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【答案】应助回帖
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姚小妮是我: 金币+70, 翻译EPI+1, ★★★很有帮助, 35 2015-04-22 22:48:44
As described in another previous publication9, different thermal expansion coefficients of the phases formed during sintering contribute to the high resistance of AZT ceramics against thermal shock.
根据已发表文献[9]中的描述，由于烧结过程中形成的多种相具有不一样的热扩散系数，这提高了AZT陶瓷对热冲击的抵抗性。
The focus of the present paper is on Al2O3-rich magnesium aluminate spinel, a widely used refractory material, which was modified by the addition of aluminum titanate.
这篇文章的主要研究对象是一种常用的耐火材料，即富含氧化铝的镁铝尖晶石，并在这种材料中加入了钛酸铝。
Initially, typical results of thermal shock experiments on AZT ceramic are shown for the purpose of comparison.
作为对比，文章首先给出了AZT陶瓷热冲击试验的代表性结果。 |
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