Methods for the manufacture of a cooling system of the furnace, and cooling system of the furnace.

• 1. 用于电弧炉的双组件炉盖的冷却系统 [P] . 中国专利： CN1103043C . 2003.03.12
• 2. 一种多晶硅还原炉停炉冷却方法及多晶硅还原炉冷却系统 [P] . 中国专利： CN107720757B . 2018.07.03
• 3. The method I used was to cool a metallurgical furnace, in which a refrigerant containing ionospheric liquid was transported through refrigerant components; the cooling circuit system of the metallurgical furnace; and the use of ionospheric liquid to cool the metallurgical furnace. [P] . CL2011002957A1 . 2012-06-08

  机译： 我使用的方法是冷却冶金炉，在其中将含有电离层液体的制冷剂输送通过制冷剂成分。冶金炉的冷却回路系统;以及使用电离层液体来冷却冶金炉。

• 4. Cooling method and cooling system of the heating furnace. [P] . 日本专利： JP5736657B2 . 2015-06-17

  机译： 加热炉的冷却方法和冷却系统。

• 5. COOLING SYSTEM FOR MELTING FURNACE, MELTING FURNACE EQUIPPED WITH THIS COOLING SYSTEM AND METHOD FOR COOLING MELTING FURNACE [P] . 日本专利： JP2004045024A . 2004-02-12

  机译： 熔炉的冷却系统，装有该冷却系统的熔炉和冷却熔炉的方法

• 1. Water, Air Emissions, and Cost Impacts of Air-Cooled Microturbines for Combined Cooling, Heating, and Power Systems: A Case Study in the Atlanta Region [J] . Jean-Ann James, Valerie M.Thomas, Arka Pandit, 工程（英文） . 2016,第004期
• 2. New Type Regulating Valve Applied in Cooling System of Blast Furnace [J] . HE Sheng-ping, ZOU De-yu, XU Gang, 钢铁研究学报（英文版） . 2004,第002期
• 3. Experience in using large cooled modules in blast furnace. [J] . Pliskanovskii S.T., Tsaritsyn E.A. Steel in Translation . 1997,第2期
• 4. Evaluation Methods For Corrosion Damage Of Componentsin Cooling Systems Of Nuclear Power Plantsrnby Coupling Analysis Of Corrosion And Flow Dynamics (ii):rnevaluation Of Corrosive Conditions In Pwr Secondary Cooling System [J] . Shunsuke UCHIDA, Masanori NAITOH, Yasushi UEHARA, Journal of nuclear science and technology . 2008,第12期
• 5. Composite Furnace Module Cooling Systems (CFM) in the Electric Slag Cleaning Furnace at Olympic Dam [J] . Andrew K. Kyllo, Neil B. Gray, Dennis H. Montgomerie Erzmetall . 2006,第1期
• 6. Furnace Cooling, Methods and Diagnostic Techniques: Case Studies of FL-5305, FLC-4805 and FLC-4608 at Varying Densities Comparing Vari/Versa Type Cooling and Hyper-Cooling Systems with Findings [C] . Jose M. Medina International Conference on Powder Metallurgy Particulate Materials . 2013
• 7. Life Cycle Assessment of Residential Heating and Cooling Systems in Minnesota A comprehensive analysis on life cycle greenhouse gas (GHG) emissions and cost-effectiveness of ground source heat pump (GSHP) systems compared to the conventional gas furnace and air conditioner system. [D] . Li, Mo. 2013
• 8. Per-Cooling (Using Cooling Systems during Physical Exercise) Enhances Physical and Cognitive Performances in Hot Environments. A Narrative Review [O] . Wafa Douzi, Olivier Dupuy, Dimitri Theurot, 2020
• 9. Spray-cooled-roof systems for electric arc furnace. [O] . Koh-ichiroh Kintoh, Tetsuo Okamoto, Nobuyuki Kamei 1990
• 10. Air-cooled CWS warm air furnace. Final report [R] . Litka, A. F. , Becker, F. E. 1995

• 1. A Fast Charging–Cooling Coupled Scheduling Method for a Liquid Cooling-Based Thermal Management System for Lithium-Ion Batteries [J] . Siqi Chen ,Nengsheng Bao ,Akhil Garg . 工程(英文) . 2021,第8期
• 2. Experimental Investigation of the Cooling Capacity of Gaseous Carbon Dioxide in Free Jet Expansion for Use in Portable Air-Cooling Systems [J] . Chady Al Sayed ,Ludwig Vinches ,Stéphane Hallé . 应用科学（英文） . 2018,第2期
• 3. Water, Air Emissions, and Cost Impacts of Air-Cooled Microturbines for Combined Cooling, Heating, and Power Systems： A Case Study in the Atlanta Region [J] . Jean-Ann James12 ,Valerie M. Thomas34 ,Arka Pandit12 . 中国工程科学 . 2016,第004期
• 4. 转炉自产汽用于真空精炼炉技术——汽化冷却系统如何改造 [C] . 史文锦 . 第三届北京冶金年会 . 2002
• 5. 步进梁式加热炉汽化冷却系统的热交换研究 [A] . 罗定 . 2015