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Pol Grasland-Mongrain edited Results.tex
over 8 years ago
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Figure \ref{Comparaison}-(C-D) illustrates Z-component map 8 milliseconds after excitation, when excited with a 100\% and 50\% amplitude in the coil respectively (note that (C) and (A) are identical). Average displacement in the region of interest is equal to 3.3 $\mu$m in the first case and 1.3 $\mu$m in the second case: shear wave amplitude is roughly divided by two when excitation amplitude is divided by two.
Figure \ref{Comparaison}-(E-F) illustrates Z-component map 8 milliseconds after
excitation, excitation in a 5\% salt medium and
7 milliseconds after excitation in a 2\% medium respectively (note that (E) and (A) are identical). Average displacement in the region of interest is equal to 3.3 $\mu$m in the first case and 1.4 $\mu$m in the second case: when electrical conductivity of the medium decreases, shear wave amplitude decreases roughly by a same factor.
Figure \ref{Comparaison}-(G-H) illustrates Z-component map 7 milliseconds after excitation, when excited with a 100\% and a -100\% amplitude in the coil respectively (note that (G) and (D) are identical). Average displacement in the region of interest is equal to 1.3 $\mu$m in the first case and -1.4 $\mu$m in the second case: displacement amplitude is inverted when excitation is inverted.