Authors: Yannan Yang
From the distribution characteristics of the magnetic field created by a current wire, we speculate that a current wire will experience force from a magnetic field nearby even if the current does not go through the field. From the same analysis, a similar effect should also exist for a moving charged particle, i.e., a moving charged particle will experience force from a nearby magnetic field, although the particle does not cut across the magnetic field. To prove the existence of this force, two experiments are performed and the results support our speculation. Considering the experimental results of this paper, if the relativistic transformation of field is universally valid, a motional electromotive force should be created in a neutral conductor moving through a space where there is no magnetic field, as long as there is a magnetic field around. Experimental designs are proposed to prove this motional electromotive force.
Comments: 8 Pages.
[v1] 2017-12-11 06:43:19
Unique-IP document downloads: 17 times
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