By Jakob van Zyl, Yunjin Kim(auth.), Joseph H. Yuen(eds.)
Chapter 1 man made Aperture Radar (SAR) Imaging fundamentals (pages 1–22):
Chapter 2 uncomplicated rules of SAR Polarimetry (pages 23–72):
Chapter three complex Polarimetric ideas (pages 73–144):
Chapter four Polarimetric SAR Calibration (pages 145–181):
Chapter five functions: dimension of floor Soil Moisture (pages 182–261):
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Additional info for Synthetic Aperture Radar Polarimetry
If these quantities vary with time, the tip of the electric field vector will not trace out a smooth ellipse. Instead, the figure will, in general, be a noisy version of an ellipse that after some time might resemble an “average” ellipse. In this case, the wave is said to be partially polarized, and it can be considered that part of the energy has a deterministic polarization state. The radiation from some sources, such as the Sun, does not have any clearly defined polarization. The electric field assumes different directions at random as the wave is received.
Vertical polarization is orthogonal to both horizontal polarization and the direction of propagation and corresponds to the case in which the electric vector is in the plane of incidence. Any two orthogonal basis vectors could be used to describe the polarization; in some cases, the right- and lefthanded circular basis is used. The amplitudes, ah and av , and the relative phases, ␦h and ␦v , are real numbers. The polarization of the wave can be thought of as the shape that the tip of the electric field would trace over time at a fixed point in space.
The leading edge of each echo corresponds to the near edge of the image scene; the tail end of the echo corresponds to the far edge of the scene. , swath width of the scene imaged) is determined by the antenna beam width or the size of the data window used in the recording of the signal. The exact timing of the echo reception depends on the range between the sensor and the surface being imaged. If the timing of the pulses or the extent of the echoes is such that the leading edge of one echo overlaps with the tail end of the previous one, then the far edge of the scene is folded over the near edge of the scene.