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1 引言 减少能耗和提高熟料质量是发展水泥技术的两个主要目标。为了提高产量和质量并节约能源,通过使用矿化剂来降低熟料工艺中的煅烧温度的技术已受到国内外的广泛关注。 1992年,作者在关于利用钼铁合金矿的尾矿中的微量元素来生产波特兰水泥的研究中发现:用作矿化剂的钼化合物会由于其类型的不同而对熟料形成产生不同的影响。有关矿化剂的报导较多,但是少有报导涉及到把钼铁合金矿的尾矿作为矿化剂使用。与石膏-荧石矿
1 Introduction Reduce energy consumption and improve clinker quality are two main goals for the development of cement technology. In order to increase the yield and quality and save energy, the technology of reducing the calcining temperature in the clinker process by using a mineralizer has attracted widespread attention at home and abroad. In 1992, the authors of the study on the use of trace elements in tailings of ferromolybdenite ore to produce Portland cement found that molybdenum compounds used as mineralizers may have different clinker formation due to their different types. influences. There have been many reports of mineralizers, but few reports have involved using molybdenite alloy tailings as a mineralizer. With gypsum - fluorite mine