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Concentrating of Iron, Slag and Apatite Phases from High Phosphorous Iron Ore Gaseous Reduction Product at 1473 K by Super Gravity

机译：通过高重1473 k的高磷铁矿石减少产物的铁，渣和磷灰石阶段的浓度

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Jintao Gao; Lei Guo; Zhancheng Guo;
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年度 2015
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1. Concentrating of Iron, Slag and Apatite Phases from High Phosphorous Iron Ore Gaseous Reduction Product at 1473 K by Super Gravity [J] . Jintao Gao, Lei Guo, Zhancheng Guo ISIJ international . 2015,第12期

机译：利用超重力法浓缩高磷铁矿石气态还原产物中的铁，炉渣和磷灰石相
2. Concentrating of Iron, Slag and Apatite Phases from High Phosphorous Iron Ore Gaseous Reduction Product at 1 473 K by Super Gravity [J] . Jintao GAO, Lei GUO, Zhancheng GUO ISIJ international . 2015,第12期

机译：超重力法在高浓度铁矿石气态还原产物中富集铁，矿渣和磷灰石相的浓度为1 473 K
3. GASEOUS REDUCTION BEHAVIOR OF IRON OXIDE IN MINERAL PHASES AND IN CaO-SiO_2-FeO SLAG POWDER POWDER [J] . HIDEKI ONO-NAKAZATO, TATEO USUI, NOBUFUMI KITAMURA Mineral Processing and Extractive Metallurgy Review . 2003,第3a4期

机译：矿物相和CaO-SiO_2-FeO渣块粉中氧化铁的气相还原行为
4. Kinetics of Gaseous Reduction of Iron Ore Concentrate for Ironmaking with Low CO_2 Emission and Energy Requirement [C] . Moo Eob Choi, H. Y. Sohn, Joshua E. Ramos Iron Steel Technology Conference . 2009

机译：铁矿石浓缩物的气体减少动力学，用于低CO_2排放和能源要求
5. Reduction kinetics of iron ore concentrate particles relevant to a novel green ironmaking process. [D] . Wang, Haitao. 2011

机译：与新型生铁工艺相关的铁精矿颗粒的还原动力学。
6. Ferrous Iron and Sulfur Oxidation and Ferric Iron Reduction Activities of Thiobacillus ferrooxidans Are Affected by Growth on Ferrous Iron Sulfur or a Sulfide Ore [O] . Isamu Suzuki, Travis L. Takeuchi, Trin D. Yuthasastrakosol, 1990

机译：亚铁硫或硫化矿石的生长会影响亚铁硫氧亚铁的亚铁和硫的氧化和三价铁的还原活性
7. Nucleation and Growth of Iron Whiskers during Gaseous Reduction of Hematite Iron Ore Fines [O] . Lei Guo, Shengping Zhong, Qipeng Bao, 2019

机译：气体减少赤铁矿铁矿石罚款期间铁晶须的成核和生长

Concentrating of Iron, Slag and Apatite Phases from High Phosphorous Iron Ore Gaseous Reduction Product at 1473 K by Super Gravity

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