Maxwell equations


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Maxwell equations

[′mak‚swel i‚kwā·zhənz]
(electromagnetism)
References in periodicals archive ?
The rest of this paper is dedicated to a rigorous regularity analysis of the solution of time-harmonic Maxwell equations in simply connected and bounded domains [OMEGA] [subset] [R.
For the sake of computational and implementational ease, LLG and Maxwell equations can be decoupled which leads to only two linear systems per time step.
phi]] which is the consequence of the natural symmetry of Maxwell equations.
At the centre, the Maxwell equations at the wave equations of the second order with respect to, for example, the electrical field.
The related Euler-Lagrange (E-L) equations provide the Maxwell equations in the Lagrangian form, the balance equation of momentum and additional constitutive-like equations for P and M.
In an isotropic, homogeneous, and source free medium described by wave number k and impedance [eta], the new set of solutions to the source-free Maxwell equations may be obtained by using the following relations [24]
In this work we analyze the computational performance of a finite element (FEM) formulation which solves numerically the regularized time-harmonic Maxwell equations using nodal elements.
Writing for graduate students researchers, and technologists he discusses such aspects as the Hamiltonian formulation of Maxwell equations for the modes of anisotropic waveguides, circular fibers made of isotopic materials, modes at the interface between two materials, planar metal/dielectric metamaterials, and semi-analytical methods of solving nonlinear equations of two variables.
Villone, "Interpolating wavelets for the solution of Maxwell equations in the time domain," IEEE Trans.
VALLI, A domain decomposition approach for heterogeneous time-harmonic Maxwell equations, Comput.
After reviewing classical optics in a global vacuum on the basis of free-space Maxwell equations, Keller discusses the theory of photon wave mechanics, considering the properly normalized transverse part vector potential as a wave function of the free photon, introduces the quantum photon emerging upon quantization of the electromagnetic field, and explores photon physics in the rim zone of matter.