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首页> 外文期刊>Advanced Powder Technology: The internation Journal of the Society of Powder Technology, Japan >A revised methodology for the determination of bulk material cohesion and adhesion
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A revised methodology for the determination of bulk material cohesion and adhesion

机译:修订方法,用于测定散装材料的内聚力和粘附性

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摘要

The determination of the wall liner properties and more importantly the flow properties of a bulk material is critical for the design of any bulk materials handling system. The design of such materials handling systems will be most effective when handling bulk materials at the physical properties they were designed to handle. Due to the fast-paced nature of expansion in the mining industry and demand of mineral resources, it is quite common for materials handling systems to handle bulk materials that were not intended for the system. Wet and Sticky Materials (WSM) within the materials handling stream can cause significant downtime, due to events such as blockages of bins, hoppers and transfer chutes, remains left in train wagons and dump trucks as well as conveyor belt carry back (Roberts, 2005; Connelly, 2011 [2]).
机译:壁衬里特性的确定更重要地,散装材料的流动性能对于设计任何散装材料处理系统至关重要。 这种材料处理系统的设计将在处理以处理的物理性质处理散装材料时最有效。 由于采矿业扩建的快节奏性和矿产资源需求,材料处理系统非常常见,以处理不用于系统的散装材料。 材料处理流内的湿和粘性材料(WSM)可能会导致大量停机时间,由于箱,料斗和转移槽的堵塞,留在火车货车和自卸卡车以及输送带回载(罗伯茨,2005年 ; Connelly,2011 [2])。

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