2Yonqfu Zhao. The Impact of Titanium on Skull Formation in the Blast Furnace Hearth, Iron & Steel Technology [ J ]. Iron & Steel Technology, 2014,11 (3) :95-103.
3Akihiko SHINOTAKE, Hitoshi NAKAMURA, Nariyuki YADOU- MARU, Yoshifumi MORIZANE. Investigation of Blast- furnace Hearth Sidewall Erosion by Core Sample Analysis and Considera- tion of Campaign Operation [ J ]. ISIJ International, 2003,43 (3) :321-330.
4Dr. Walter Hartig. Results of the Coinjection of PCI and Synthetic Titanium Dioxide Products for Protection o f t h e Hearth of ROGE- SA No. 5 BF after Stop for Relining[ C ]//The Association of iron and steel technology. AISTech Proceeding. Indianapolis ( US ) : The Association of iron and steel technology, 2011: 455-464.
5Walter Hartig,Djamschid Amirzadeh-Asl. Campaign Life Exten- sion at ROGESA Blast Furnaces by Co-Injection of PCI and Tita- nium Dioxide[ C ]//The Association of Iron & Steel Technology. AISTech Proceedings. USA: The Association of Iron & Steel Tech- nology ,2012:655 -663.
6宋晋明.钒钛铁矿护炉在高炉的应用及炉缸破损调查[J].钢铁钒钛,1987,4(4):10-12.
7Ariel Garcia, Rita Redriguez, Juan Borrego, etal. Monitoring and Maintenance of Blast Furnace hearths, AHMSA Experience[ C]// Iron and Steel Society. Ironmaking Conference Proceedings. Chi- cago(US) : Iron and Steel Society ,1994:333-339.
8Jan TORRKULLAand Henrik SAXE'N. Model of the State of the Blast Furnace Hearth[J]. ISIJ International, 2000, 40(5) : 438- 447.