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Morphology Change and Carburization Characteristic of Iron Ore-Coal Composite During Reduction under a Simulated Condition of Blast Furnace

机译：高炉模拟条件下减少铁矿煤复合材料的形态变化及渗碳特性

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Tsung-Yen Huang; Daisuke Maruoka; Taichi Murakami; Eiki Kasai;
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1. Morphology Change and Carburization Characteristic of Iron Ore-Coal Composite During Reduction under a Simulated Condition of Blast Furnace [J] . Tsung-Yen HUANG, Daisuke MARUOKA, Taichi MURAKAMI, ISIJ international . 2019,第11期

机译：模拟高炉条件下铁矿石-煤复合材料还原过程中的形态变化和渗碳特性
2. Morphology Change and Carburization Characteristic of Iron Ore-Coal Composite During Reduction under a Simulated Condition of Blast Furnace [J] . Tsung-Yen Huang, Daisuke Maruoka, Taichi Murakami, ISIJ international . 2019,第11期

机译：模拟高炉条件下铁矿石-煤复合材料还原过程中的形态变化和渗碳特性
3. Experimental study on impact of iron coke hot briquette as an alternative fuel on isothermal reduction of pellets under simulated blast furnace conditions [J] . Wang Hongtao, Chu Mansheng, Bao Jiwei, Fuel . 2020,第May15期

机译：铁焦热煤层抗冲击作为模拟高炉条件下颗粒等温降低的替代燃料的实验研究
4. PHYSICOCHEMICAL BEHAVIOUR OF OLIVINE IRON ORE PELLETS MIXED WITH NUT COKE UNDER SIMULATED BLAST FURNACE CONDITIONS [C] . DHARM JEET GAVEL, ALLERT ADEMA, JAN VAN DER STEL International Congress on the Science and Technology of Ironmaking . 2018

机译：模拟高炉条件下用螺母焦炭混合橄榄石铁矿石颗粒的物理化学行为
5. THE EFFECTS OF THE CHEMICAL AND PHYSICAL CHARACTERISTICS OF IRON OXIDES ON THE KINETICS OF THE CATALYZED REACTION, 2CARBON-MONOXIDE ---> CARBON + CARBON-DIOXIDE, IN SIMULATED BLAST FURNACE ATMOSPHERES. [D] . LOWRY, MICHAEL LEE. 1981

机译：模拟高炉气氛中氧化铁的化学和物理特性对催化反应动力学的影响-2CO-一氧化碳---> CAR + CO2-CO2
6. Strength and Durability Characteristics of Cement Composites with Recycled Water and Blast Furnace Slag Aggregate [O] . Se-Jin Choi, Sung-Ho Bae, Jae-In Lee, 2021

机译：水泥复合材料与再生水和高炉炉渣聚集体的强度和耐久性特性
7. Reduction Characteristics of High Phosphorus Iron Ore in Reducing Parameters Similar to Blast Furnace Conditions [O] . Heba Al-Kelesh, M. I. Nasr 2019

机译：降低高磷铁矿石的减少特性，减少高炉条件的参数

Morphology Change and Carburization Characteristic of Iron Ore-Coal Composite During Reduction under a Simulated Condition of Blast Furnace

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