2004Journal of Liaoning Normal UniversityRequires access

On the Interaction between Current Elements

Di Wu

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Abstract

Generally speaking, the interacting forces between two current elements do not satisfy Newton third law, that is, the total mechanical momentum of the moving charges are not conserved under the interaction of the electromagnetic forces. This paper has proved that the system consisting of the moving charge particles is still complied with the law of conservation of momentum, if,in addition,the momentum of the electromagnetic field is considered.

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Generally speaking, the interacting forces between two current elements do not satisfy Newton third law, that is, the total mechanical momentum of the moving charges are not conserved under the interaction of the electromagnetic forces. This paper has proved that the system consisting of the moving charge particles is still complied with the law of conservation of momentum, if,in addition,the momentum of the electromagnetic field is considered.

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Available abstract

Generally speaking, the interacting forces between two current elements do not satisfy Newton third law, that is, the total mechanical momentum of the moving charges are not conserved under the interaction of the electromagnetic forces. This paper has proved that the system consisting of the moving charge particles is still complied with the law of conservation of momentum, if,in addition,the momentum of the electromagnetic field is considered.

Key concepts: Momentum (technical analysis), Physics, Current (fluid), Electromagnetic field, Classical mechanics, Conservation law, Third law, Charge (physics)

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