perfectly conducting
Energy Characteristics of a Slot Cut in an Impedance End-Wall of a Rectangular Waveguide and Radiating into the Space Over a Perfectly Conducting Sphere
... up to 0.1%. To establish correspondence between our mathematical model and the real physical process we have conducted: (1) analytical comparison and (2) test calculations. In the first case, the formulas obtained in ...
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Unique solvability and stability of the time domain electromagnetic scattering problem with a locally perturbed perfectly conducting plate
... perturbed perfectly conducting plate is reformulated as a symmetric scattering problem with a bounded scatterer in this ...the perfectly electrical conducting boundary condition and the ...
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Numerical Method for Solving Electromagnetic Wave Scattering by One and Many Small Perfectly Conducting Bodies
... In this paper, we present a numerical method for solving the EM wave scattering by one and many small perfectly conducting bodies. One of the advantages of this method is that it is relatively easy to ...
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Electric and Magnetic Fields Produced by a Current Flowing Along a Horizontal Conductor Located Over a Perfectly Conducting Ground Plane - Revisited
... (10) In the above equations the quantities inside the brackets are the retarded quantities. Note that the expressions for E and B both consist of two terms. The second term, which depends on the acceleration of the ...
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Steady flow of an incompressible perfectly conducting fluid past a thin airfoil
... In papers dedicated to the motion of a wing in an electro-conductive fluid, the lift, drag and moment coefficients were calculated. Recent technological advances claim also for the study of the velocity and electromagnetic ...
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A Study on the Wireless Power Transfer Efficiency of Electrically Small, Perfectly Conducting Electric and Magnetic Dipoles
... (25) which is identical to the figure of merit that was derived for the electric dipoles in Eq. (16). This result shows that the WPT efficiency between coupled electric and magnetic dipoles is identical when they are ...
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Shielding of a Perfectly Conducting Circular Disk: Exact and Static Analytical Solution
... thin, perfectly conducting (PEC) circular disk of radius a placed on the plane z = 0 of a cylindrical coordinate system ( ρ, φ, z ) with center at the origin and a vertical magnetic dipole (VMD) with ...
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Equation Solution for the Current in Radial Impedance Monopole on the Perfectly Conducting Sphere
... We should note that the creation (availability) of the Green’s function of the corresponding electrodynamic volume is one of the required conditions of the possible analytical solution for the problem about ...
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Evolution of Weak Shock Waves in Perfectly Conducting Gases
... Another approximate analytical method for studying the kinematics of weak shock, called generalized wave- front expansion, has been proposed by Anile [18] and is based on an asymptotic expansion in a neighborhood of the ...
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Magneto thermoelastic waves in a perfectly conducting elastic half space in thermoelasticity III
... Nowacki [11], Kaliski and Nowacki [7] considered magneto-thermoelastic waves in a perfectly electrically conducting elastic half-space in contact with a vacuum due to ap- plication of a thermal disturbance ...
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Scattering of Electromagnetic Plane Wave by a Perfectly Conducting Slit and a PEMC Parallel Cylinder
... Abstract—Diffraction of a plane wave from a geometry which contains an infinite slit in a perfect electric conducting (PEC) plane and a perfectly electromagnetic conductor (PEMC) cylinder is presented. The ...
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Alternative Representation of Green's Function for Electric Field on Surfaces of Thin Vibrators
... a perfectly conducting plane on vibrator radiators allows us to consider the compensation of the plane influence by applying the intrinsic impedance z i ( s ) = −z e ( s ) to the ...
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Scattering by a Tilted Strip Buried in a Lossy Half-Space at Oblique Incidence
... shape perfectly conducting/dielectric objects with edges in a homogeneous or a layered medium, fast convergence is achieved by means of Galerkin’s method with analytically Fourier transformable expansion ...
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Quantum Statistical Properties of the Interactions of Atom Field Entanglement between Conducting Plates
... The electromagnetic field inside perfectly conducting parallel plates interacting with two-level atom is inves- tigated. The cavity modes are firstly quantized, allowing the effective Hamiltonian to be ...
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Spectral Domain Analysis of a Circular Nano-Aperture Illuminating a Planar Layered Sample
... Abstract—A rigorous and efficient spectral domain formalism is presented of a plane wave-excited subwavelength circular aperture in a planar perfectly conducting metallic screen of infinitesimal thickness, ...
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Numerical Method for Solving Electromagnetic Scattering Problem by Many Small Impedance Bodies
... In [7] and [8], a theory for solving electromagnetic wave scattering problem by many small perfectly conducting and impedance bodies was developed. In [9] [10], numerical methods for solving EM wave ...
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Low-Frequency Scattering Analysis and Homogenisation of Split-Ring Elements
... a perfectly conducting wire ring, furnished with a narrow gap, and derive analytical solutions for the electric and magnetic dipole moments for different kinds of incidence and polarisation in the quasi- ...
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Fast and Stable Integration Method for the Aperture Admittance of an Open-Ended Coaxial Probe Terminated into Low-Loss Dielectrics
... a conducting sheet, however, the admittance expression encounters poles in the vicinity of the path of integration, resulting in low convergence rate or even overflow in numerical ...a perfectly ...
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Casimir Energies for Isorefractive or Diaphanous Balls
... ideal perfectly conducting sphere: the diaphanous dielectric-diamagnetic ball, where the speed of light is the same on both sides of the spherical surface, and the isorefractive δ-function sphere, where the ...
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Diffraction of Hybrid Modes in a Cylindrical Cavity Resonator by a Transverse Circular Slot with a Plane Anisotropic Dielectric Layer
... the perfectly conducting walls of arbitrary thickness and a plane infinite anisotropic dielectric passing through the slot is constructed based on eigenfunction ...
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