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首页> 外文期刊>Interceram: International Journal for Bricks, Structural Clay Products, Refractories, Pottery, Fine Ceramics, Abrasives and Special Ceramics >The Predictability of CO Resistance of Refractory Materials by State-of-the-art Test Methods - A Technical and Scientific Approach
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The Predictability of CO Resistance of Refractory Materials by State-of-the-art Test Methods - A Technical and Scientific Approach

机译:采用最新测试方法可预测耐火材料的耐CO性能-一种科学技术方法

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摘要

Recent studies performed at the Research Association for Refractories (FGF) in Bonn emphasise the importance of the modification of carbon deposited on refractory material: High resolution transmission electron microscopy (HRTEM) clearly shows the appearance of at least two macromolecule like carbon structures, beside minor amounts of microcrystalline graphite. In another scientific context these structures are very well described and referred to as "bucky onions" and "carbon nanotubes". Both can be deduced from the fullerenes with their most prominent species, C60.
机译:波恩耐火材料研究协会(FGF)进行的最新研究强调了改性沉积在耐火材料上的碳的重要性:高分辨率透射电子显微镜(HRTEM)清楚地显示了至少两个大分子状的碳结构,除了次要的量的微晶石墨。在另一种科学背景下,这些结构得到了很好的描述,并被称为“巴基洋葱”和“碳纳米管”。两者都可以从富勒烯及其最突出的物种C60中推导出来。

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