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Preparation and evaluation of the influence of modified fiber flour wood on the properties of the fresh condition of cement-based mortars

机译:改性纤维粉木的制备及其对水泥基砂浆新鲜状况性能影响的评估

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Wood fibers were used as fillers in the partial cement matrix by replacing the cement to a content of 1% by weight of cement. The effect of wood fibers on porosity and compressive strength has been studied. The results obtained show an improvement in the compressive strength of more than 40% with 1% by weight of wood fibers. The addition of wood fibers shows a good pore reduction, and the best result was obtained with the emulsion of a mixture incorporating 1% by weight of wood fibers in the presence of an anionic surfactant (SDBS). The degree of hydration of the cement increases with the wood fibers. This property was confirmed by Fourier transform infrared spectroscopy. These analyzes revealed that the presence of wood fibers generates and promotes the hydration of the cement, producing more calcium silicate gel and portlandite, which affects the compressive strength which gives a strong improvement.
机译:通过代替水泥至水泥重量的1%,木纤维被用作部分水泥基体中的填料。研究了木纤维对孔隙率和抗压强度的影响。所获得的结果表明,以1%(重量)的木纤维,压缩强度提高了40%以上。木纤维的添加显示出良好的孔隙减少,并且在阴离子表面活性剂(SDBS)的存在下用掺入1重量%木纤维的混合物的乳液获得了最佳结果。水泥的水合度随木纤维的增加而增加。通过傅里叶变换红外光谱法证实了该性质。这些分析表明,木纤维的存在会产生并促进水泥的水合作用,从而产生更多的硅酸钙凝胶和硅酸盐,这会影响抗压强度,从而产生很大的改善。

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