Changeset 809 for trunk/ICRC_01


Ignore:
Timestamp:
05/29/01 11:53:15 (24 years ago)
Author:
harald
Message:
added the first version of coll area.
Location:
trunk/ICRC_01
Files:
1 added
1 edited

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  • trunk/ICRC_01/mccontrib.tex

    r806 r809  
    4141
    4242In this year the construction of the the $17~\mathrm{m}$ diameter
    43 Che\-ren\-kov telescope called MAGIC will be finished. The aim of this
     43Che\-ren\-kov telescope called MAGIC \cite{mc98}
     44will be finished. The aim of this
    4445detector is the observation of $\gamma$-ray sources in the
    4546enery region above $\approx 10~\mathrm{TeV}$.
     
    8687
    8788The simulation of gammas and of hadrons is done with
    88 the CORSIKA program, version ????.
     89the CORSIKA program, version 5.20.
    8990For the simulation of hadronic
    9091showers we use the VENUS model. We simulate showers
     
    110111    zenith angle & gammas & protons \\
    111112    \hline \hline
    112         $\Theta = 0^\circ$  &     & \\
    113         $\Theta = 5^\circ$  &     &  \\
    114         $\Theta = 10^\circ$ &     &  \\
    115         $\Theta = 15^\circ$ &     &  $\approx 5 \cdot 10^6$  \\
    116         $\Theta = 20^\circ$ &     &  \\
    117         $\Theta = 25^\circ$ &     &  \\
     113        $\Theta = 0^\circ$  &  $\approx 5 \cdot 10^5$ &  $\approx 5 \cdot 10^5$ \\
     114        $\Theta = 5^\circ$  &  $\approx 5 \cdot 10^5$ & $\approx 5 \cdot 10^5$  \\
     115        $\Theta = 10^\circ$ &  $\approx 5 \cdot 10^5$ & $\approx 5 \cdot 10^5$  \\
     116        $\Theta = 15^\circ$ &  $\approx 2 \cdot 10^6$    &  $\approx 5 \cdot 10^6$  \\
     117        $\Theta = 20^\circ$ &  production   &  production  \\
     118        $\Theta = 25^\circ$ &  production   &  production  \\
    118119    \hline
    119120  \end{tabular}
     
    243244\section{Results}
    244245
     246
     247
    245248\subsection{Trigger studies}
    246249
     
    268271\subsubsection{Collection area}
    269272
     273The trigger collection area is defined as the integral
     274\begin{equation}
     275  A(E,\Theta)  = \int_{F}{ T(E,\Theta,F) dF}
     276\end{equation}
     277where T is the trigger probablity. F is perpendicular to
     278the shower axis. The results for different zenith angle $\Theta$ and
     279for different trigger settings are shown in figure
     280\ref{fig_collarea}
     281%
     282%
     283%
     284\begin{figure}[h]
     285 \vspace*{2.0mm} % just in case for shifting the figure slightly down
     286 \includegraphics[width=8.3cm]{collarea.eps} % .eps for Latex,
     287                                            % pdfLatex allows .pdf, .jpg, .png and .tif
     288 \caption{The trigger collection area for gamma showers as a function
     289 of energy $E$.}
     290 \label{fig_collarea}
     291\end{figure}
     292%
     293%
     294%
    270295
    271296\subsubsection{Threshold of MAGIC telescope}
    272297
     298The threshold of the MAGIC telesope is defined as the peak
     299in the $dN/dE$ distribution. For all different trigger settings
     300this value is determined.
     301
    273302\subsubsection{Expected rates}
     303
     304Using the monte carlo data sample, it is possible to estimate
     305the expected rates from
     306
    274307
    275308\section{Conclusion}
     
    289322\begin{thebibliography}{99}
    290323
     324\bibitem[(MAGIC Collaboration 1998)]{mc98}
     325MAGIC Collaboration, "The MAGIC Telescope, Design Study for
     326the Construction of a 17m Cherenkov Telescope for Gamma
     327Astronomy Above 10 GeV", Preprint MPI-PhE?18-5, March 1998.
     328
    291329\bibitem[Heck and Knapp(1995)]{hk95}
    292330Heck, D. and Knapp J., CORSIKA Manual, 1995.
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