A fundamental approach: E-polarized electromagnetic wave diffraction by two dimensional arbitrary-shaped objects with impedance boundary condition

Keyphrases

• Arbitrary Shape 100%
• Computational Electrodynamics 50%
• Computational Electromagnetics 50%
• Convolution Integral 50%
• Different Boundaries 50%
• Dirichlet-Neumann Boundary Conditions 50%
• Electromagnetic Diffraction 50%
• Electromagnetic Wave Diffraction 100%
• Fractional Boundary Conditions 50%
• Green's Function 50%
• Impedance Boundary Condition 100%
• Induced Current 50%
• Integral Equations 100%
• Leontovich Boundary Condition 50%
• Method of Auxiliary Sources 50%
• Method of Moments 50%
• Orthogonal Polynomials 50%
• Scattered Electric Field 50%
• Scattered Magnetic Field 50%
• Scatterer 50%
• Surface Impedance 50%
• Two Dimensional 100%
• Two-dimensional Objects 50%

Mathematics

• Boundary Condition 100%
• Convolution 25%
• Dimensional Object 25%
• Electric Field 25%
• Electromagnetic Wave 100%
• Green's Functions 25%
• Impedance Boundary Condition 100%
• Integral 25%
• Integral Equation 50%
• Magnetic Field 25%
• Method of Moment 25%
• Orthogonal Polynomial 25%

Engineering

• Boundary Condition 100%
• Dirichlet 16%
• Electric Field 16%
• Green's Functions 16%
• Magnetic Field 16%
• Scattering 16%
• Two Dimensional 100%