讨论了综合利用滇南高岭土矿物资源的途径，展望了开发的前景，并提出了建设性的意见。
The ways for comprehensive utilization of kaolin mineral resources in south of Yunnan was discussed and its development prospect was forecasted. Constructive opinions for it were proposed.
一种含硅酸铝的矿物，是高岭土的主要来源。
A mineral consisting of aluminum silicate; main source of kaolin.
高岭土的工艺矿物学特征直接决定着它的工业用途。
The characteristics of the technological mineralogy of kaolin directly decide its industrial utilization.
高岭土是一种非常重要、用途十分广泛的非金属矿物。
Kaolin is a very important use of a very wide range of non-metallic minerals.
介绍了齐齐哈尔黑粘土和淘洗高岭土的矿物类型、原料特性。
The mineral nature and material particulars of Qiqihar black clay and floated kaolin are described.
目前研究和应用较多的矿物掺合料是矿渣、粉煤灰和硅灰，而对偏高岭土的应用研究较少。
Current research and application for mineral admixtures are more about fly ash, slag and silica fume, and less about metakaolin.
我们要采购氧化铁，褐铁矿，高岭土，石膏碳酸钙，砂玻璃，防火砖，长石，石英，膨润土，白云石，非金属矿物。
We want to buy Iron Oxide, Limonite, Kaolin Clay, Gypsum Calcium Carbonate, Sand Glass, Fire Brick, Feldspar, Quartz, Bentonite, Dolomite Metal Mineral.
瓷石与高岭土的矿物成分不同，成因有别，在开采和加工方法上也有区分。
Porcelain stone and kaolin have different ingredients and origins so that they have different methods of quarrying and processing.
对泰国复杂高岭土矿样的物相分析表明影响其白度的主要杂质为含铁矿物。
Mineral Composition analysis to the kaolin sample indicates that main impurities affecting its whiteness are iron-bearing minerals.
我们的超细矿物质粉底，是为更好的遮盖和中性到油性皮肤设计的，包括：氧化锌，云母，二氧化钛，高岭土，硬脂酸镁，铁的氧化物，二氧化硅。
Our Superpower mineral foundation is designed for more coverage and for use on normal to oily skin. Contains: Zinc oxide, Mica, Titanium Dioxide, Kaolin, Magnesium Stearate, Iron Oxides, Silica.
以吉林白山地区石炭、二叠煤系高岭土（或高岭石）为试样，进行了矿物成分、含量分析和研磨、 煅烧、添加不同漂白剂加工工艺实验。
The chemical constitution and mineral composition were analysed with a hard kaolin(kaolinite) of the Carboniferous-Permian coal measures strata, in Baishan region of Jilin province as the sample.
结果表明：淮南煤灰中，矿物质组成为石英、硬石膏、方解石、高岭土和赤铁矿，其中硬石膏和方解石含量较低。
The results show that the mineral composition of Huainan coal ashes are mainly quartz, anhydrite, calcite, kaolinite and hematite.
研究结果对于深化煤系高岭土的矿物学研究和京西煤系高岭土的开发利用具有重要理论意义和指导意义。
This study is of significance both in the theoretical research on the kaolinite mineralogy and in the developmental practice of kaolinites in coal measures of west Beijing.
研究结果对于深化煤系高岭土的矿物学研究和京西煤系高岭土的开发利用具有重要理论意义和指导意义。
This study is of significance both in the theoretical research on the kaolinite mineralogy and in the developmental practice of kaolinites in coal measures of west Beijing.
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