Reduction of Arc-Furnace Smelting Cycle Time at Tagmet

V. V. Emel’yanov; P. Yu. Gorozhanin; I. S. Murzin; A. V. Stonoga; E. A. Kolokolov; S. S. Belonozhko; S. V. Tyutyunik

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Reduction of Arc-Furnace Smelting Cycle Time at Tagmet

机译：减少Tagmet的弧形炉熔炼循环时间

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摘要

We discuss a technology for reducing the smelting cycle time and detecting unscheduled interruptions during unpowered operations associated with steel smelting in arc furnaces. We have implemented several measures to reduce the duration of smelting at TAGMET by 10%.

机译：我们讨论了用于减少熔炼循环时间的技术，并在与炉子中的钢熔炼相关联的无功率操作期间检测出的未划分的中断。我们实施了几项措施，以减少摩尔塔特冶炼的持续时间10％。

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来源
《Metallurgist》 |2018年第4期|共4页
作者
V. V. Emel’yanov; P. Yu. Gorozhanin; I. S. Murzin; A. V. Stonoga; E. A. Kolokolov; S. S. Belonozhko; S. V. Tyutyunik;
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作者单位

TAGMET;

TAGMET;

TAGMET;

TAGMET;

TAGMET;

TAGMET;

TAGMET;

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原文格式 PDF
正文语种 eng
中图分类冶金工业;
关键词
electric steel smelting; steel; ladle metallurgy; steel smelting arc furnace; oxidation; bay window; metal charge; scrap; dephosporization; oxidation period; refining;

机译：电动钢熔炼;钢;钢包冶金;钢冶炼弧形炉;氧化;湾窗口;金属电荷;废料;去氧化;氧化期;炼油;

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机译：减少Tagmet的弧形炉熔炼循环时间
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6. Oxidation–Reduction Cycles of PeroxiredoxinProteins and Nontranscriptional Aspects of Timekeeping [O] . NathanielP. Hoyle, John S. O’Neill, * -1

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7. Study on Apparent Kinetic Prediction Model of the Smelting Reduction Based on the Time-Series [O] . Guo-feng Fan, Shan Qing, Hua Wang, 2012

机译：基于时间序列的冶炼减少表观动力学预测模型研究

Reduction of Arc-Furnace Smelting Cycle Time at Tagmet

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