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Kinetics of Nitrogen Diffusion in Granular Manganese

机译:粒状锰中氮的扩散动力学

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The kinetics and the influence of time on granular manganese nitriding were studied by means of a vacuum resistance furnace, X-ray diffraction technique, and LECO TC-436 oxygenitrogen determinator. The longer the nitriding time, the more the nitrogen pickup. Except for a trace of oxide MnO that developed, the metal manganese could thoroughly be nitrided to form Mn4N and a little ζ-phase (the stoichiometric components as Mn2N) with the nitriding time lasting. A kinetic model is developed to reveal the nitriding situation and agrees well with the experimental results.
机译:借助真空电阻炉,X射线衍射技术和LECO TC-436氧气/氮气测定仪研究了动力学和时间对粒状锰氮化的影响。渗氮时间越长,氮的吸收越多。除产生痕量的氧化物MnO外,金属锰可被完全氮化,形成Mn4N和少量ζ相(化学计量成分为Mn2N),且氮化时间持续。建立了动力学模型以揭示渗氮情况并与实验结果吻合。

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