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首页> 外文期刊>The Science of the Total Environment >Mineralogy and morphology of sand: Key parameters in the durability for its use in artificial beach nourishment
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Mineralogy and morphology of sand: Key parameters in the durability for its use in artificial beach nourishment

机译:沙子的矿物学和形态:用于人工海滩养料​​的耐久性的关键参数

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摘要

Sand is the third most consumed material in the world, although it is a very scarce material. An exhaustive knowledge of sand and its behaviour against the waves is important for selecting the most suitable material to avoid shoreline erosion. To this end, a pattern of behaviour against accelerated wear test has been sought for 26 sand samples with different characteristics and origins (natural, dredged and quarried), with a focus on their mineralogy as well as a comparison of beach evolution carried out by other authors. Several techniques have been applied for characterization: granulometry, calcimetry, XRD and SEM. The results show that the different degrees of sand grain wear are not only due to their size and mineralogy, but also to the morphology of the particles.
机译:沙子是世界第三大消耗材料,尽管它是一种非常稀有的材料。详尽了解沙子及其对海浪的行为对于选择最合适的材料以避免海岸线侵蚀很重要。为此,已针对26种具有不同特征和来源(天然,疏and和采石)的砂样寻找了一种抗加速磨损试验的行为模式,重点是其矿物学以及其他人对海滩演变的比较。作者。几种技术已用于表征:粒度分析,比色法,XRD和SEM。结果表明,不同程度的砂粒磨损不仅是由于其尺寸和矿物学,而且还取决于颗粒的形态。

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