Combustion furnace together with exchange between the hot exhaust gases of the furnace and an this the gasstroemung

• 1. 用于退火气体之间的炉内热交换的封闭的运送流体系统 [P] . 中国专利： CN104114968B . 2016.11.16
• 2. 用于退火气体之间的炉内热交换的封闭的运送流体系统 [P] . 中国专利： CN104114968A . 2014-10-22
• 3. Chimney catalyzer for e.g. heating furnace, has heat exchanger for removal of pollutants developed during combustion of liquid and fossil fuels, and for reducing temperature by transferring exhaust gases to water [P] . 德国专利： DE102008015769A1 . 2009-10-01

  机译： 烟囱催化剂加热炉，带有热交换器，用于去除液体和化石燃料燃烧过程中产生的污染物，并通过将废气转移到水中来降低温度

• 4. Re-heat furnace e.g. for steel billets - heat exchanger units pre-heat combustion gases and lower exhaust gas temperature [P] . 德国专利： DE2525928A1 . 1976-12-23

  机译： 再加热炉例如用于钢坯-热交换器单元可预热燃烧气体并降低废气温度

• 5. heat exchanger, the heat of exhaust gases to recuperant prechauffer combustion air to burners of furnaces [P] . BE744488A . 1970-07-15

  机译： 换热器，废气的热量将热量转化为热量，再输送到熔炉的燃烧器

• 1. A numerical study of accelerated moderate or intense low-oxygen dilution (MILD) combustion stability for methane in a lab-scale furnace by off-stoichiometric combustion technology [J] . Mengqian Xie, Fangqin Dai, Yaojie Tu 中国化学工程学报（英文版） . 2021,第004期
• 2. Numerical Study of Air Nozzles on Mild Combustion for Application to Forward Flow Furnace [J] . Liu Bo, Wang Yuanhua, Xu Hong 中国炼油与石油化工（英文版） . 2016,第001期
• 3. Mechanism of La2O3 as combustion improver in blast furnace coal injection [J] . Yanqin Sun, Bing Hu, Qing L(u), 国际煤炭科学技术学报（英文） . 2016,第001期
• 4. Simulating the Effect of Post Combustion and Post Combustion Gases in the Electric Arc Furnace [C] . L. N. Eastep, R. J. Fruehan 58th Electric Furnace Conference and 17th Process Technology Conference, Nov 12-15, 2000, Orlando, Florida . 2000
• 5. The effects of post combustion and post combustion gases in the electric arc furnace. [D] . Eastep, Lisa Nicole. 2000
• 6. Combustion Using Oxygen-Lancing in a Reheating Furnace [O] . CheolWoo Lee, In Su Kim, Jung Goo Hong, 2021
• 7. Influence of the gray gases number in the weighted sum of gray gases model on the radiative heat exchange calculation inside pulverized coal-fired furnaces [O] . Crnomarković Nenad Đ., Belošević Srđan V., Tomanović Ivan D., 2016
• 8. Enhanced Energy Recovery from the Exhaust Gases of Basic Oxygen Furnaces Through Operation at Pressure [R] . Shenoy, N. S. , Wilson, D. G. 1985

• 1. STUDY ON LOCATION OF HOT SPOT AT TUBE WALL FOR FIRED CYLINDRICAL FURNACE COMBUSTION [J] . Wang Taiyong ,Lu Shizhong ,Xü Zhixue . 中国机械工程学报 . 2004,第002期
• 2. Designing for Long Campaign Life Blast Furnace (1)──The Mathematical Model of Temperature Field for Blast Furnace Lining and Cooling Apparatus and New Concept of Long Campaignship Blast Furnace Cooler Design [J] . Susen Cheng ,Qingguo Xue ,Weiguo Yang . 矿物冶金与材料学报：英文版 . 1999,第3期
• 3. "中氮"的同时不用引风机、不用合成废气的新一代蓄热型吹风气燃烧炉(室)技术 [C] . 叶中一 . 第22届全国氮肥厂合成氨技术经验交流年会 . 2004
• 4. 氧分解炉鹅颈管及废气管道内气体流动规律试验与数值模拟研究 [A] . 张冠卿 . 2006