金属学报  1963, Vol. 6 Issue (2): 111-120

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铁-钛-碳及铁-硅-钛-碳熔体中钛与碳的溶解度

彭瑞伍;邹元爔

中国科学院冶金研究所;中国科学院冶金研究所

THE SOLUBILITY OF Ti AND C IN Fe-Ti-C AND Fe-Si-Ti-C MELTS

PENG HSUI-WU;CHOU YUAN-HSI Institute of Metallurgy;Academia Sinica

彭瑞伍;邹元爔. 铁-钛-碳及铁-硅-钛-碳熔体中钛与碳的溶解度[J]. 金属学报, 1963, 6(2): 111-120.
, . THE SOLUBILITY OF Ti AND C IN Fe-Ti-C AND Fe-Si-Ti-C MELTS[J]. Acta Metall Sin, 1963, 6(2): 111-120.

摘要 参考文献 相关文章 Metrics 全文: PDF(740 KB)   摘要: 本文报告了CO气氛下,Fe-Ti-C及Fe-Si-Ti-C(si 1%)熔体中Ti与C溶解度的测定结果,并从TiC饱和吋的溶解度数据算出在C与TiC饱和及无C时铁液中Ti的活度系数.试验结果指出,不同温度下TiC与C饱和的铁液中Ti的浓度分别为:0.78%(1425℃),1.04%(1509℃)及1.47%(1590℃).铁液中含有1%的si并不显著影响Ti的溶解度. Abstract：The solubility of Ti and C in Fe-Ti-C and Fe-Si-Ti-C melts has been determined byequilibrating the molten metal with a graphite container under CO atmosphere in thetemperature range 1400℃ to 1600℃.It has been found from the experimental datathat linear relationships exist between log N_(Ti),log N_C~(Ti)or log N_C~(Ti,Si)and 1/T,and thatN_(Ti)is not appreciably affected by the presence of 1% Si,where the N's represent thecorresponding mole fractions in C-and TiC-saturated melts.On the basis of our solu-bility data,the activity coefficient of Ti in C-free and C-and TiC-saturated iron is cal-culated and a brief discussion is made with regard to the reduction of TiO_2 in thesmelting of Ti-containing iron ore. 收稿日期: 1963-02-18      服务 把本文推荐给朋友 加入引用管理器 E-mail Alert RSS 作者相关文章 彭瑞伍 邹元爔 44.8K 链接本文: https://www.ams.org.cn/CN/      或      https://www.ams.org.cn/CN/Y1963/V6/I2/111 [1] 彭瑞伍、邹元燨:科学通报,1958,16,449． [2] #12 [3] Delve,F.D.,Mayer,H.W.:Met.Soc.Conf.,1961,8,1111-1137． Delve,F.D.:Trans.AIME.1958,212． 183． [4] 邹元燨:金属学报,1956,1,7． [5] Chipman,J.,Robert,M.:Trans.Am.Soc.Metals,1952,44,1215． [6] 三本木贡治等:东北大学选矿制炼研究所汇报,1956,12,(2) ,99． [7] Richardson,F.D.:J.Iron Steel Inst.,1953,175,33． [8] Chipman,J.:Basic Open Hearth Steelmaking,2nd ed.,(AIME,1951) ,p.573． [9] Skinner,G.,Johnston,H.L.,Beckett,C.:Titanium and its Compounds,(Johnston,H.L.,Enterprises,Columbus,Ohio,1954) . [10] Ohtani,M.,Gokcen,N.A.:Trans.AIME,1960,218,533． [11] Rise,A.,Chipman,J.:Physical Chemistry of Steelmaking,(Wiley,1958) ,p.3． [12] Chipman,J.:Basic Open Hearth Steelmaking,2nd ed.,(AIME,1951) ,p.669． [13] Chipman,J.:Trans.AIME,1960,218,767． [14] Neumann,F.,Schenck,H.:Arch.Eisenhüttenwesen.,1959,30,477． [15] Fuwa,T.,Chipman,J.:Trans.AIME,1959． 215,709． [16] Richardson,F.D.,Dennis,W.E.:Trans.Faraday Soc.,1953,49,171． [17] Wagner,C.:Thermodynamics of Alloys,(Addison-Wesley Press,Inc.,1952) ,p.51． [18] Turkdogan,E.T.:J.Iron Steel Inst.,1955,179,37． [19] Comstock,G.F.,Titanium in Iron and Steel,(Wiley,1955) ,p.21． [20] 泽村 宏、盛 利贞、津田昌利:铁と铜,1957,43,561。 [21] Bishop,H.L.:Trans.AIME,1959,215,171． [22] 著,北京钢铁学院冶金系炼铁教研组译:炼铁学,(高等教育出版社,1955年),2卷,2分册,125页。 [23] #12 [24] 俵国一、长谷川熊彦:砂铁,(工业图书株式会社,1941年),213页。 [25] 谷口光平、八本贞之助:铁と钢,1949,35,2．j No related articles found! Viewed Full text Abstract Cited   Shared      Discussed