USE OF ADSORPTION OR ABSORPTION TECHNOLOGIES FOR THERMAL-ELECTRIC POWER PLANT COOLING

• 1. 废砖制备染料吸附剂的方法以及该吸附剂吸附污染水体中染料污染物的应用 [P] . 中国专利： CN109317090A . 2019-02-12
• 2. 壳聚糖改性磁性碳核壳吸附剂及其制备方法和在吸附水体中络合态三价铬中的应用 [P] . 中国专利： CN110523392A . 2019-12-03
• 3. USE OF ADSORPTION OR ABSORPTION TECHNOLOGIES FOR THERMAL-ELECTRIC POWER PLANT COOLING [P] . 美国专利： US2013118192A1 . 2013-05-16

  机译： 吸附或吸附技术在热电厂冷却中的应用

• 4. USE OF ADSORPTION OR ABSORPTION TECHNOLOGIES FOR THERMAL-ELECTRIC POWER PLANT COOLING [P] . 世界知识产权组织专利： WO2012151502A2 . 2012-11-08

  机译： 吸附或吸附技术在热电厂冷却中的应用

• 5. A method of filling with simultaneous packing superficial storage yards with waste materials from power plants, thermal-electric power stations and heating plants [P] . 欧洲知识产权局专利： EP0060902B1 . 1987-06-24

  机译： 一种用发电厂，火力发电厂和供热厂的废料同时填充表层堆场的方法

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• 2. 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
• 3. Efficiency Improvement of Neka Gas and Steam Power Plant Units with a Joint Project Involving Thermoelectric and Absorption Cooling Technology [J] . Mokhtar Shabani, Foad Rakhshan, Masoud Dorfeshan, Journal of Applied Sciences . 2012,第19期
• 4. Study of a New Solar‑Powered Combined Absorption–Adsorption Cooling System (ABADS) [J] . K. Harby, K. M. Almohammadi Arabian Journal for Science and Engineering . 2021,第3期
• 5. Thermodynamic investigation of parameters affecting the execution of steam injected cooled gas turbine based combined cycle power plant with vapor absorption inlet air cooling [J] . Shukla Anoop Kumar, Singh Onkar Applied thermal engineering: Design, processes, equipment, economics . 2017,第期
• 6. HYBRID COOLING FOR THERMAL-ELECTRIC POWER GENERATION [C] . John S. Maulbetsch ASME heat transfer conference . 2014
• 7. Simulation of Solar Powered Absorption Cooling System for Buildings in Pakistan [D] . Asim, Muhammad. 2016
• 8. Distribution of radiocarbon in sediments of the cooling pond of RBMK type Ignalina Nuclear Power Plant in Lithuania [O] . Rūta Barisevičiūtė, Evaldas Maceika, Žilvinas Ežerinskis, 2020
• 9. Efficiency Improvement of Neka Gas and Steam Power Plant Units with a Joint Project Involving Thermoelectric and Absorption Cooling Technology [O] . Mokhtar Shabani, Foad Rakhshan, Masoud Dorfeshan, 2012
• 10. USE OF THE CHESAPEAKE BAY FOR COOLING THERMAL-ELECTRIC POWER PLANTS PartⅠ and PartⅡ [R] . 1972

• 1. Application Research of Intake-Air Cooling Technologies in Gas-Steam Combined Cycle Power Plants in China [J] . Tao Zhang ,Zhitan Liu ,Hongliang Hao . 电力能源（英文） . 2014,第4期
• 2. Improving the Performance of Photovoltaic Power Plants with Determinative Module for the Cooling System [J] . Vinícius O. da Silva ,Miguel E. M. Udaeta ,André L. V. Gimenes . 能源与动力工程（英文） . 2017,第5期
• 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 . 中国工程科学 . 2008,第004期
• 4. 大孔吸附树脂吸附分离技术及其在中药有效部位分离纯化中的应用 [C] . 张全香 . 2009年传统医药国际科技大会 . 2009
• 5. 电吸附技术在浓盐水处理中的吸附机理与应用探究 [A] . 庞昊 . 2020