The electromagnetic fields, either in a material or in a vacuum, are governed by the Maxwell’s equations, as is known. These equations written in the classical form thoroughly describe the evolution of the e.m. fields, provided that the body is a rigid body at rest. If the body is in motion with a given velocity the Maxwell’s equations, suitably amended, still govern the e.m. fields in the so-called Galilean approximation (which holds for velocities that are negligible with respect to that of light).
Mechanics of Electromagnetic Bodies
TRIMARCO, CARMINE
2006-01-01
Abstract
The electromagnetic fields, either in a material or in a vacuum, are governed by the Maxwell’s equations, as is known. These equations written in the classical form thoroughly describe the evolution of the e.m. fields, provided that the body is a rigid body at rest. If the body is in motion with a given velocity the Maxwell’s equations, suitably amended, still govern the e.m. fields in the so-called Galilean approximation (which holds for velocities that are negligible with respect to that of light).File in questo prodotto:
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