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Preparation of Yttria with Elongated Grains and Micro-pores

机译:用细长晶粒和微毛孔制备yttria

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The effect of lmol% calcia additive on sintering of yttria was investigated, and a yttria with elongated grains and micro-pores was developed in present work. The results showed that in calcia added samples heated at 1600°C, calcia contained yttria solid solution grains were formed and distributed among pure yttria grains. With the prolonging soaking time, they were concentrated into rod- or plate-like elongated grains and some of them were embedded into pure coarse yttria grains. Furthermore, in calcia added samples, grain growth was much faster and lots of micro-pores were left in coarse pure yttria grains. Water quench test revealed that thermal shock resistance of calcia added sample was greatly improved by elongated grains and micro-pores.
机译:研究了LMOL%钙钙添加剂对YTTRIA烧结的影响,并在现有的工作中开发了具有细长晶粒和微孔的yttria。结果表明,在1600℃加热的氧化性添加样品中,钙化含有氧化钇固溶体晶粒并分布在纯的ytTria颗粒中。随着浸泡的时间延长,将它们集中成杆状或板状细长晶粒,其中一些嵌入纯粗ytTria颗粒中。此外,在氧化钙添加的样品中,晶粒生长速度得多,粗纯ytTrai颗粒留下了大量的微孔。水骤冷试验显示,通过细长的晶粒和微孔大大提高了钙化钙添加样品的热抗冲击性。

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