Changeset 828 for trunk


Ignore:
Timestamp:
06/01/01 11:00:52 (23 years ago)
Author:
blanch
Message:
Comments from Manel nad Sasha implemented.
File:
1 edited

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  • trunk/ICRC_01/mccontrib.tex

    r827 r828  
    1818\affil[3]{Max-Planck-Institut f\"ur Physik, M\"unchen, Germany}
    1919
    20 \correspondence{O.Blanch blanch@ifae.es), H. Kornmayer (h.kornmayer@web.de)}
     20\correspondence{O.Blanch (blanch@ifae.es), H. Kornmayer (h.kornmayer@web.de)}
    2121\affil[ ]{ }
    2222\affil[ ]{\large (for the MAGIC Collaboration)}
     
    129129        $\Theta = 10^\circ$ &  $\approx 5 \cdot 10^5$ & $\approx 1 \cdot 10^6$  \\
    130130        $\Theta = 15^\circ$ &  $\approx 2 \cdot 10^6$    &  $\approx 5 \cdot 10^6$  \\
    131         $\Theta = 20^\circ$ &  production   & production  \\
    132         $\Theta = 25^\circ$ &  production   & production  \\
     131        $\Theta = 20^\circ$ &  in production   &  in production  \\
     132        $\Theta = 25^\circ$ &  in production   &  in production  \\
    133133    \hline
    134134  \end{tabular}
     
    233233These stars will contribute locally to the noise in the
    234234camera and have to be taken into account.
    235 A program that allows to simulate the star light together
    236 with the generated showers has been developed.
     235A program was developed to simulate the star light together
     236with the generated showers.
    237237This program considers all stars in the field of view of the camera
    238238around a chosen direction. The light of these stars is traced up to
     
    300300
    301301 
    302 \subsubsection{Effective trigger collection area}
    303 
    304 
    305 
    306 The effective trigger collection area is defined as the integral
     302\subsubsection{Trigger collection area}
     303
     304
     305
     306The rigger collection area is defined as the integral
    307307\begin{equation}
    308308  A(E,\Theta)  = \int_{F}{ T(E,\Theta,F) dF}
     
    313313for different discriminator thresholds are shown in figure
    314314\ref{fig_collarea}.
    315 At low energies ($ E < 100 ~\mathrm{GeV}$), the effective trigger collection
     315At low energies ($ E < 100 ~\mathrm{GeV}$), the trigger collection
    316316area decreases with increasing zenith angle , and it decreases with
    317317%
     
    322322 \includegraphics[width=8.3cm]{collarea.eps} % .eps for Latex,
    323323                                            % pdfLatex allows .pdf, .jpg, .png and .tif
    324  \caption{The effective trigger collection area for gamma showers as a function
     324 \caption{The trigger collection area for gamma showers as a function
    325325 of energy $E$.}
    326326 \label{fig_collarea}
     
    456456
    457457\begin{acknowledgements}
    458 The authors thanks all the "simulators" of the MAGIC collaboration
     458The authors thank all the "simulators" of the MAGIC collaboration
    459459for their support in the production of the big amount of Monte Carlo
    460 data. The support of MAGIC by the BMBF (Germany) and the CYCIT (Spain)
    461 is acknowledged.
     460data. We thank also M. Dosil and D. Petry for writing the Star field
     461adder program. The support of MAGIC by the BMBF (Germany) and the CYCIT
     462(Spain) is acknowledged.
    462463
    463464
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