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冲天炉用氧技术 被引量:1

Usage of Oxygen in Cupola Melting
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摘要 用富氧法和直接射氧法来改进冲天炉熔炼过程的鼓风,可降低焦炭消耗,提高溶化率为铁液温度。 The coke expense could be reduced and the melting rate and temperature of molten iron could be increased by using oxYgen enrichment or oxygen injection to improve the blast in the cupola melting process.
作者 张琪渔
出处 《现代铸铁》 CAS 2001年第4期6-9,共4页 Modern Cast Iron
关键词 冲天炉 富氧 直接射氧 熔炼 铸造 cupola oxygen enrichment direct oxygen injection
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参考文献11

  • 1[1]Morawe F. Enriching the Blast of the Cupola Furnace with Oxygen[J].Giesseri, 1993;17:132~155.
  • 2[2]Day R.O., Canad[J]. Metals 1951;14: 12, 22. Foundry, 1951;79: 84~87.
  • 3[3]Langer E E, Carlson R, Hamilton J A and Koepplin W J. Commercial Application of Continuous Oxygen in Iron Cupolas[J].AFS Transactions,1966;74: 150~155.
  • 4[4]Leyson H J and Shelby M J.Use of Oxygen in the Cupola[J]. British Foundryman, 1968;(11): 340~348.
  • 5[5]Rolseth H C.The Effect of Oxygen Enrichment on Energy Consumption in Iron Cupola Melting[J].AFS Transactions, 1976;84: 295~299.
  • 6[6]Cupola Handbook, fifth edition,194, American Foundymen's Society[C],Des Plaines Illinois ,1984.
  • 7[7]Hamilton J A.Supersonic Injection of Oxygen in Cupolas[M]. United States Patent # 4,324,583, April 13, 1982.
  • 8[8]Stewart L D, Trammell P G and Hamilton J A.Oxygen in the Cupola: A Comparison of Enrichment versus Direct Injection [J].AFS Transactions,1981;81: 581~584.
  • 9[9]Rolseth H C and Parks T W.Direct Oxygen Injection-A Way to Reduce Costs and Save Energy in the Cupola[J].AFS Trans-actions,1984.
  • 10[10]Kobayashi H,Boyle J G ,Keller J G,Patton J B and Jain R C. Technical and Economic Evaluation of Oxygen Enriched Combustion Systems for Industrial Furnace Applications[M]. Symposium on Industrial Combustion Technologies. Chicago Illins:1986:153~163.

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