time domain Maxwell's equations
Cell-Vertex Based Multigrid Solution of the Time-Domain Maxwell's Equations
... volume time domain (FVTD) methods are used to solve the time domain Maxwell’s equations written as a system of hyperbolic conservation laws ...
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EM Fields Inside a Rotating Circular Hollow Dielectric Cylinder: Numerical Simulation in 2Ds
... the time-domain Maxwell’s equations and reported to generate compatible results with that by finite-difference time-domain (FDTD) where an infinite long PEC strip is under the illumination ...
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A two-level domain-decomposition preconditioner for the time-harmonic Maxwell's equations
... indefinite time-harmonic Maxwell’s system at mid- to high-frequency is a problem of great current ...how domain-decomposition (DD) solvers recently proposed for the Helmholtz equation work in the ...
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A domain decomposition method for solving the three-dimensional time-harmonic Maxwell equations discretized by discontinuous Galerkin methods
... In this paper, classical and optimized Schwarz algorithms have been applied to time-harmonic Maxwell’s equations discretized by DG methods. Concerning Schwarz algorithms based on optimized interface ...
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DG discretization of optimized Schwarz methods for Maxwell's equations
... the time-harmonic Maxwell equations, once the problem is discretized with a DG method, finding robust solvers is a difficult task since one has to deal with indefinite ...convergent domain ...
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Discontinuous Galerkin Finite Element Methods for the time harmonic Maxwell equations in periodic media
... The results for different wave vectors are similar, although the errors become bigger when k gets larger, since the Gauss-quadrature rules are not very suitable for high-oscillating functions. One could use other ...
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Modeling the interaction of light with photonic structures by direct numerical solution of Maxwell's equations
... (Finite-Difference Time-Domain) paral- lelized code, having good robustness and ...Maxwell’s equations in the time-domain, for the classical electromagnetic analysis of complex ...
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A Study of Time-Domain and Frequency- Domain Techniques in Electromagnetics
... include time domain technique which includes the finite difference time domain technique, suitable for solving time dependent Maxwell’s equations as well as low frequency ...
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A study in biomimetics: nanometer scale, high efficiency, dielectric diffractive structures on the wings of butterflies and in the silicon chip factory
... indicates time, ε 0 and µ 0 are the permittivity and per- meability of vacuum, while ε(~r) is the dielectric function of the ...these equations alone are not valid anymore, but it can be proved that by ...
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On the Success of Electromagnetic Analytical Approaches to Full Time-Domain Formulation of Skin Effect Phenomena
... difference time domain methods (FDTD), numerical inversion of Laplace transform, and circuital approaches, are usually employed to incorporate skin effect phenomena in time-domain ...
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Transformation optics, isotropic chiral media and non Riemannian geometry
... frequency domain, these various constitutive relations can be shown to be physically equivalent [20, 21], the meaning of the individual material parameters is different for each constitutive ...
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The Application of Generalised Maxwell Stefan Equations to Protein Gels
... The pressure term in most models is obtained from the water equilibrium. This pressure is actually the osmotic pressure. According to Krishna (1987), the pressure term is very small and can be ignored in many cases. ...
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The Mathematical Foundations of General Relativity Revisited
... same time, mixing differential ge- ometry and homological algebra but always supposing that the reader knows a lot about the work of Spencer, ...other equations of physics (Cauchy equations, ...
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The relation between Maxwell, Dirac, and the Seiberg Witten equations
... generalized Maxwell-like equation (see ...monopole equations arises naturally from the MDE of the first kind once a reasonable hypothesis is ...Seiberg-Witten equations is an eigenvector of the parity ...
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Optimized schwarz methods for Maxwell equations with discontinuous coefficients
... Maxwell’s equations were developed: for curl-curl formulations, see ...Maxwell’s equations, optimized Schwarz methods can be found in [6, 8, 9], and for scattering problems with applications, see [15, ...
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Scaling limits of non isentropic Euler Maxwell equations for plasmas
... In the system, Equations 1.1-1.3 are the mass, momentum, and energy balance laws, respectively, while (1.4)-(1.5) are the Maxwell equations. It is well known that two equations in (1.5) are ...
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A Global Solution of the Einstein Maxwell Field Equations for Rotating Charged Matter
... A stationary axially symmetric exterior electrovacuum solution of the Einstein-Maxwell field equations was obtained. An interior solution for rotating charged dust with vanishing Lorentz force was also ...
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Convolution spline approximations for time domain boundary integral equations
... in time have obvious attractions: they are based on rigorous theoretical analysis [1, 31] (see also [16] for some new bounds) and are relatively straightforward to ...collocation time approximations (Lubich ...
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Fermions Confinement to a 4-Dimensional Universe is the Source for Dark Matter
... Maxwell's equations with the quantum theory (Pauli, Heisenberg, Dirac) have not ...field equations, which do not account for the existence of a radius of the electron (or its finite energy=mass) ...
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S-Parameters Extraction of a Desired Network with Time-Domain Gates
... extract S -parameters of the desired network and remove the effects of the undesired network from the raw ...extract S-parameters and improve the measurement accuracy of the desired ...
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