A hybrid high-order algorithm for radar cross section computations
M. Ganesh and S. C. Hawkins

SIAM J. Scientific Computing, Vol. 29, 1217-1243, 2007

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cone-sphere Cone-sphere benchmark obstacle used for validation of the electromagnetic scattering algorithm. JPG 101Kb
hive Hive shaped obstacle used for validation of the electromagnetic scattering algorithm. JPG 40Kb
erythrocite Erythrocite model used for validation of the electromagnetic scattering algorithm. JPG 40Kb
cassini Cassini shape in prolate form used for validation of the electromagnetic scattering algorithm. JPG 75Kb
submarine Submarine shape used for validation of the electromagnetic scattering algorithm. JPG 117Kb
sphere exterior field Intensity of exterior electric field induced by a plane wave impinging on a spherical obstacle (of electromagnetic size 10 times the incident wavelength) at frequency w = 3.0GHz with direction d_0 = (-1, 0, 0). JPG 177Kb
hive exterior field Intensity of exterior electric field induced by a plane wave impinging on a hive shaped obstacle (of electromagnetic size 10 times the incident wavelength) at frequency w = 1.4GHz with direction d_0 = (-1, 0, 0). JPG 158Kb
cassini exterior field Intensity of exterior electric field induced by a plane wave impinging on a Cassini shaped obstacle (of electromagnetic size 10 times the incident wavelength) at frequency w = 3.0GHz with direction d_0 = (-1, 0, 0). JPG 152Kb
submarine exterior field Intensity of exterior electric field induced by a plane wave impinging on a submarine shaped obstacle (of electromagnetic size 10 times the incident wavelength) at frequency w = 149.9MHz with direction d_0 = (-1, 0, 0). JPG 124Kb
erythrocite exterior field Intensity of exterior electric field induced by a plane wave impinging on an erythrocite shaped obstacle (of electromagnetic size 10 times the incident wavelength) at frequency w = 475.9THz with direction d_0 = (0, 0, -1). JPG 33Kb
sphere bistatic RCS Bistatic RCS for a spherical obstacle (of electromagnetic size 10 times the incident wavelength) at 3.0GHz with H-H polarization. JPG 118Kb
hive bistatic RCS Bistatic RCS for a hive shaped obstacle (of electromagnetic size 10 times the incident wavelength) at 1.4GHz with H-H polarization. JPG 122Kb
Cassini bistatic RCS Bistatic RCS for a Cassini shaped obstacle (of electromagnetic size 10 times the incident wavelength) at 3.0GHz with H-H polarization. JPG 121Kb
submarine bistatic RCS Bistatic RCS for a submarine shaped obstacle (of electromagnetic size 10 times the incident wavelength) at 149.9MHz with H-H polarization. JPG 123Kb
erythrocite bistatic RCS Bistatic RCS for an erythrocite shaped obstacle (of electromagnetic size 10 times the incident wavelength) at 475.9THz with V-V polarization. JPG 134Kb
cone-sphere monostatic RCS Monostatic RCS for the cone-sphere obstacle (of electromagnetic size 10 times the incident wavelength) at 4.35GHz. JPG 122Kb
cone-sphere monostatic RCS Monostatic RCS for the cone-sphere obstacle (of electromagnetic size 10 times the incident wavelength) at 4.35GHz. JPG 154Kb