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从热力学和热模拟试验两个方面研究了碳饱和铁浴内碳氮化钛的生成机理.利用CONFOCAL激光高温显微镜的试验数据重新确定了钛在碳饱和铁浴内的溶解度和碳氮化钛形成所需的最低钛含量.结果表明在碳饱和铁浴内生成碳化钛和氮化钛的最低钛含量较采用现行热力学数据计算的结果要低.采用长坩埚法研究了不同温度梯度条件下碳氮化钛的形成,结果发现碳氮化钛在温度梯度较大的耐火材料和铁水界面有团聚行为.

参考文献

[1] Chao J T;Cook J;Grau A E.The Practice of Ilmenite Application in the BF[J].Ironmaking conference proceedings,1989:383.
[2] James R J.Ilmenite Production and Its Uses[J].Industrial Minerals,1980:47.
[3] Datta K;Sen P K;Gupta S S .Effect of Titania on the Characteristics of Blast Furnace Slag[J].Steel Research International,1993,64:232-238.
[4] Kiichi Narita;Masahiro Maekawa .Formation of Titanium Compounds, So-called Titanium Bear, in the Blast Furnace Hearth[J].ISIJ Transactions,1977,17:459-468.
[5] 王文忠 .高炉含钛炉料的护炉机制[J].钢铁,1988,23(02):9-14.
[6] Morizane Y;Ozturk B;Fruehan R J .Thermodynamics of TiOx in Blast Furnace Type Slag[J].Metallurgical and Materials Transactions B:Process Metallurgy and Materials Processing Science,1999,30:29-43.
[7] Douwe Bergsma;Fruehan R J .CISR progress report[R].,2000.
[8] Yongquan Li;Yun Li;Fruehan R J .CISR Progress Report[R].,2000.
[9] Sumito M;Tsuchiya N;Okabe K .Solubility of Titanium and Carbon in Molten Fe-Ti Alloys Saturated With Carbon[J].Transactions of the Iron and Steel Institute of Japan,1981,21:414-421.
[10] Morita Z;Kunisada K .Solubility of Nitrogen and Equilibrium of Titanium Nitride Forming Reaction in Liquid Fe-Ti Alloys[J].Transactions of the Iron and Steel Institute of Japan,1978,18:648-654.
[11] Jonsson S .Assessment of the Fe-Ti-C System. Calculation of the Fe-Ti-N System, and Prediction of the Solubility Limit of TiC(C,N) in Liquid Fe[J].Metallurgical and Materials Transactions B:Process Metallurgy and Materials Processing Science,1998,29:371-384.
[12] Ozturk B;Fruehan R J .Thermodynamics of Inclusion Formation in Fe-Ti-C-N Alloys[J].Metallurgical and Materials Transactions B:Process Metallurgy and Materials Processing Science,1990,21:879-884.
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