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Study of Metallurgical Properties in the Sintered Ore with Variable Carbon

机译:具有可变碳的烧结矿石中冶金性质的研究

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The low silicon sintered ores are prepared, where C content is 3.3%, 3.5%, 3.7%, 3.9% and 4.1%, respectively. Their metallurgical properties are also measured. The results state that the low temperature reduction degradation property in low silicon sintered ore is to achieve the best when the carbon content was 3.7%. With increasing carbon content, it has a trend that the low silicon sintered reducing gradually become variation. In this range of carbon content, softening initial temperature exceed 1230°C, the softening interval is less than 120°C, so suitable C content are helpful to improve metallurgical properties for low silicon sintered ore.
机译:制备低硅烧结矿石,其中C含量分别为3.3%,3.5%,3.7%,3.9%和4.1%。还测量了它们的冶金性质。结果表明,低温降解低硅烧结矿石中的性能是在碳含量为3.7%时达到最佳。随着碳含量的增加,它具有低硅烧结逐渐变化的趋势。在这种碳含量范围内,软化初始温度超过1230℃,软化间隔小于120℃,因此合适的C含量有助于改善低硅烧结矿石的冶金性质。

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