1990Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIERequires access

Applications and limitations of polarimetry

Dennis H. Goldstein

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Abstract

Applications of optical polarimetry are reviewed, and limitations of polarimetry are discussed in the context of information content and error management of polarimetry applications. Polarimetric measurement techniques are categorized as spectral or nonspectral, active or passive, monostatic or bistatic, and whether or not measurements of the complete Stokes vector or Mueller matrix are made. Specific examples from the literature of passive polarimetry, laser polarimetry, and spectropolarimetry are discussed.

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What this paper is about

Applications of optical polarimetry are reviewed, and limitations of polarimetry are discussed in the context of information content and error management of polarimetry applications. Polarimetric measurement techniques are categorized as spectral or nonspectral, active or passive, monostatic or bistatic, and whether or not measurements of the complete Stokes vector or Mueller matrix are made. Specific examples from the literature of passive polarimetry, laser polarimetry, and spectropolarimetry are discussed.

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OpenAlex reports 6 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Applications of optical polarimetry are reviewed, and limitations of polarimetry are discussed in the context of information content and error management of polarimetry applications. Polarimetric measurement techniques are categorized as spectral or nonspectral, active or passive, monostatic or bistatic, and whether or not measurements of the complete Stokes vector or Mueller matrix are made. Specific examples from the literature of passive polarimetry, laser polarimetry, and spectropolarimetry are discussed.

Key concepts: Polarimetry, Mueller calculus, Context (archaeology), Stokes parameters, Bistatic radar, Optics, Computer science, Remote sensing

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