关键词： 高流动砂浆；增粘剂；工作性能；力学性能；微孔结构 [gap=1226]ortar； viscosity-modifying admixture； working performance； physical performance； microcellular structure
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Experimental results showed that the melt strength was enhanced and the microcellular structure became more uniform when the Talc was added to the blend.
研究结果表明，滑石粉的加入使体系的熔体强度提高，发泡样品的泡孔结构变得更均匀。
Because of a polyfluortetraethylene microcellular structure and the flowability of the aerogel powder body, the waterproof heat insulation sandwich layer has good ventilation performance.
聚四氟乙烯微孔结构和气凝胶粉体的可流动性，使得防水隔热夹层具有良好的透气性。
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