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首页> 外文期刊>Japanese Journal of Applied Physics. Part 1, Regular Papers, Brief Communications & Review Papers >Expansion of Vibration-Based Sphere-Pack Technology to Binary Mixture Including Irregular Particles
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Expansion of Vibration-Based Sphere-Pack Technology to Binary Mixture Including Irregular Particles

机译:将基于振动的球体封装技术扩展到包括不规则颗粒的二元混合物

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摘要

Vibration-based sphere-pack technology has been successfully expanded to a binary mixture including irregular particles. The packed fraction (PF) in a single component of an irregular particle exhibits a trend of increasing with shape improvement. An increase of PF of 8% is realized via grinding of the irregular particle toward an edgeless or round shape. The PF of a binary component mixture is roughly determined by the condition of large particles, being almost independent of that of small particles.
机译:基于振动的球形填充技术已成功扩展为包括不规则颗粒的二元混合物。不规则颗粒的单一组分中的填充分数(PF)表现出随形状改善而增加的趋势。通过将不规则颗粒磨成无边或圆形,可以将PF提高8%。二元组分混合物的PF大致取决于大颗粒的状况,而几乎与小颗粒的状况无关。

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