Publication | Open Access
Analytical results for a Bessel function times Legendre polynomials class integrals
66
Citations
8
References
2006
Year
Numerical AnalysisElectromagnetic WaveMethod Of Fundamental SolutionEngineeringPhysicsOrthogonal PolynomialLegendre FunctionsWave ScatteringHigh-frequency ApproximationAnalytical ResultsVector DiffractionGaussian OpticsInverse ProblemsComputational ElectromagneticsElectromagnetic TheoryDefinite IntegralApproximation TheoryBoundary Element Method
When treating problems of vector diffraction in electromagnetic theory, the evaluation of the integral involving Bessel and associated Legendre functions is necessary. Here we present the analytical result for this integral that will make unnecessary numerical quadrature techniques or localized approximations. The solution is presented using the properties of the Bessel and associated Legendre functions.
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