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Use of Uniform and Inert Beads for the Determination of Shrinkage Limit of Fine Grained Soils

机译:使用均匀和惰性珠粒测定细粒土壤的收缩极限

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摘要

Shrinkage limit is one of the important index properties determined in the laboratory, which has practical applications such as classification of soils based on their degree of expansivity and as a measure of volumetric stability of clayey soils in the field. The conventional method of its determination requires the use of mercury, which is a heath hazardous substance. This paper proposes and discusses the use of beads of an inert material having uniform grain size for the determination of volume of dry soil pat, which is required for calculating the shrinkage limit of the soil. The shrinkage limit values obtained from the use of uniform beads of an inert material compare very well with those obtained from the conventional mercury displacement method and are within the acceptable limits.
机译:收缩极限是实验室确定的重要指标性质之一,具有实际应用价值,例如根据土壤的膨胀度对土壤进行分类以及作为田间粘土土壤体积稳定性的度量。传统的测定方法需要使用汞,这是一种健康的有害物质。本文提出并讨论了使用具有均匀粒度的惰性材料的微珠来确定干土拍的体积,这是计算土壤收缩极限所必需的。通过使用惰性材料的均匀珠粒获得的收缩极限值与通过常规汞置换方法获得的收缩极限值非常好,并且在可接受的极限范围内。

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