| Effect of Metal Additives on Performance of Low-Carbon Magnesia-Carbon Materials |
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| 作者姓名： | PENG Xiaoyan LI Lin HE Zhiyong LIU Kaiqi WANG Bingjun |
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| 作者单位： | PENG Xiaoyan，LI Lin，HE Zhiyong，LIU Kaiqi，WANG Bingjun Department of Advanced Ceramic and Refractories，Central Iron and Steel Research Institute，Beijing 100081，China |
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| 摘 要： | In this paper,both oxidation and corrosion resistance of low-carbon magnesia-carbon materials containing 4.0wt% graphite with metallic Al and Mg-Al alloy powders as antioxidants were investigated.Meanwhile,the microstructures of samples corroded by slag were observed with optical microscope as well.The test results revealed the properties of oxidation and corrosion resistance of low-carbon magnesia-carbon materials could be improved obviously by adding metal Al powder and Mg-Al alloy powder.The rule of improving oxidation resistance was illegibility when metal Al powder and Mg-Al alloy powder were added together.It was harmful to corrosion resistance by mixed adding metal Al powder and Mg-Al alloy powder into the materials,at the same time,the corrosion resistance would decreased with the increasing of Mg-Al alloy content.The corrosion resistance of samples with 0.5wt% or 3.0wt% Mg-Al alloy was better. The oxidation resistance and corrosion resistance of materials with metal Al or Mg-Al alloy respectively were better than that with mixed metal Al and Mg-Al alloy. As a result, Mg-Al alloy was more suitable for low-carbon composite materials than metal Al as additives.
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| 关 键 词： | 低碳氧化镁-碳材料 金属添加剂 抗氧化性能 抗腐蚀性 |
| 修稿时间： | 2006-11 |
Effect of Metal Additives on Performance of Low-Carbon Magnesia-Carbon Materials |
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| PENG Xiaoyan LI Lin HE Zhiyong LIU Kaiqi WANG Bingjun.Effect of Metal Additives on Performance of Low-Carbon Magnesia-Carbon Materials[J].China’s Refractories,2007,16(1):25-29. |
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| Authors: | PENG Xiaoyan LI Lin HE Zhiyong LIU Kaiqi WANG Bingjun |
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| Abstract: | In this paper,both oxidation and corrosion resistance of low-carbon magnesia-carbon materials containing 4.0wt% graphite with metallic Al and Mg-Al alloy powders as antioxidants were investigated.Meanwhile,the microstructures of samples corroded by slag were observed with optical microscope as well.The test results revealed the properties of oxidation and corrosion resistance of low-carbon magnesia-carbon materials could be improved obviously by adding metal Al powder and Mg-Al alloy powder.The rule of improving oxidation resistance was illegibility when metal Al powder and Mg-Al alloy powder were added together.It was harmful to corrosion resistance by mixed adding metal Al powder and Mg-Al alloy powder into the materials,at the same time,the corrosion resistance would decreased with the increasing of Mg-Al alloy content.The corrosion resistance of samples with 0.5wt% or 3.0wt% Mg-Al alloy was better. The oxidation resistance and corrosion resistance of materials with metal Al or Mg-Al alloy respectively were better than that with mixed metal Al and Mg-Al alloy. As a result, Mg-Al alloy was more suitable for low-carbon composite materials than metal Al as additives. |
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| Keywords: | Low-carbon magnesia-carbon materials Additives Oxidation resistance Corrosion resistance |
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