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The effect Na_2SiO_3/NaOH ratio to specific gravity and water absorption of artifiticial geopolymer aggregate dolomite based

机译:基于艺术性地缘聚合物聚集体的效果Na_2SIO_3 / NaOH比与艺术性地缘聚合物聚集体骨料的比重和吸水

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Industry such as construction and materials had depended a lot on the available aggregate. The use of aggregate need to be designed so that it have a well sustainable system with good physical properties. This paper is using dolomite to produce an artificial aggregate. The dolomite based artificial aggregate is produced using geopolymer as a hardened process. The dolomite base artificial aggregate is tested with a different alkaline activator to find water absorption and density. The lowest water absorption of dolomite artificial aggregate is 14%. The specific gravity of the artificial aggregate tested are lower when the sodium silicate is decreasing. The lowest density of artificial aggregate obtain are with 2.03 g/cm~3.
机译:建筑和材料等行业取决于可用的总体。需要设计使用聚合,使其具有良好的物理性质的可持续系统。本文使用白云石产生人为骨料。基于白云石的人工骨料使用邻聚合物作为淬蚀过程生产。用不同的碱性活化剂测试白云石基础人工骨料以找到吸水和密度。白云石人工骨料的最低吸水率为14%。当硅酸钠降低时,测试的人工骨料的比重较低。人工聚集体获得的最低密度为2.03g / cm〜3。

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