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日本实现在超低温强磁场下观察超导物质纳米级变化
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《新材料产业》 2003年第5期71-72,共2页
关键词 超导物质 纳米级变化 强磁场条件 超低温条件
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Effects of intense magnetic field on digestion and settling performances of bauxite 被引量:1
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作者 吕国志 张廷安 +4 位作者 王小晓 张旭华 刘燕 赵秋月 豆志河 《Journal of Central South University》 SCIE EI CAS 2014年第6期2168-2175,共8页
The effects of magnetic field intensity, roasting temperature and roasting time on digestion rate and settling performance of bauxite with different iron contents were investigated systematically. The results indicate... The effects of magnetic field intensity, roasting temperature and roasting time on digestion rate and settling performance of bauxite with different iron contents were investigated systematically. The results indicate that such magnetic treatment can profoundly change the microstructure and digestion performance of bauxite. For the two samples carrying different iron contents, phase transformation of the aluminum oxide phase proceeds faster in the high iron bauxite than the low one. The optimal pretreatment conditions of low iron bauxite are roasting temperature 550 ℃ and magnetic field intensity 6 T, while for high iron bauxite are 500 ℃ and 9 T. The digestion rate of alumina can reach 95% and 92% at digestion temperature of 190 ℃ and 250 ℃. The settling performances of roasted ore by intense magnetic field after digestion are enhanced through pretreatment. 展开更多
关键词 BAUXITE intense magnetic field phase transformation digestion performance settling performance
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