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Dispersion Interactions as Criterion of Optimization of Cementless Composite Binders

机译:分散体相互作用作为优化非水泥复合粘结剂的标准

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The specimens of fine cementless composite binders with various contents of polymineral sand have been prepared. The relative change in surface free energy (δ E ~( S )) has been calculated for these silica-containing systems and the ultimate compression strengths of their composites have been determined. The functional relationships of the mineral fine compositions have shown high negative correlation between the compared parameters. The validity of the mathematical model for the evaluation of dispersion interaction in the composites based on fine mineral particles has been confirmed. The parameter δ E ~( S )has been recommended for the choice of the optimal composition of the mixture characterized by the maximum compression strength.
机译:制备了具有各种含量的多矿物砂的精细非水泥复合粘结剂标本。已为这些含二氧化硅的体系计算了表面自由能的相对变化(δE〜(S)),并确定了其复合材料的极限压缩强度。矿物细组合物的功能关系在所比较的参数之间显示出很高的负相关性。已经证实了用于评估基于细矿物颗粒的复合材料中分散相互作用的数学模型的有效性。建议使用参数δE〜(S)来选择以最大抗压强度为特征的混合物的最佳组成。

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