evaporative Cooling Towers of Steam and Atomic Power Plants

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