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| 摘要: |
| 以不同颗粒度砂岩和不同颗粒级配砂岩配料，通过对所熔制的样品进行ＤＴＡ，ＴＧ和ＸＲＤ分析，探讨砂岩颗粒度和颗粒级配对硅酸盐形成和熔融过程的影响，以及掺水后不同颗粒度砂岩配合料的硅酸盐形成反应变化．研究结果表明，砂岩下限控制在１５０目的掺水配合料无明显细粉团聚现象，具有不掺水细颗粒砂岩配合料的硅酸盐形成反应特点和良好的熔制效果 |
| 关键词: 砂岩颗粒度 颗粒级配 玻璃配合料 |
| DOI： |
| 分类号:TQ171.612 |
| 基金项目:国家建筑材料工业局国家重点新技术推广示范项目 |
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| Effect of Sand Grain Size and Grain Size Distribution on Glass Melting |
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He Yunqiu Lin Jian Zhu Jiqian Ma Fuding
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| Abstract: |
| The glass batches with different sand grain sizes and grain size distributions were studied by DTA, TG and XRD analysis regarding the silicate formation and succeeding melting. Adding water in the glass batches with different sand sizes shows strong effect on the process of silicate formation. When water is added, the glass batch with the fine sand grain size controlled not to be finer than 0.10 mm in diameter has the characteristics of silicate formation similar to that of glass batch with the very fine sand powder and no water added in a laboratory experiment. Notable agglomeration does not occur in the glass batch with this controlled sand grain size, which is indicated by both carbonate decomposition and silicate formation at lower temperature, and therefore an optimized glass melting is expected. |
| Key words: sand grain size,grain size distribution,glass batch |
