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Chris Spencer edited figures/Bx_Ducted_Whistler_110_MHz_it=570_with_duct/caption.tex
about 10 years ago
Commit id: 02663544a09c5fced371a6e20dbd726e289533ed
deletions | additions
diff --git a/figures/Bx_Ducted_Whistler_110_MHz_it=570_with_duct/caption.tex b/figures/Bx_Ducted_Whistler_110_MHz_it=570_with_duct/caption.tex
index beb8036..73bf419 100644
--- a/figures/Bx_Ducted_Whistler_110_MHz_it=570_with_duct/caption.tex
+++ b/figures/Bx_Ducted_Whistler_110_MHz_it=570_with_duct/caption.tex
...
Ducted whistler waves 2.28 $\mu$ s after being triggered. Wave fronts are seen to be travelling towards density maximum, away from the ducting plate. In this region, the magnetic field is low enough where
$\omega > \frac{\omega_{ce}}{2}$. $\omega>\frac{\omega_{ce}}{2}$. Yellow lines represent where the duct is located relative to the source.