\item TN 7 (related to WP 3000), the CAD model is given in the step file \docname{cau-ath-icd-0011\_i1-0\_cad-model\_dm.stp}
\item TN 8 (related to WP 3000), the envelope CAD model can be found in the same step file as TN~7 (\docname{cau-ath-icd-0011\_i1-0\_cad-model\_dm.stp})
Reports of both the 3D~Radiation Transport Simulation (MAM~1) and the Detector Response Simulation (MAM~2) are given in section 1 of the Design Justification File \cite{ahepam-djf}. \newline
The attached files regarding MAM~1 \& MAM~2 are:
\begin{itemize}
\item\docname{MAM1\_1\_geometry.gdml}
\begin{itemize}
\item the geometry of the detector as realized in the simulation in GDML format
\end{itemize}
\item\docname{MAM1\_2\_macrobeam.mac}
\begin{itemize}
\item a test macro file for a GEANT4 simulation utilizing the detector geometry given above. Using this macro, the simulation emits a beam of particles on the detector for checking simulation parameters
\end{itemize}
\item\docname{MAM2\_1\_macroiso.mac}
\begin{itemize}
\item a macro file for a GEANT4 simulation utilizing the detector geometry given above. Using this macro, the simulation emulates an isotropic flux (as is expected to be measured by AHEPaM). The result of this simulation can be used to calculate response factors and expected counts as described in section 1 in \cite{ahepam-djf}
Results of the FEM and TMM are discussed in sections 3 and 2 of the Design Justification File \cite{ahepam-djf}. Furthermore, reports for this MAM~3 can be found in the attached files: