2003•Unpublished venueRequires access

A way of understanding lorentz force material

Huilian Li

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Abstract

According to the equivalence between displacement current and conducting current in Maxwell's equation and by the way of analogy and inference, the essay supposes the Material of Lorentz Force F = qv ×B to be motional electric field force, and then proves it's correct by the method of equivalent exchange to make sure of having a better understanding of Lorentz Force Material in the special theory of relativity.

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What this paper is about

According to the equivalence between displacement current and conducting current in Maxwell's equation and by the way of analogy and inference, the essay supposes the Material of Lorentz Force F = qv ×B to be motional electric field force, and then proves it's correct by the method of equivalent exchange to make sure of having a better understanding of Lorentz Force Material in the special theory of relativity.

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Available abstract

According to the equivalence between displacement current and conducting current in Maxwell's equation and by the way of analogy and inference, the essay supposes the Material of Lorentz Force F = qv ×B to be motional electric field force, and then proves it's correct by the method of equivalent exchange to make sure of having a better understanding of Lorentz Force Material in the special theory of relativity.

Key concepts: Lorentz force, Lorentz transformation, Electric displacement field, Classical mechanics, Analogy, Lorentz covariance, Force field (fiction), Physics

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