Results 291 to 300 of about 31,605 (318)

Classical Electromagnetic Radiation

Physics Bulletin, 1966
J. B. Marion New York: Academic Press. 1965. Pp. xv + 479. Price 86s. As the author says, there exists a vast literature of general works on electricity and magnetism. This book extracts and organizes the topics most relevant to radiation theory, and presents them to the student who is equipped with the basic physical facts and the basic mathematical ...
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Review of Classical Electromagnetism [PDF]

, 1994
The study of nature and the laws which it follows is one of the main goals of scientists. Physicists, in particular, dedicate themselves to research mechanical, gravitational, electric, magnetic, optical, and nuclear phenomena. In this Chapter we will concentrate on the study of classical electromagnetism.
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The theory of multipoles in classical electromagnetism

International Journal of Engineering Science, 1971
Abstract The static and dynamic theory of electric and magnetic multipoles is given for a rigid medium and then generalized for a nondissapative deformable continuum.
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Classical Electromagnetism

2017
: Two jewels of classical physics are James Clerk Maxwell’s field equations (1861–1862) and the Lorentz force law (Henrick Lorentz, 1892) for electrodynamics. Although this field theory is not exact in some extreme situations, it is bedrock physics that has been used successfully to solve many problems in applied science.
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Required Revisions to Classical Electromagnetism [PDF]

, 2008
Abstract : It is shown that the generally accepted set of Maxwell s equations is incomplete and an additional law pertaining to the divergence of the induced electric field is required. A major implication is that standard derivations of the wave equations given in the literature are invalid.
Paul J. Cote, Mark Johnson
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Nonlinear classical theory of electromagnetism [PDF]

International Journal of Theoretical Physics, 1977
A topological theory of electric charge is given. Einstein's criteria for the completion of classical electromagnetic theory are summarized and their relation to quantum theory and the principle of complementarity is indicated. The inhibiting effect that this principle has had on the development of physical thought is discussed.
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Classical electromagnetism at thermal equilibrium [PDF]

Nanophotonics VIII, 2020
Starting from optical Dirac equation, an alternative form of Maxwell's equations, I introduce a statistical operator and derive the optical analogue of von Neumann equation, which is the dynamical equation of the operator. I also found one of its stationary solution, a thermal state.
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Relativity and classical electromagnetic theory [PDF]

Physics Bulletin, 1968
Professor G. D. West (December 1967 Bulletin) might say more about relativity and classical electromagnetic theory in the early 1900s. As is known to students of special relativity, Einstein obtained his famous energy equation as a consequence of the mass variation law = γ0 (where γ ≡ [1 –υ2/c2]−½)
J D Nightingale, M Samberg
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Classical Theory of Electromagnetism

1979
The classical theory of electromagnetism is formulated on the basis of a particular frame of reference, called the rest frame or the ether frame, in the Newtonian space-time. We develop this theory in four stages: first, electrostatics concerning the electric fields associated with a steady distribution of electric charges; second, magnetostatics ...
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New Perspective on Classical Electromagnetism

2013
Abstract : The fallacies associated with the gauge concept in electromagnetism are illustrated. A clearer and more valid formulation of the basics of classical electromagnetism is provided by recognizing a previously overlooked law of induction as well as the physical reality of the vector potential.
Mark A. Johnson, Paul J. Cote
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