160
Z. Tang et al.
11. Chu MS, Yang XF, Shen FM et al (2006) Numerical simulation of innovative operation of blast
furnace based on multi-fluid model. J Iron Steel Res Int 13:8–15
12. Nogami H, Kashiwaya Y, Yamada D (2012) Simulation of blast furnace operation with intensive
hydrogen injection. ISIJ Int. 52:1523–1527
13. Wang SL, (4th) (eds) (2013) Physical chemistry. Metallurgical Industry Press, Beijing (in
Chinese)
14. Yang WW, Yang J (2014) Gibbs free energy minimization and TG-DTA analysis for thermal
decomposition of zinc sulfate heptahydrate. Inorg Chem Ind 46:31–33 (in Chinese)
15. Cao Y (2014) Teaching of the principle of minimum free energy in inorganic chemistry.
Guangdong Chem Ind 41:235–236 (in Chinese)
16. Yu MC, Chen SL, Cai L (2019) Operation practice of pressure differential control of 2500 m 3
cucubed blast furnace. Gansu Metallurgy 41(26–28):40 (in Chinese)
17. Wang HS, Han CB (2015) Practice of stabilizing static pressure of 1780 m 3 blast furnace.
Shandong Industrial Technology 7–7 (in Chinese)
18. Li HW (2016) Practice of reducing pressure drop for No.1 BF in Shougang Jingtang Iron and
Steel Co. Ltd, Iron and Steel 51:15–21 (in Chinese)
19. Xiong SG (2009) Discussions on the operation of superhigh top pressure on large BF. Sichuan
Metallurgy 31:11–13 (in Chinese)
20. Duan GJ, Zhao ZL (2017) Discussion of blast furnace oxygen-enriched coal injection. Hebei
Metallurgy 000:8–12 (in Chinese)
21. Hou J, Shao JG, Guo XS (2017) Influence of oxygen enrichment in blast furnace on gas
utilization ratio. Paper presented at the Proceedings of the 5th Ironmaking Benchmarking,
Energy Saving and Cost Reduction and New Technology Symposium, Yangzhou, Jiangsu,
China, 17–18 Aug 2017 (in Chinese)
22. Zhao L, Tao HX (2011) Technical summary of online analysis system for Blast Furnace top gas.
Paper presented at the National Metallurgical Automation Information Network 2011 Annual
Meeting, Hefei, Anhui, China, 25–27 May 2011 (in Chinese)
23. Huang XH (2013) Principles of iron and steel metallurgy (4th Ed). Metallurgical Industry Press,
Beijing (in Chinese)
Z. Tang et al.
11. Chu MS, Yang XF, Shen FM et al (2006) Numerical simulation of innovative operation of blast
furnace based on multi-fluid model. J Iron Steel Res Int 13:8–15
12. Nogami H, Kashiwaya Y, Yamada D (2012) Simulation of blast furnace operation with intensive
hydrogen injection. ISIJ Int. 52:1523–1527
13. Wang SL, (4th) (eds) (2013) Physical chemistry. Metallurgical Industry Press, Beijing (in
Chinese)
14. Yang WW, Yang J (2014) Gibbs free energy minimization and TG-DTA analysis for thermal
decomposition of zinc sulfate heptahydrate. Inorg Chem Ind 46:31–33 (in Chinese)
15. Cao Y (2014) Teaching of the principle of minimum free energy in inorganic chemistry.
Guangdong Chem Ind 41:235–236 (in Chinese)
16. Yu MC, Chen SL, Cai L (2019) Operation practice of pressure differential control of 2500 m 3
cucubed blast furnace. Gansu Metallurgy 41(26–28):40 (in Chinese)
17. Wang HS, Han CB (2015) Practice of stabilizing static pressure of 1780 m 3 blast furnace.
Shandong Industrial Technology 7–7 (in Chinese)
18. Li HW (2016) Practice of reducing pressure drop for No.1 BF in Shougang Jingtang Iron and
Steel Co. Ltd, Iron and Steel 51:15–21 (in Chinese)
19. Xiong SG (2009) Discussions on the operation of superhigh top pressure on large BF. Sichuan
Metallurgy 31:11–13 (in Chinese)
20. Duan GJ, Zhao ZL (2017) Discussion of blast furnace oxygen-enriched coal injection. Hebei
Metallurgy 000:8–12 (in Chinese)
21. Hou J, Shao JG, Guo XS (2017) Influence of oxygen enrichment in blast furnace on gas
utilization ratio. Paper presented at the Proceedings of the 5th Ironmaking Benchmarking,
Energy Saving and Cost Reduction and New Technology Symposium, Yangzhou, Jiangsu,
China, 17–18 Aug 2017 (in Chinese)
22. Zhao L, Tao HX (2011) Technical summary of online analysis system for Blast Furnace top gas.
Paper presented at the National Metallurgical Automation Information Network 2011 Annual
Meeting, Hefei, Anhui, China, 25–27 May 2011 (in Chinese)
23. Huang XH (2013) Principles of iron and steel metallurgy (4th Ed). Metallurgical Industry Press,
Beijing (in Chinese)