Effect of Refining Slag Phase Composition on Ladle Furnace Unit Lining Life(1)

Sheshukov O. Yu.; Nekrasov I. V.; Mikheenkov M. A.; Egiazaryan D. K.; Ovchinnikova L. A.; Kashcheev I. D.; Zemlyanoi K. G.; Kamenskikh V. A.

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Effect of Refining Slag Phase Composition on Ladle Furnace Unit Lining Life(1)

机译：精炼炉渣相组成对钢包炉内衬寿命的影响（1）

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The working layer of a ladle furnace unit (LFU) lining made from periclase-graphite refractory is most strongly subjected to the effect of corrosion factors that concern thermal, mechanical, and chemical action. The strongest destructive effect on a lining is the chemical factor. This article provides results of studying the effect slag phase composition on chemical breakdown of a LFU periclase-graphite lining.

机译：由周长石-石墨耐火材料制成的钢包炉装置（LFU）衬里的工作层最容易受到腐蚀因素的影响，这些因素涉及热，机械和化学作用。对衬里的最强破坏作用是化学因素。本文提供了研究炉渣相组成对LFU周长石-石墨衬里化学分解的影响的结果。

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《Refractories and Industrial Ceramics》 |2016年第2期|共8页
作者
Sheshukov O. Yu.; Nekrasov I. V.; Mikheenkov M. A.; Egiazaryan D. K.; Ovchinnikova L. A.; Kashcheev I. D.; Zemlyanoi K. G.; Kamenskikh V. A.;
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原文格式 PDF
正文语种 eng
中图分类硅酸盐工业;
关键词
ladle furnace unit (LFU); periclase-graphite refractory; secondary aluminum production waste (SAPW); slag; belite;

机译：钢包炉装置（LFU）;过磷酸钙石墨耐火材料;二次生产废铝（SAPW）;炉渣;贝利特;

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1. Effect of Refining Slag Phase Composition on Ladle Furnace Unit Lining Life(1) [J] . Sheshukov O. Yu., Nekrasov I. V., Mikheenkov M. A., Refractories and Industrial Ceramics . 2016,第2期

机译：精炼炉渣相组成对钢包炉内衬寿命的影响（1）
2. Composition and Mobility of Ionic Ensembles in Slags for Steel Refining in the Ladle–Furnace Unit [J] . G. A. Isaev, I. A. Magidson, N. A. Smirnov Steel in Translation . 2018,第1期

机译：在钢包炉单元中钢制炼油中离子合奏的组成和移动性
3. Composition and Mobility of Ionic Ensembles in Slags for Steel Refining in the Ladle–Furnace Unit [J] . G. A. Isaev, I. A. Magidson, N. A. Smirnov Steel in Translation . 2018,第1期

机译：在钢包炉单元中钢制炼油中离子合奏的组成和移动性
4. CFD Modeling of Slag-Metal Reactions and Sulfur Refining Evolution in an Argon Gas-Stirred Ladle Furnace [C] . Q. Cao, L. Nastac, A. Pitts Applications of process engineering principles in materials processing, energy and environmental technologies . 2017

机译：氩气搅拌钢包炉渣金属反应和硫精炼过程的CFD建模
5. PHASE EQUILIBRIA OF SYSTEMS WITHIN THE RANGE OF COMPOSITIONS OF IRON BLAST FURNACE SLAGS. [D] . BRITTON, MARVIN GALE. 1952

机译：铁高炉渣组成范围内系统的相平衡。
6. The Potential of Ladle Slag and Electric Arc Furnace Slag use in Synthesizing Alkali Activated Materials; the Influence of Curing on Mechanical Properties [O] . Mark Češnovar, Katja Traven, Barbara Horvat, 2019

机译：钢包渣和电弧炉渣在合成碱活化材料中的潜力；固化对力学性能的影响
7. Modeling of the refractory's and slag's phase composition, the slag adjustment optimization and the ladle refining slag's stabilization [O] . V. V. Kozlov, A. P. Shevchik, S. A. Suvorov, 2018

机译：耐火材料和渣相的建模，炉渣调整优化和钢包精炼渣的稳定化

Effect of Refining Slag Phase Composition on Ladle Furnace Unit Lining Life(1)

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