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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{\fbox{\Large\bf Drift Tube Quality Control}}
\end{center}

\vspace{80mm}
\mbox{\epsfig{figure=/.at/wwwatlas/ftp/outgoing/mdt/tubes/Dubna_rejection.eps,width=1.10\textwidth}}

\vspace{-350mm}
\begin{center}

\begin{small}
\begin{tabular}{|l|c|}

\hline
{\bf \hphantom{1.\ }Measurement} & {\bf Requirement} \\

\hline
{\bf \Red{1.}\ X-ray meas.\ of wire location} & \Blue{{\boldmath $\le 10~\mu$}{\bf m (rms)}} \\

\hline
{\bf \Red{2.}\ Wire tension at} {\boldmath $20^\circ$~C} & \Blue{{\boldmath $350\pm 7$}~{\bf g (rms)}} \\

{\bf \hphantom{4.\ }}{\boldmath $\Longrightarrow$} {\bf Oscillation frequency} &
\Blue{{\boldmath $40~\pm 0.4$}~{\bf Hz (rms)}} \\

{\bf \hphantom{4.\ }}{\boldmath $\Longrightarrow$} {\bf Wire sag} & 
\Blue{{\boldmath $195~\pm 4~\mu$}{\bf m (rms)}} \\

\hline
{\bf \Red{3.}\ Wire relaxation after 2 months} & \Blue{{\boldmath $< 1$}~{\bf Hz}} \\
& \Blue{{\boldmath $\Delta$}{\bf sag}~{\boldmath $<10~\mu$}{\bf m}} \\

\hline
{\bf \Red{4.}\ Gas leak rate at 3~bar} &
\Blue{{\boldmath $\le 10^{-8}$}~{\bf bar}{\boldmath $\cdot l$}{\bf /s}} \\

\hline
{\bf \Red{5.}\ HV test with Ar:CO}{\boldmath $_2$} {\bf (93:7) gas at 3~bar:} & \\
{\bf \hphantom{4.\ }Dark current at 3.4~kV} {\boldmath $(1.6\cdot 10^5$} {\bf  gas gain)} &
\Blue{{\boldmath $\le 2$}~{\bf nA/m}} \\

\hline
{\bf \Red{6.}\ Tube length} & \Blue{{\boldmath $3800\pm 0.2$}{\bf mm}} \\
\hline

\end{tabular}
\end{small}
\vspace{7mm}

\Red{\large {\bf Overall drift tube rejection rate} {\boldmath $<2\%$}}
\end{center}
\vspace{-100mm}
\end{figure}

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