Discute-se, aqui, uma questão relevante acerca da explicação de certos fenômenos, quais sejam aqueles em que surge uma força eletromotriz de movimento em situações tais que a lei de Faraday não se aplica. Na esteira desta discussão, comentam-se outras questões a respeito da teoria eletromagnética clássica, como a sua estrutura axiomática e sua relação com a teoria da relatividade.We discuss here an important question concerning the explanation of some phenomena in which a motional electromotive force appears, by using Faraday's law under conditions where it does not apply. In addition, this discussion gives rise to comments on subjects such as the axiomatic structure of the classical electromagnetic theory and its relation with relativity
The validity of the flux rule to determine the electromotive force in a cycle, epsilon = -d Phi/dt, ...
v. 1. I. Introduction. II. Outline of the electromagnetic connections. Appendix A: The rotational et...
The force law of Maxwell’s classical electrodynamics does not agree with Newton’s third law of motio...
Discute-se, aqui, uma questão relevante acerca da explicação de certos fenômenos, quais sejam aquele...
Finding the force of electromagnetic origin in a continuous medium is an old problem that has not be...
This study shows physicists' discussions on the meaning of Faraday's law where situations involving ...
Este trabalho aponta os caminhos distintos que foram utilizados historicamente para a obtenção da ex...
The classical theory of electrodynamics is built upon Maxwell's equations and the concepts of electr...
When electric charges are in motion the forces between them differ from the electrostatic forces. Th...
The Faraday-Ampère laws of electro-magnetic induction are formu-lated in terms of even and odd diff...
The electromagnetic field of bodies in uniform rectilinear motion ; electromagnetic induction ; rela...
Abstract: This research is about the special theory of relativity on electric permittivity and magne...
Our goal is to present a derivation of Lorentz’s transformations from gedanken experiments with elec...
We analyze the transformation properties of Faraday law in an empty space and its relationship with ...
In concert with a companion paper,1 inertial mass is explained and predicted for any velocity from e...
The validity of the flux rule to determine the electromotive force in a cycle, epsilon = -d Phi/dt, ...
v. 1. I. Introduction. II. Outline of the electromagnetic connections. Appendix A: The rotational et...
The force law of Maxwell’s classical electrodynamics does not agree with Newton’s third law of motio...
Discute-se, aqui, uma questão relevante acerca da explicação de certos fenômenos, quais sejam aquele...
Finding the force of electromagnetic origin in a continuous medium is an old problem that has not be...
This study shows physicists' discussions on the meaning of Faraday's law where situations involving ...
Este trabalho aponta os caminhos distintos que foram utilizados historicamente para a obtenção da ex...
The classical theory of electrodynamics is built upon Maxwell's equations and the concepts of electr...
When electric charges are in motion the forces between them differ from the electrostatic forces. Th...
The Faraday-Ampère laws of electro-magnetic induction are formu-lated in terms of even and odd diff...
The electromagnetic field of bodies in uniform rectilinear motion ; electromagnetic induction ; rela...
Abstract: This research is about the special theory of relativity on electric permittivity and magne...
Our goal is to present a derivation of Lorentz’s transformations from gedanken experiments with elec...
We analyze the transformation properties of Faraday law in an empty space and its relationship with ...
In concert with a companion paper,1 inertial mass is explained and predicted for any velocity from e...
The validity of the flux rule to determine the electromotive force in a cycle, epsilon = -d Phi/dt, ...
v. 1. I. Introduction. II. Outline of the electromagnetic connections. Appendix A: The rotational et...
The force law of Maxwell’s classical electrodynamics does not agree with Newton’s third law of motio...