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冶金炉料(半年)

 

  本刊主要涵盖了国内外铁矿石、铁合金、焦炭、废钢等冶金炉料的生产工艺、技术及炉料结构优化等相关信息,为冶金企业改进炉料结构、降低生产成本,提高原料利用率提供可靠参考及相关专利。

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2期)

铁矿石

白马铁矿大块铁矿石磁滑轮抛尾工业试验研究··························································· 1

低品质烧结矿在高炉冶炼中的应用········································································· 6

低品质铁矿石经济性综合评价··············································································· 9

红外法测定铁矿石中高含量硫·············································································· 11

难选铁矿反浮选捕收剂的研究与应用现状································································ 16

铁矿石深度还原过程中助还原剂的作用及机理·························································· 19

 

铁合金

ICP-AES法测定硅铝钡铁合金中AlBa9种元素含量············································· 26

电炉铁合金除尘灰的研发及应用··········································································· 29

复合脱氧铁合金粉化研究进展·············································································· 32

铝镁钙铁合金中铝测定方法的实验研究·································································· 36

 

焦炭

承钢常用焦炭高温冶金性能的研究········································································ 38

捣固炼焦试验探讨···························································································· 42

非焦煤炼焦技术进展及应用前景··········································································· 44

焦炭抗压强度简便检验方法研究··········································································· 48

焦炭质量对高炉冶炼的影响················································································ 53

焦炭质量及配煤成本控制优化·············································································· 57

配煤灰分硫分与焦炭质量的相关分析····································································· 60

沙钢焦炭筛分系统工艺······················································································ 63

太钢5号高炉低燃料比冶炼实践··········································································· 66

天铁焦炭钝化的试验探讨··················································································· 69

 

其它

鞍钢4038m3高炉精料技术实践············································································ 72

高炉炼铁合理炉料结构新概念·············································································· 77

日本为减排CO2而开发的高炉新型炉料·································································· 81

石钢高炉炉料冶金性能及炉料结构优化·································································· 85

 

译文

CRU拉丁美洲会议为全球铁矿带来了好消息···························································· 89

电渣重熔扁坯用的馈电线结晶器结构的开发····························································· 93

 

专利

一种多品种焦炭筛分非线性控制装置和方法····························································· 99

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