A gegenbauer polynomial solution for the electromagnetic scattering by a subwavelength circular aperture in an infinite conducting screen

Keyphrases

• Electromagnetic Scattering 100%
• Circular Aperture 100%
• Subwavelength 100%
• Gegenbauer Polynomials 100%
• Polynomial Solutions 100%
• Analytical Formulation 66%
• Green's Function 33%
• Free Space 33%
• Incidence Angle 33%
• Image Theory 33%
• Magnetic Current 33%
• Scattered Field 33%
• Principle Theories 33%
• Equivalence Principle 33%
• Closed-form Expression 33%
• Incident Plane Wave 33%
• Half-space 33%
• Diffraction Model 33%
• Taylor Expansion 33%
• Quasi-static 33%
• Static Magnet 33%
• Magnetic Current Distribution 33%
• Analytical Approach 33%
• Incident Wave 33%
• Current Mode 33%
• Far-field Region 33%
• Numerical Integration Method 33%
• Faber Polynomial Expansion 33%
• Polarization Angle 33%
• Taylor Term 33%
• Magnetic Vector Potential Formulation 33%

Engineering

• Circular Aperture 100%
• Closed Form Solution 33%
• Illustrates 33%
• Free Space 33%
• Space Green 33%
• Green Function 33%
• Angle of Incidence 33%
• Equivalence Principle 33%
• Scattered Field 33%
• Observation Point 33%
• Closed Form Expression 33%
• Incident Plane Wave 33%
• Direct Application 33%
• Taylor Series Expansion 33%
• Numerical Integration 33%
• Current Distribution 33%
• Incident Wave 33%
• Polynomial Expansion 33%
• Analytical Approach 33%
• Field Region 33%