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The application of grey theory to the diffusion phenomenon

机译:灰色理论在扩散现象中的应用

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In the material research we often investigate the mass transport phenomenon. As is known the mass in metals are transferred by diffusion movement. Most of the physical and chemical process is related with the diffusion phenomenon. It is the most important subject for the material science which we call it diffusion theory. Now we usually adopt the experimental method to research the diffusion in the material. But the diffusion velocity of atom in the metal is very slow and it takes us much time to observe it. What' more the movement usually can not observe directly and we should take many methods to help the researcher to observe it. The grey theory is an effective method to investigate the poor information and can be used to find the data law on the basis of a few known data. It has been extended into many fields. In the paper the authors firstly introduce the grey theory into the material research. Using the step-by-step optimum model GM (1,1) the authors investigate the law in the diffusion phenomenon. Two examples show the fitting data and predictive result are good. It is a new way for the material scholars to do the research and is deserved to extend to other fields. The model is fit for equal and unequal interval which means it can be easily used in many conditions.
机译:在材料研究中,我们经常调查大众运输现象。众所周知,金属中的质量是通过扩散运动来传递的。大多数的物理和化学过程都与扩散现象有关。这是材料科学最重要的学科,我们称之为扩散理论。现在,我们通常采用实验方法来研究材料中的扩散。但是原子在金属中的扩散速度非常慢,需要花费很多时间才能观察到。而且运动通常不能直接观察到,我们应该采取许多方法来帮助研究人员观察它。灰色理论是一种研究不良信息的有效方法,可用于基于一些已知数据查找数据定律。它已扩展到许多领域。在本文中,作者首先将灰色理论引入了材料研究。使用逐步优化模型GM(1,1),作者研究了扩散现象的定律。两个例子表明拟合数据和预测结果是好的。这是材料学者进行研究的新途径,值得推广到其他领域。该模型适合相等和不相等的间隔,这意味着它可以轻松地在许多条件下使用。

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