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Publication Citation: Antenna-Environment Multiple Scattering in Reverberation Chamber Measurements

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Author(s): Ryan J. Pirkl; Catherine A. Remley;
Title: Antenna-Environment Multiple Scattering in Reverberation Chamber Measurements
Published: December 12, 2012
Abstract: High-resolution synthetic aperture measurements in a reverberation chamber revealed the presence of multiple scattering between the scan antenna and the measurement environment. Casting the scan antenna-environment multiple scattering as an error term with respect to a fictitious non-scattering scan antenna led to a quantitative and measurable lower bound on the scan antenna-environment interactions. Numerical investigations of this lower bound using simulations of infinitesimal dipoles in a rectangular cavity indicated that the actual measurement error was likely to be much greater than this lower bound. In this case, antenna-environment multiple scattering effects were found to be non-negligible. Future work will investigate techniques for mitigating this multiple scattering to enable accurate synthetic aperture-based angle-of-arrival measurements in reverberation chambers.
Proceedings: 2011 IEEE International Symposium on Antennas and Propagation
Location: Spokane, WA
Dates: July 3-8, 2011
Keywords: reverberation chamber;multiple scattering;antenna-environment interactions
Research Areas: Electromagnetics
PDF version: PDF Document Click here to retrieve PDF version of paper (2MB)