deletions | additions       diff --git a/During_each_shell_bu.tex b/During_each_shell_bu.tex  index 8c95ffb..54ea397 100644  --- a/During_each_shell_bu.tex  +++ b/During_each_shell_bu.tex 
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During each shell burning phase, the convective shell emits roughly $N$ wave packets, with   \begin{equation}  \label{eqn:Nwave}  N \sim \frac{\omega \frac{\omega_{\rm c}  T_{\rm shell}}{2 \pi} \end{equation}  where $T_{\rm shell}$ is the length of the shell burning phase. The total core AM in each direction exhibits a random walk and thus has a Gaussian distribution centered around zero and with standard deviation   \begin{equation}