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INVERSION OF SYNTHETIC APERTUR,E R,ADAR (SAR) - MSpace ...

INVERSION OF SYNTHETIC APERTUR,E R,ADAR (SAR) - MSpace ...

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Table 6.2: Con'elation coeffrcielt of the CCRS's airborne ancl the ERS-i<br />

<strong>SAR</strong> data: Bancl 1 is the airbolne <strong>SAR</strong> data, ald Bancl 2 is the ERS-I <strong>SAR</strong><br />

cl at a.<br />

Table 6.3: Ðigen values and eigen vector.s of trvo components.<br />

t lAelì value Ðigen value (% ) X1 x2<br />

1176.29<br />

58.45<br />

836. i 5<br />

41.55<br />

u.56 0.83<br />

-0.83 0.56<br />

details of the surface geologic features extremely well. All three types of<br />

lineaments in the North Range, rvhich include /y'1[ I4z-tlendilg lineaments,<br />

l{tr4l\4l-tlending lineaments, ancl l{ð-trencling lineaments, are enhancecl as<br />

ale the small structures inside the basin.<br />

The Ratlon transforru analysis are again calriecl out to evaluate the enhancecl<br />

lineaments, and the resulting plot of rnaximurn arnplitucle versus slope<br />

in cleglee is shown in Figure 6.28 (solicl line). The Radon transform analysis<br />

of the oliginal airbolne <strong>SAR</strong> clata (Figur.e 6.10 (a)) is also plotted (clottecl<br />

line) using the sarle scale to corÌrpa.Ìe rvith that of the PCA irnage. The<br />

plot in Figure 6.28 shorvs the enhauced lineanents in the PCA image (solicl<br />

line) at -16' ancl -26o<br />

comparecl rvith the plot of the or.iginal air.bolne <strong>SAR</strong><br />

clata (clotted line). It also shorvs that other chalactelistic ar.nplitucle peaks<br />

166

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