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Introduction to Synthetic Aperture Radar (Sar) Polarimetry (Paperback)
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Introduction to Synthetic Aperture Radar (Sar) Polarimetry (Paperback)
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A comprehensive overview of the basic principles of radar
polarimetry is presented. The relevant fundamental field equations
are first provided. The importance of the propagation and
scattering behavior in various frequency bands, the electrodynamic
foundations such as Maxwell's equations, the Helmholtz vector wave
equation and especially the fundamental laws of polarization are
presented in the first section. Main poins are the polarization
Ellipse, the polarization ratio, the Stokes Parameter, and the
Stokes and Jones vector formalisms as well as its presentation on
the Poincare sphere and on relavent map projections. The
Polarization Fork descriptor and the associated van Zyl
polarimetric power density and Agrawal polarimetric phase
correlation signatures are introduced also in order to make
understandable the polarization state formulations of
electromagnetic waves in the frequency domain. The different
relevant matrices, the respective terms like Jones Matrix,
S-matrix, Muller M-matrix, Kennaugh K-matrix, etc. and its
interconnections are defined and described together with change
determined for the coherent and partially coherent cases,
respectively. Concludes with worked examples and references for
further reading.
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