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Enhancement of Reduction Rate of Iron Ore by Utilizing Iron Ore/Carbon Composite Consisting of Fine Iron Ore Particles and Highly Thermoplastic Carbon Material

机译：利用由细铁矿石颗粒和高热塑性碳材料组成的铁矿石/碳复合材料来增强铁矿石还原速率

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Masato Kawanari; Atsushi Matsumoto; Ryuichi Ashida; Kouichi Miura;
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年度 2011
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1. Enhancement of Reduction Rate of Iron Ore by Utilizing Iron Ore/Carbon Composite Consisting of Fine Iron Ore Particles and Highly Thermoplastic Carbon Material [J] . Masato KAWANARI, Atsushi MATSUMOTO, Ryuichi ASHIDA, ISIJ international . 2011,第8期

机译：利用由细铁矿颗粒和高热塑性碳材料组成的铁矿石/碳复合物提高铁矿石的还原率
2. Enhancement of Reduction Rate of Iron Ore by Utilizing Iron Ore/Carbon Composite Consisting of Fine Iron Ore Particles and Highly Thermoplastic Carbon Material [J] . Masato Kawanari, Atsushi Matsumoto, Ryuichi Ashida, ISIJ international . 2011,第8期

机译：利用由细铁矿石颗粒和高热塑性碳材料组成的铁矿石/碳复合物提高铁矿石的还原率
3. Enhancement of Reduction Rate of Iron Ore by Utilizing Low Grade Iron Ore and Brown Coal Derived Carbonaceous Materials [J] . Kouichi MIURA, Keisuke MIYABAYASHI, Masato KAWANARI, ISIJ international . 2011,第8期

机译：利用低品位铁矿石和褐煤衍生碳质材料提高铁矿石还原率
4. Effect of Iron Ore and Coal Properties on Reduction and Gasification Behavior of Carbon Composite Iron Ore Briquette [C] . Koki Nishioka, Koji Osuga, Yasuaki Ueki, International congress on the science and technology of ironmaking;ICSTI'09 . 2009

机译：铁矿石和煤炭特性对碳复合铁矿石团块还原和气化行为的影响
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. Ultrafast Iron-Making Method: Carbon Combustion Synthesisfrom Carbon-Infiltrated Goethite Ore [O] . Keisuke Abe, Ade Kurniawan, Kouichi Ohashi, 2018

机译：超快制铁方法：碳燃烧合成来自渗碳针铁矿
7. Rate of Direct Reactions Measured in Vacuum of Iron Ore-Carbon Composite Pellets Heated at High Temperatures: Influence of Carbonaceous Materials, Oxidation Degree of Iron Oxides and Temperature [O] . Yoshiaki Iguchi, Yutaka Takada 2004

机译：在高温下加热的铁矿石 - 碳复合粒料真空测量的直接反应率：碳质材料的影响，氧化铁和温度的氧化程度

Enhancement of Reduction Rate of Iron Ore by Utilizing Iron Ore/Carbon Composite Consisting of Fine Iron Ore Particles and Highly Thermoplastic Carbon Material

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