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The Effect of Applying Nano carbon in Carbon containing Refractories

机译:纳米碳在含碳耐火材料中的应用效果

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In this research, the effects of nano carbon materials were evaluated in carbon containing refractories, especially continuous casting nozzle. As using the nano carbon material, we will expect excellent performance low expension, high strength, low elastic modulus, low carbon content. One of the most useful nano carbon materials is CNT, which has unique properties in mechanical, thermal, electrical. Dispersion of nano carbon is a challenging task for their utilization in any application. For many industrial applications a uniform and stable dispersion of particular matter plays an important role. Currently two approaches are widely used in nano carbon dispersion, the mechanical approaches and chemical approaches. In this research, we study nano carbon dispersion for using simple addition method and liquid dispersion method and A1203-nano carbon composite method. By using the above method, development of optimized Nano carbon dispersion and effect of applying Nano carbon material in refractories are discussed in detail.
机译:在这项研究中,评估了纳米碳材料在含碳耐火材料,尤其是连铸喷嘴中的作用。当使用纳米碳材料时,我们将期待优异的性能,即低消耗,高强度,低弹性模量,低碳含量。 CNT是最有用的纳米碳材料之一,它在机械,热学和电学方面具有独特的性能。纳米碳的分散对于在任何应用中的利用都是一项艰巨的任务。对于许多工业应用,特定物质的均匀稳定分散起着重要作用。当前,在纳米碳分散中广泛使用两种方法,机械方法和化学方法。在这项研究中,我们研究了使用简单添加法和液相分散法以及A1203-纳米碳复合法的纳米碳分散体。通过上述方法,详细讨论了优化的纳米碳分散体的开发以及在耐火材料中应用纳米碳材料的效果。

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