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% Aachen 99 Vortrag
% Author: H. Kroha
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{\fancyplain{\tiny IEEE NSS Symposium, 7 November, 2001}%
{\tiny IEEE NSS Symposium, 7 November, 2001}}
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{\fancyplain{\tiny H.~Kroha, MPI f\"ur Physik, Munich}%
{\tiny H.~Kroha, MPI f\"ur Physik, Munich}}

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\begin{figure}

\begin{center}
\Blue{\Large\bf Thermal Deformations}
\end{center}
\vspace{10mm}

{\bf Heating from top:}\hfill\break
\Red{{\boldmath $2^\circ$}~{\bf C temperature gradient from bottom to top tube layer.}}
\vspace{-2mm}

{\boldmath $\Longrightarrow$} {\bf Thermal expansion of tube layers as expected for}\hfill\break
{\bf \hphantom{$\Longrightarrow$} aluminum:}
\Red{{\boldmath $25~\mu$}{\bf m/m/}{\boldmath ${}^\circ$}~{\bf C.}}
\vspace{8mm}

{\boldmath $\Longrightarrow$} \Red{{\boldmath $14~\mu$}{\bf m/}{\boldmath ${}^\circ$}~{\bf C average
bending of chamber ends;}}\hfill\break
{\bf \hphantom{$\Longrightarrow$} reproducible.}
\vspace{5mm}


\begin{tabular}{ll}
\begin{minipage}{0.75\textwidth}
\mbox{\hspace{-15mm}\epsfig{figure=/home/iwsatlas1/kroha/tex/atlas/fortran/bos_2001_05_p2_r0_233_6p_layer_sc_heat.eps,
width=1.00\textwidth}}
\end{minipage} &
\begin{minipage}{0.25\textwidth}
\vspace{-10mm}

\hspace{-33mm}
\begin{small}
\begin{tabular}{cc}
Horiz.\ pitch & $\Delta T~[{}^\circ$~C$]$ \\ [6mm]
\Red{30.0373~mm} & \Red{2} \\
30.0369~mm & 1.5 \\
30.0363~mm & 0.6 \\ [16mm]
30.0358~mm & 0 \\
30.0358~mm & 0 \\
\Red{30.0358~mm} & \Red{0} \\
\end{tabular}
\end{small}
\end{minipage} 
\end{tabular}

\vspace{-200mm}

\end{figure}

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