Keywords: معادله انتگرال دوره; Electromagnetic scattering; Impressed sources; Impressed fields; Volume integral equation; Transition dyadic; Symmetry relations;
مقالات ISI معادله انتگرال دوره (ترجمه نشده)
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Keywords: معادله انتگرال دوره; Electromagnetic scattering; Method of moments; Volume integral equation;
Keywords: معادله انتگرال دوره; Electromagnetic scattering; Meteors; Radar reflections; Plasmatic objects; Discrete exterior calculus; Volume integral equation;
Keywords: معادله انتگرال دوره; Electromagnetic scattering; Volume integral equation; Cauchy principal value; Dyadic Green's function; Nyström method;
Keywords: معادله انتگرال دوره; Volume integral equation; Electromagnetic scattering; Double layer potential
Keywords: معادله انتگرال دوره; Volume integral equation; Fast method; Elastic half-space; Forward and inverse scattering problems; Generalized Fourier transform; Tikhonov regularization; Krylov subspace iteration technique
Addendum to “Impressed sources and fields in the volume-integral-equation formulation of electromagnetic scattering by a finite object: A tutorial” [J. Quant. Spectrosc. Radiat. Transfer 214 (2018) 158-167]
Keywords: معادله انتگرال دوره; Electromagnetic scattering; Impressed sources; Impressed fields; Volume integral equation; Transition operator; Reciprocity;
Fast superposition T-matrix solution for clusters with arbitrarily-shaped constituent particles
Keywords: معادله انتگرال دوره; 78A45; 31B10; Electromagnetic scattering; Multiple scattering; T-matrix; Volume integral equation;
Scattering of elastic waves on a heterogeneous inclusion of arbitrary shape: An efficient numerical method for 3D-problems
Keywords: معادله انتگرال دوره; Elastic wave scattering; Volume integral equation; Gaussian approximating functions; Differential cross-section
A fast volume integral equation method for elastic wave propagation in a half space
Keywords: معادله انتگرال دوره; Volume integral equation; Fast method; Elastic half space; Scattering problem; Generalized Fourier transform; Krylov subspace iteration technique; MPI parallel processing
Volume and surface integral equations for electromagnetic scattering by a dielectric body
Keywords: معادله انتگرال دوره; Electromagnetic scattering; Volume integral equation; Dielectric interface problem
Generalized Fourier transform and its application to the volume integral equation for elastic wave propagation in a half space
Keywords: معادله انتگرال دوره; Elastic half space; Generalized Fourier transform; Spectral representation; Volume integral equation; Krylov subspace iteration technique; Scattering problem
An efficient hybrid MLFMA–FFT solver for the volume integral equation in case of sparse 3D inhomogeneous dielectric scatterers
Keywords: معادله انتگرال دوره; Volume integral equation; Method of moments; FFT method; HF MLFMA; Vector spherical harmonics; Sparse geometries; Hybrid technique; Electromagnetic scattering
Light scattering by needle-type and disk-type particles
Keywords: معادله انتگرال دوره; Light scattering; Volume integral equation; Discrete sources method; Needle- and disk-type particles;