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1·Micropowder of mullite is manufactured by gap mill.

采用环缝磨制备了莫来石微粉。

2·Introduced the Mullite More fiber in the use of furnace effect.

介绍了多晶莫来石纤维在加热炉上的使用效果。

3·The XRD result shows that the main crystalline phase of the ceramic is mullite.

射线衍射分析结果表明，材料的主晶相为莫来石。

4·The substructure and the fracture process of mullite ceramics were studied by TEM and SEM.

用透射电镜和扫描电镜研究了莫来石陶瓷的亚结构特征和断裂过程。

5·The porous mullite ceramics showed a uniform pore size distribution and a porosity of 96.22%.

这种多孔莫来石纤维陶瓷具有较均匀的孔分布，并且孔隙率高达96·22 %。

6·Some methods about preparation of mullite whisker at home and abroad are reviewed in this paper.

本文对国内外制备莫来石晶须的合成方法作了简要的综述。

7·Mullite particles was synthesized by hydrothermal crystallization from kaolinite in coal measures.

以煤系高岭岩为原料，采用水热晶化法合成超细莫来石粉。

8·The aging process of mullite short fibre reinforced ZL109 composites was studied via hardness test.

通过测试硬度的方法，对莫来石短纤维增强ZL 109复合材料的时效析出行为进行了研究。

9·Used for corundum bricks , mullite bricks , silicate bricks masonry in blast furnaces , hot air stoves .

用于高炉、热风炉砌筑刚玉砖、莫来石砖、硅线石砖、低蠕变高铝砖。

10·Zirconia Toughened Mullite (ZTM) ceramics is one of finest Performance high temperature structure ceramics.

氧化锆增韧莫来石(ztm)是优良的高温结构陶瓷材料。

莫来石

1·This is mainly because of the effect of volumetric expansion which occurs when kyanite powder is transformed into mullite.

这主要是由于蓝晶石细粉向莫来石转化时发生的体积膨胀效应所致。

2·The tensile stress in matrix introduced by mullite particles made the cracks incline to extend into the matrix.

由莫来石颗粒引入的基体拉应力使裂纹倾向于向晶内扩展。

3·The substructure and the fracture process of mullite ceramics were studied by TEM and SEM.

用透射电镜和扫描电镜研究了莫来石陶瓷的亚结构特征和断裂过程。

4·After the specimens were sintered, with the decrease of the content of mullite in matrix the bend strength decreased, but the refractoriness under load increased.

达到烧结后，试样的常温强度随基质中莫来石含量的减少逐渐降低，高温荷重软化温度逐渐升高。

5·The effect of the sintering temperature and the mullite content on the dielectric properties and the bending strength has been studied.

研究了烧结温度和莫来石含量对复合材料的介电性能和抗弯强度的影响。