实验结果表明：煅烧产物由煅烧前的晶态转变成了非晶态，煅烧温度对煅烧产物的结构有一定影响。
The results show that the calcined kaolin has been transformed from crystallized kaolin to non-crystal one, and calcinate temperature has some influence on its structure.
研究了燃料种类及煅烧温度对合成产物相组成和粉末形貌的影响。
The influences of fuels and various calcinations temperatures on the phase components and microstructure of combustion synthesized products are described.
对高温煅烧硬石膏的分解温度与分解率，分解产物的活性与对粉煤灰的激发效应进行了试验研究，提出了初期和后期两期激发机理。
In this paper, experimental study is made on decomposition temperature, decomposition ratio of calcined anhydrite, activity of decomposition products and stimulating effect on fly ash.
结果表明，合成的前驱体为一种有机硅化合物，其干燥、煅烧后的产物为堇青石。
The results show that the synthesized precursor is an organosilicon compound and its dried and roasted product is cordierite.
结果表明，加入预处理工艺可使最终颜料产物的平均反射率值提高10.71%，白度值提高10.14%。其中，镀前煅烧工艺的作用为本试验过程的新发现，并取得较好的试验效果。
The results showed that the average reflectivity and the whiteness of the final products is heightened by 10.71% and 10.14% respectively under the effect of preparation technics.
详细讨论了煅烧制度，如煅烧温度、升温速率和却冷方式对最终产物晶体结构的影响。
The effects of calcination system and cooling mode on crystal structure of the products were discussed.
在此方法中，煅烧时间、煅烧温度、葡萄糖含量对产物性能影响很大。
In the method, glucose content, calcination temperature, and calcination time have important effects on the performance of LiFePO4.
在此方法中，煅烧时间、煅烧温度、葡萄糖含量对产物性能影响很大。
In the method, glucose content, calcination temperature, and calcination time have important effects on the performance of LiFePO4.
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