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Pneumatic jigging: Influence of operating parameters on separation efficiency of solid waste materials

机译：气动夹具：操作参数对固体废物分离效率的影响

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摘要

This article aims to provide insights into the factors that contribute to the separation efficiency of solid particles. In this study, a pneumatic jigging technique was used to assess the separation of solid waste materials that consisted of copper, glass and rubber insulator. Several initial experiments were carried out to evaluate the strengths and limitations of the technique. It is found that despite some limitations of the technique, all the samples prepared for the experiments were successfully separated. The follow-up experiments were then carried out to further assess the separation of copper wire and rubber insulator. The effects of air flow and pulse rates on the separation process were examined. The data for these follow-up experiments were analysed using a sink float analysis technique. The analysis shows that the air flow rate was very important in determining the separation efficiency. However, the separation efficiency may be influenced by the type of materials used.
机译：本文旨在提供有关有助于固体颗粒分离效率的因素的见解。在这项研究中，使用了气动夹具技术来评估由铜，玻璃和橡胶绝缘子组成的固体废物的分离。进行了几次初步实验，以评估该技术的优势和局限性。发现尽管技术有一些限制，但为实验准备的所有样品均已成功分离。然后进行后续实验，以进一步评估铜线和橡胶绝缘子的分离。检查了气流和脉冲速率对分离过程的影响。这些后续实验的数据使用沉浮分析技术进行了分析。分析表明，空气流速对于确定分离效率非常重要。但是，分离效率可能会受到所用材料类型的影响。

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