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炼钢工艺与设备(季刊)

 

  内容主要侧重转炉炼钢、电炉炼钢生产工艺的研究进展及实践经验。

联系人:  王甜甜
电  话:  010-65250592
手  机:   13466783311
通讯地址:北京市东城区灯市口大街74号 冶金工业信息标准研究院
邮政编码:100730

 

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                                目次(2012年第4期)

 

综合评述

经济性冶炼含磷耐候钢的工艺开发········································································· 1

梅山炼钢厂连铸浊环水系统清洗实践······································································· 5

新一代炼钢厂功能优化与集成··············································································· 9

 

转炉炼钢

120t转炉生产过程中的钢铁料的降耗实践································································ 16

120t转炉氧枪喷头的优化和应用··········································································· 19

MES系统在安钢炼钢及炉卷轧机生产线上的应用······················································ 21

安钢100t转炉自动控制系统的适用性改进······························································· 24

鞍钢180t转炉锥体氧枪的研制与应用····································································· 27

宝钢股份炼钢厂300t转炉工序能耗分析·································································· 30

大型高炉转炉铁钢界面铁水温降分析····································································· 33

顶吹转炉生产65Mn热轧宽厚规格钢带工艺实践························································ 37

莱钢120t转炉炉衬砌筑工艺改进与优化·································································· 40

炼钢厂转炉除尘系统存在的问题及其整改方案·························································· 42

炼钢转炉二次除尘风机的分析和改造····································································· 46

转炉45号钢冶炼工艺优化·················································································· 49

转炉出钢用均质挡渣球的研制与应用····································································· 53

转炉出钢增碳剂和RH精炼对高碳钢SWRH82B洁净度的影响······································· 55

转炉返回渣再利用技术的开发·············································································· 58

转炉滑动水口挡渣效果分析················································································ 60

转炉减速器齿轮瞬态本体温度场分析····································································· 62

转炉炉气分析技术发展现状················································································ 65

转炉锰矿直接合金化热力学和动力学分析································································ 68

转炉生产效率对炼钢工序能耗的影响····································································· 71

转炉脱磷的研究与实践······················································································ 75

转炉冶炼低碳钢脱磷工艺研究·············································································· 78

转炉冶炼前期溢出渣循环利用技术开发·································································· 81

 

电炉炼钢

30tEBT电弧炉-LF-CC流程生产80Mn14钢的工艺实践················································ 84

40CrB冶炼过程中氮含量的控制··········································································· 87

电弧炉用集束氧枪生产问题研究··········································································· 90

钢铁行业二恶英减排技术浅析·············································································· 93

 

专利

一种炉炼钢脱氧用钢管铝段················································································ 97

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