We propose a mixed spatial spectral method aimed directly at aperiodic, finite scatterers in a layered medium. By using a Gabor frame to discretize the problem a straightforward and fast way to Fourier transform is available. The poles and branchcuts in the spectral-domain Green function can be avoided by representing the induced currents and Green function on a path deformed into the complex spectral domain
The generalization of a two-dimensional spatial spectral volume integral equation to a three-dimensi...
\u3cp\u3eWe solve the 2D transverse-electrically polarized domain-integral equation in a layered bac...
In relation to the computation of electromagnetic scattering in layered media by the Gabor-frame-bas...
We propose a mixed spatial spectral method aimed directly at aperiodic, finite scatterers in a layer...
We propose a mixed spatial spectral method aimed directly at aperiodic, finite scatterers in a layer...
We propose a mixed spatial spectral method aimed directly at aperiodic, finite scatterers in a layer...
We propose a mixed spatial spectral method aimed directly at aperiodic, finite scatterers in a layer...
The generalization of a two-dimensional spatial spectral volume integral equation to a three-dimensi...
The generalization of a two-dimensional spatial spectral volume integral equation to a three-dimensi...
With a 3D spatial spectral integral-equation method for EM scattering from finite objects, a signifi...
With a 3D spatial spectral integral-equation method for EM scattering from finite objects, a signifi...
\u3cp\u3eThe generalization of a two-dimensional spatial spectral volume integral equation to a thre...
Abstract—A spectral integral method is presented for elec-tromagnetic scattering from dielectric and...
We solve the 2D transverse-electrically polarized domain-integral equation in a layered background m...
The generalization of a two-dimensional spatial spectral volume integral equation to a three-dimensi...
The generalization of a two-dimensional spatial spectral volume integral equation to a three-dimensi...
\u3cp\u3eWe solve the 2D transverse-electrically polarized domain-integral equation in a layered bac...
In relation to the computation of electromagnetic scattering in layered media by the Gabor-frame-bas...
We propose a mixed spatial spectral method aimed directly at aperiodic, finite scatterers in a layer...
We propose a mixed spatial spectral method aimed directly at aperiodic, finite scatterers in a layer...
We propose a mixed spatial spectral method aimed directly at aperiodic, finite scatterers in a layer...
We propose a mixed spatial spectral method aimed directly at aperiodic, finite scatterers in a layer...
The generalization of a two-dimensional spatial spectral volume integral equation to a three-dimensi...
The generalization of a two-dimensional spatial spectral volume integral equation to a three-dimensi...
With a 3D spatial spectral integral-equation method for EM scattering from finite objects, a signifi...
With a 3D spatial spectral integral-equation method for EM scattering from finite objects, a signifi...
\u3cp\u3eThe generalization of a two-dimensional spatial spectral volume integral equation to a thre...
Abstract—A spectral integral method is presented for elec-tromagnetic scattering from dielectric and...
We solve the 2D transverse-electrically polarized domain-integral equation in a layered background m...
The generalization of a two-dimensional spatial spectral volume integral equation to a three-dimensi...
The generalization of a two-dimensional spatial spectral volume integral equation to a three-dimensi...
\u3cp\u3eWe solve the 2D transverse-electrically polarized domain-integral equation in a layered bac...
In relation to the computation of electromagnetic scattering in layered media by the Gabor-frame-bas...