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Giant circular motion of zinc particles in sulfuric acid under high magnetic field

机译:强磁场下硫酸中锌颗粒的巨圆运动

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摘要

Under high magnetic field, giant circular motion of zinc particles during dissolution in sulfuric acid was observed. This effect was ascribed to the Lorentz force arising from the interaction between the dissolution current penetrating through the inside of the particle and the external magnetic field. According to theoretical predictions, it was concluded that the coagulated zinc particles take the circular motion, and the particle velocity is proportional to the magnetic flux density. [References: 8]
机译:在高磁场下,观察到锌颗粒在硫酸中溶解期间的巨大圆周运动。这种作用归因于通过颗粒内部穿透的溶解电流与外部磁场之间的相互作用所产生的洛伦兹力。根据理论预测,可以得出结论,凝结的锌颗粒呈圆周运动,且颗粒速度与磁通密度成正比。 [参考:8]

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