add image of 13.5k atoms amorphous CuZr

source/KKRnano/doc/DomainDecomposition/KKRnanoDomainDecomposition.tex

@@ -177,7 +177,16 @@ $$ \sum_{r} X_{ra} = 1 $$
 and
 $$ \sum_{a} X_{ra} = n_{a}(r) $$
 
-Experiments with the geometry of amorphous structures of $\mathrm{Cu}_{8640}\mathrm{Zr}_{4860}$
+\begin{figure}[h!]
+\begin{center}
+  \includegraphics[width=0.99\textwidth]{Cu8640Zr4860}
+  \caption{Amorphous structure $\mathrm{Cu}_{8640}\mathrm{Zr}_{4860}$ with $13,500$ atoms.}
+\end{center}
+\label{fig:Cu8640Zr4860_jmol}
+\end{figure}
+
+Experiments with the geometry of amorphous structures of 
+$\mathrm{Cu}_{8640}\mathrm{Zr}_{4860}$ (c.f.~fig.~\ref{fig:Cu8640Zr4860_jmol})
 show that it is fairly compute intensive to construct $\hat W$.
 However, we can observe that the derivation between matrix elements of $W$ and a simple
 sphere volumen overlap model is small, c.f.~fig.\ref{fig:truncation_sphere_overlap_vs_distance}.