\graphicspath{{figures/appendices/}}

\renewcommand{\thechapter}{A}
\chapter{Table of Results} \label{c:tofresults}
%\addcontentsline{toc}{chapter}{\numberline{A}{Table of Results}}
%\markboth{A Table of Results}{}

The table in this appendix summarises the results of the analysis
presented in the thesis at hand, i.e. the reduced cross-section and
the structure function $F_{2}$ together with all uncertainties in each
analysis bin. The columns of the table contain (from left to right):
\begin{itemize}
\item{the kinematic variables $Q^{2}$, $x$ and $y$ at the bin centres,}
\item{the measured reduced cross-section $\sigma_{r}$, the prediction for the longitudinal structure function $F_{L}$ of the saturation model~\cite{Golec-Biernat:1998js} used for the extraction of $F_{2}$, the structure function $F_{2}$ itself,}
\item{the total uncertainty of the measurement $\delta_{tot}$ and its components, i.e. the statistical error $\delta_{stat}$, the cumulated uncorrelated systematic and normalisation uncertainties $\delta_{unc}$ and the cumulated correlated systematic uncertainties $\delta_{cor}$ (for details see table~\ref{t:uncertainties}),}
\item{the individual components of the total correlated systematic error arising from the uncertainty on the energy scale ($\delta_{E_{e}}$) and polar angle ($\delta_{\theta_{e}}$) of the scattered electron, on the hadronic energy scale of LAr calorimeter and Central Tracker ($\delta_{LAr}$), on the noise in the LAr ($\delta_{noise}$), on the hadronic energy scale of the SpaCal calorimeter ($\delta_{Spa}$) and on the PHOJET normalisation ($\delta_{\gamma p}$) and finally}
\item{the reconstruction method ($e$: electron method, $\Sigma$: sigma method) employed for the measurement in the actual bin.}
\end{itemize}
All quoted errors are relative uncertainties in per cent. To reduce the sensitivity of $F_{2}$ on the model assumption for $F_{L}$ the measurement of the former is limited to \mbox{$y<0.6$} (for details see section~\ref{c:f2extract}).

\begin{landscape}
\footnotesize
\input{tex/f2_060713_0141.binmode2.comb.syst_final.tex}
\end{landscape}

\renewcommand{\thechapter}{B}
\chapter{SpaCal Cell Numbers} \label{c:spacalcellno}
%\addcontentsline{toc}{chapter}{\numberline{B}{SpaCal Cell Numbers}}
%\markboth{B SpaCal Cell Numbers}{}

\renewcommand{\thefigure}{B.1}

\begin{figure}[h]
  \centering
  \includegraphics[width=\textwidth]{plotcellno.eps}
  \caption{Cell numbering scheme of the SpaCal calorimeter to be compared to the actual mechanical construction depicted in figure~\ref{f:spacalrphi}. The cell numbers zero to three correspond to the veto cells.}
  \label{f:spacalcellno}
\end{figure}


