从电子精细结构原理上揭示直流导线引、斥现象本质

To Reveal the Essence of the Attractive and Repulsive Behaviors between DC Wires by Exploring the Fine Structures of Electrons

电子具有内部精确结构及运行原理,"磁子环"通过环绕相扣结合而成电子,两根同向直流导线周围的"磁子环流"相遇可发生"环环相扣"的结合力作用;两根逆向直流导线周围的"磁子环流"相遇可发生"环环相撞、分离"的支撑、推斥力作用,进而导致了两根直流导线之间的相吸、相斥现象。

An electron has a precise internal structure and operation principle Interlocking 'magneton rings' combine into an electron by revolving around each other DC wires can produce'annular magneton flow'around them.When two DC wires with the same direction of current flow laced closely,the annular magneton flow around each of them combines and generates forces that promote magneton rings to revolve around and attract each other.Conversely,the encounter of the annular magneton flows around the DC wires of contrasting directions of current flow can result in rings colliding and repelling.This leads to the observable behaviors of the two DC wires attraction and repulsion.