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炉外处理技术(季刊)

 

  本刊主要涵盖了了钢水炉外精炼和铁水预处理等重要工艺技术的最新研究状况,这些技术已逐渐成为完善和优化整个钢铁生产工艺流程节能降耗,优质高效不可缺少的最新工艺技术之一,本刊将为冶金企业的炉外处理提供及时的技术信息参考及相关专利。

 

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

 

样刊下载

 

                             目次(2012年第4期)

 

铁水预处理

高磷铁水预处理环保脱磷渣系的相图计算和实验研究··················································· 1

涟钢一炼轧厂低硫钢生产工艺研究········································································· 5

攀钢洁净钢生产实践························································································· 10

研究洁净钢生产工艺__推进品种钢结构调整····························································· 16

转炉铁水预处理脱磷的基础理论分析····································································· 20

 

钢水精炼

80t多功能单嘴真空精炼炉脱硫冶金特性································································· 26

FH36耐低温高强度船板钢的试制········································································· 31

LF精炼炉效率的改进分析·················································································· 33

包钢薄板厂LF炉改造和工艺优化实践···································································· 36

二次精炼钢包熔渣对Al2O3-MgO耐火浇注料渗透侵蚀的研究········································ 40

钢包精炼炉脱硫工艺探讨··················································································· 46

高碱度精炼渣造渣工艺技术研究与应用·································································· 49

含铝钢LF精炼渣成分优化及造渣制度改进······························································ 53

精炼炉(LF炉)负荷无功补偿及谐波治理······························································· 56

酒钢CSP_120_t精炼钢包过程控制研究·································································· 59

连铸铸余渣用于中高碳钢水精炼技术研究································································ 63

帘线钢中酸溶铝含量的变化及其对夹杂物的影响······················································· 66

南钢精炼钢包吹氩工艺水模实验研究····································································· 72

西门子PLC在承钢RH精炼炉真空系统中的应用······················································· 76

针状铁素体管线钢X65的生产实践········································································ 79

中厚板卷厂精炼炉造渣工艺改进试验····································································· 83

 

译文

AOD精炼过程中氮的行为·················································································· 86

二次精炼过程中AlTi氧化物夹杂的形成和演变······················································ 92

 

专利

一种利用钢水精炼废渣制备的精炼渣及其方法························································· 100

 

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