焦克新等：高炉炉缸凝铁层物相分析 ·845· blast furnace hearth sidewall erosion by core sample analysis and land,2015:298 consideration of campaign operation.IS//Int,2003,43 (3): [17]Zhang M D,Hu C D,Cao W Q,et al.Plotting and evaluation 321 on the Schaeffler diagram of Fe-Mn-Al-C low-density alloys [13]Komiyama K M,Guo B Y,Zughbi H,et al.Numerical analysis with medium manganese and aluminum contents based on Ther- of titanium compounds in blast furnace hearth during titania addi- mo-cale software.Chin J Eng,2016,38(5):682 tion.Steel Res Int,2015,86(6)592 (张明达，胡春东，曹文全，等.基于Thermo-cale的中锰中 [14]Jiao K X.Zhang JL,Zuo H B,et al.Composition and formation 铝Fe-Mn-AlC低密度钢类Schaeffler相图绘制与评估.工 mechanism of viscous layers in blast furnace hearth.Northeast- 程科学学报，2016,38(5)：682) ern Uni,2014,35(7):987 [18]Nakamoto M,Miyabayashi Y,Holappa L,et al.A model for es- (焦克新，张建良，左海滨，等.高炉炉红黏滞层物相及形成 timating viscosities of aluminosilicate melts containing alkali ox- 机理.东北大学学报，2014,35(7)：987) ides.1SJmt,2007,47(10):1409 [15]Jiao K X,Zhang J L,Liu Z J,et al.Formation mechanism of [19]Wu L.S.Study on Some Phenomena of Slag in Steelmaking the graphiterich protective layer in blast fumnace hearth.Int J Process [Dissertation].Sweden:KTH Royal Institute of Tech- Miner Metall Mater,2016,23(1):16 nology,2011 [16]Zhu RL,Sun G J,Lin CC.Longevity technology research and 220]Takahira N.Influence of enthalpy changes on the temperature de- practice of Baosteel No.3 BF//Proceedings of 7th International pendency of the viscosity of pure liquid metals.ISIJ Int,2015, Conference on the Science and Technology of Ironmaking.Cleve- 55(10):2247焦克新等: 高炉炉缸凝铁层物相分析 blast furnace hearth sidewall erosion by core sample analysis and consideration of campaign operation． ISIJ Int，2003，43 ( 3 ) : 321 ［13］ Komiyama K M，Guo B Y，Zughbi H，et al． Numerical analysis of titanium compounds in blast furnace hearth during titania addi￾tion． Steel Ｒes Int，2015，86( 6) : 592 ［14］ Jiao K X，Zhang J L，Zuo H B，et al． Composition and formation mechanism of viscous layers in blast furnace hearth． J Northeast￾ern Univ，2014，35( 7) : 987 ( 焦克新，张建良，左海滨，等． 高炉炉缸黏滞层物相及形成 机理． 东北大学学报，2014，35( 7) : 987) ［15］ Jiao K X，Zhang J L，Liu Z J，et al． Formation mechanism of the graphite-rich protective layer in blast furnace hearth． Int J Miner Metall Mater，2016，23( 1) : 16 ［16］ Zhu Ｒ L，Sun G J，Lin C C． Longevity technology research and practice of Baosteel No． 3 BF / / Proceedings of 7th International Conference on the Science and Technology of Ironmaking． Cleve￾land，2015: 298 ［17］ Zhang M D，Hu C D，Cao W Q，et al． Plotting and evaluation on the Schaeffler diagram of Fe--Mn--Al--C low-density alloys with medium manganese and aluminum contents based on Ther￾mo--calc software． Chin J Eng，2016，38( 5) : 682 ( 张明达，胡春东，曹文全，等． 基于 Thermo--calc 的中锰中 铝 Fe--Mn--Al--C 低密度钢类 Schaeffler 相图绘制与评估． 工 程科学学报，2016，38( 5) : 682) ［18］ Nakamoto M，Miyabayashi Y，Holappa L，et al． A model for es￾timating viscosities of aluminosilicate melts containing alkali ox￾ides． ISIJ Int，2007，47( 10) : 1409 ［19］ Wu L S． Study on Some Phenomena of Slag in Steelmaking Process ［Dissertation］． Sweden: KTH Ｒoyal Institute of Tech￾nology，2011 ［20］ Takahira N． Influence of enthalpy changes on the temperature de￾pendency of the viscosity of pure liquid metals． ISIJ Int，2015， 55( 10) : 2247 · 548 ·