氮化锰生产及结构分析
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TF792

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Nitration Process and Structural Analysis on MnN
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    摘要:

    介绍了利用金属锰粉采用固态氮化法生产氮化锰合金的原理和工艺,采用正交设计法,在实验室管式炉内、高温条件下利用纯氮(≥99.99%)对金属锰粉进行氮化.通过一系列实验得出了适宜的技术工艺参数,锰粉粒度为0.6 mm,氮化时间为4 h,氮化温度为700 ℃时,获得了含氮高达6.94%的氮化锰合金.通过物相分析和扫描电镜形貌分析,得出含氮高的氮化锰主要成分是Mn3N2,其次是Mn4N;含氮低的氮化锰主要成分是Mn2N,其次是Mn4N.此外还观测了氮化锰合金的形貌.

    Abstract:

    The production theory and the production process of MnN by solid-nitration process with manganese power is introduced. In order to obtain MnN, manganese power has been nitrided by pure nitrogen at high temperature in pipe-type-oven at lab. Suitable nitration technical parameters, such as manganese power size, nitriding temperature and nitriding time have been gotten by a series of experiments. MnN production that nitrogen content is 6.94% has been obtained. In addition, three alloys composed manganese nitrogen (Mn_(3)N_(2), Mn_(2)N,Mn_(4)N) have been obtained and their distributions are observed by the way of XRD and SEM.

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蒋汉祥,王少娜,黄瑛,邓琴,陈精强.氮化锰生产及结构分析[J].重庆大学学报,2004,27(5):70-73.

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  • 最后修改日期:2004-01-15
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