deletions | additions       diff --git a/develop_ode.tex b/develop_ode.tex  index e3a46b2..2f33f8d 100644  --- a/develop_ode.tex  +++ b/develop_ode.tex 
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\begin{equation}  T_{\mathrm{post-shock}}(z) = \frac{3}{16} \frac{\mu m_{\textrm{H}}}{k} v_0(z)^2,\label{eqn:T}  \end{equation}  where$\mu=1.4$ is the mean molecular weight,  $m_{\textrm{H}}$ the mass of the hydrogen atom and atom,  $k$ the Boltzman constant. constant and $\mu=0.7$ is the mean particle mass for a hot, highly ionized plasma.