process for verhuetten of zinc and arsenic or both substances containing iron ore in blast furnace

• 1. 铁矿石、炉渣和含铁尘泥中钾、铅和锌的测定方法 [P] . 中国专利： CN106290317A . 2017-01-04
• 2. 利用钢铁厂锌灰和过氧碳酸钠快速脱除高砷氧化锌中砷和生产硫酸锌的方法 [P] . 中国专利： CN103466686A . 2013-12-25
• 3. process for verhuetten zinc ores, in particular zinc iron ore in shaft furnace [P] . 德国专利： DE000000703620A . 1941-03-13

  机译： Verhuetten锌矿石，特别是竖炉中锌铁矿石的制备方法

• 4. procedure for the smelt of zinc and arsenic or both substances containing iron ores in a blast furnace. [P] . AT160089B . 1941-01-25

  机译： 在高炉中冶炼锌和砷或两种含铁矿石的方法。

• 5. process for verhuetten of solid fuel and zuschlaegen mixed iron ore in blast furnace [P] . 德国专利： DE000000763817A . 1954-07-12

  机译： 高炉中固体燃料和zuschlaegen混合铁矿石的精磨工艺

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• 5. CARBON REGENERATION AND ITS SIGNIFICANCE IN IRON BLAST FURNACE PROCESS. [D] . MERTDOGAN, AKGUN. 1974
• 6. Detailed Modeling of the Direct Reduction of Iron Ore in a Shaft Furnace [O] . Hamzeh Hamadeh, Olivier Mirgaux, Fabrice Patisson 2018
• 7. Effect of Placement and Reactivity of Iron-ore and Carbon on Iron-ore Softening-melting Properties in Blast Furnace Cohesive Zone [O] . Kohei Sunahara, Yutaka Ujisawa, Taichi Murakami, 2016

• 1. Reduction Characteristics of High Phosphorus Iron Ore in Reducing Parameters Similar to Blast Furnace Conditions [J] . Heba Al-Kelesh ,M. I. Nasr . 矿物质和材料特性和工程（英文） . 2019,第5期
• 2. Regression Models of the Impact of Rockmass and Blast Design Variations on the Effectiveness of Iron Ore Surface Blasting [J] . Antipas Thadei Safari Massawe ,Karim Rajabu Baruti . 工程（英文）（1947-3931） . 2011,第1期
• 3. 利用低成本含铁的锰矿石去除地下水中砷的研究 [C] . S. Bhattacharjee ,窦荣海 ,彭君明 . 第六届海峡两岸水质安全控制技术及管理研讨会 . 2010
• 4. 两种含磷物质对土壤重金属和砷向水稻迁移的影响 [A] . 雷鸣 . 2014