研究表明，数字图像技术在耐火材料显微结构研究中具有快捷、方便、多用途、精确等优点。
It is proved that the technology has the advantages of convenience, multi use and accuracy in the research of refractories microstructure.
碱性耐火材料很多的优良性能是源于其直接结合的显微结构。
Many excellent properties of basic refractories owe to their direct bonded microstructure and the direct bonded refractory is a developing trend in refractory industry.
材料的蠕变性能受显微结构影响，牢固的莫来石网络骨架是制备低蠕变耐火材料的关键；
The refractories prepared with high impurity raw materials have poor creep resistance because of the high glass phase content and its low viscosity ;
材料的蠕变性能受显微结构影响，牢固的莫来石网络骨架是制备低蠕变耐火材料的关键；
The refractories prepared with high impurity raw materials have poor creep resistance because of the high glass phase content and its low viscosity ;
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