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MgO-C

网络镁碳砖；渣线部位镁碳；渣线砖

MgO-C

MgO-C

MgO-C

镁碳砖

25．导电镁碳砖(MgO-C)耐火材料26．电渣重熔工模具钢及电渣熔铸技术三、机械类1．恒磁悬浮机车研制和生产2．氧化锌铝(Z…

渣线部位镁碳

　 ·渣线部位镁碳(MgO-C)砖的损坏。钢包真空脱气工艺生产超低碳(ULC)钢时，会限制钢包的使用寿命，所以需要对炉渣进行控制…

渣线砖

2 不同造渣条件下钢包渣线砖(MgO-C)侵蚀机理分析27-51 2.1 MgO-C砖的理化指标分析27-28 2.2 不同钢渣的理化指标分析28-2…

砖的疲劳破坏行为

第12届耐火材料联合国际学术会议(UNITECR 2011) ... Krosaki Harima Corporation 日本 MgO-C 砖的疲劳破坏行为 ...

1

The temperature of converter shell rises sharply with the utilization of MgO-C brick lining , it results in the shell permanent deformation .

转炉采用镁碳砖炉衬后，炉壳温度急剧增加，炉壳的局部区域会发生永久变形。

2

Inclusions in the gray strip defects consist of MgO and trace melilite , which result from MgO-C refractory in slag line.

灰色条带状缺陷中外来物主要为氧化镁，并含少量黄长石，来源于渣线镁碳砖耐火材料；

3

TiC-C compound powder: synthesis and its influence on oxidation resistance of low-carbon MgO-C bricks

TiC-C 复合粉体的制备及其对低碳镁碳砖抗氧化性能的影响

4

Interaction Mechanism between MgO-C Based Refractory and Slag Containing Titania

含钛熔渣与镁碳质耐火材料的作用机理

5

The Production and Application of Medium MgO-C Bricks for Slag Lining of Refining Ladles

精炼钢包渣线用中档镁碳砖的生产及使用

7

Progress in Research on Reaction between MgO-C Refractory and Liquid Steel

MgO-C 耐火材料对钢水的增碳作用及机理的研究进展

8

Corrosion behavior of low-carbon MgO-C refractories by molten slag

低炭 MgO-C 质耐火材料的抗熔渣侵蚀行为

9

Effect of graphite particle size on properties of low carbon MgO-C brick

石墨粒度对低炭镁炭砖性能的影响

10

Research on reproducing MgO-C brick with used MgO-C brick

用后镁碳砖的再生研究

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