Scattering theory for Gaussian pulses on chiral spherical shells yields energy efficiencies that vary with relative shell thickness and circular polarization state.
Control of radar cross-section and crosspolarisation characteristics of an isotropic chiral sphere
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Gaussian pulse scattering by a chiral spherical shell
Scattering theory for Gaussian pulses on chiral spherical shells yields energy efficiencies that vary with relative shell thickness and circular polarization state.