Abstract
This paper first attempts to consider the antenna length as a vector, and USES the dot product between the electric field intensity vector and the antenna length vector to calculate the induced electromotive force of a single-bar antenna. By establishing space coordinate system, the vector of electric field intensity and antenna length is decomposed, and then the vector dot product rule is applied to obtain the induced electromotive force on the antenna. The derivation of the theoretical formula shows that the results of the induced electromotive force of the single-bar antenna and the length of the antenna as scalar are the same as those of the length of the antenna as vector and the induced electromotive force of the single-bar antenna. Considering the antenna length as a vector and using vector dot product, it is feasible to calculate the induced electromotive force.
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