Changeset 6219 for trunk/MagicSoft
- Timestamp:
- 02/03/05 09:05:02 (20 years ago)
- Location:
- trunk/MagicSoft/GRB-Proposal
- Files:
-
- 3 edited
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trunk/MagicSoft/GRB-Proposal/GRB_proposal_2005.tex
r6218 r6219 121 121 Hartmann D.H., Kneiske T.M., Mannheim K.,Watanabe K., AIP Conference Proceedings, 662, 442, 2003. 122 122 \bibitem{MANNHEIM} Mannheim K., Hartmann D., Burkhardt F., AsJ, 467, 532, 1996. 123 \bibitem{SALOMON} Absorption of HE Gamma Rays by Interactions with Extragalactic Starlight Photons at High Redshifts and the HE Gamma-Ray Background, Salomon M.H., Stecker F.J., ApJ, 493, 547, 1998.124 123 \bibitem{DERMER} Beaming, Baryon loading, and the Synchrotron Self-Compton Component in Gamma-Ray Bursts, 125 124 Dermer \& Chiang, ApJ, 537, 785, 2000. … … 177 176 178 177 \bibitem{KNEISKE} Kneiske T.M., Bretz T., Mannheim K., Hartmann D.H., A\&A 413, 807, 2004. 178 \bibitem{SALOMON} Absorption of HE Gamma Rays by Interactions with Extragalactic Starlight Photons at High Redshifts and the HE Gamma-Ray Background, Salomon M.H., Stecker F.J., ApJ, 493, 547, 1998. 179 179 \bibitem{GRB030329} Spectra of the burst: http://space.mit.edu/HETE/Bursts/GRB030329/ 180 180 \bibitem{ecl} Private communication with Lorenz E. -
trunk/MagicSoft/GRB-Proposal/Introduction.tex
r6213 r6219 7 7 the objective to turn the telescope to the burst position within 10-30\,sec. 8 8 in order to have a fair chance to detect a burst when the prompt $\gamma$--emission is still ongoing. 9 During the commissioning phase it could be proven that our goal was reached. 10 The telescope is able to turn 180 degrees in azimuth within 20\,sec. and 80 degrees in zenith within 10\,sec.\\ 11 9 During the commissioning phase, it could be proven that our goal was reached. 10 The telescope is able to turn 180\,deg. in azimuth within 20\,sec. and 90\,deg. in zenith within 10\,sec.\\ 12 11 13 12 Very high energy (VHE) GRB observations have the potential to constrain the current GRB models 14 on both the prompt and extended phases of GRB emission~\cite{HARTMANN,MANNHEIM ,SALOMON}.15 Models based on both internal and external shocks predict s VHE fluencecomparable to,13 on both the prompt and extended phases of GRB emission~\cite{HARTMANN,MANNHEIM}. 14 Models based on both internal and external shocks predict VHE gamma-ray fluences comparable to, 16 15 or in certain situations stronger than, the keV-MeV radiation, 17 with duration ranging from shorter than the keV-MeV burst to extended TeV afterglows~\cite{DERMER, PILLA, ZHANG1, RAZZAQUE}. 16 with durations ranging from shorter than the keV-MeV burst to extended TeV 17 afterglows~\cite{DERMER, PILLA, ZHANG1, RAZZAQUE}. 18 18 19 19 \par … … 72 72 73 73 74 75 %%% Local Variables: 76 %%% mode: latex 77 %%% TeX-master: "GRB_proposal_2005" 78 %%% End: -
trunk/MagicSoft/GRB-Proposal/Strategies.tex
r6165 r6219 73 73 74 74 We determine the maximum zenith angle for GRB observations by requiring that the overwhelming majority of possible GRBs will have an in principle observable spectrum. Figure~\ref{fig:grh} 75 shows the gamma-ray horizon (GRH) as computed in~\cite{KNEISKE }. The GRH is defined as the75 shows the gamma-ray horizon (GRH) as computed in~\cite{KNEISKE,SALOMON}. The GRH is defined as the 76 76 gamma-ray energy at which a part of $1/e$ of a hypothesied mono-energetic flux gets absorbed after 77 77 travelling a distance of $d$, expressed in redshift $z$ from the earth. One can see that at typical … … 113 113 \item In the other case for having off-data at exactly the same sky location. 114 114 \end{itemize} 115 116 %%% Local Variables: 117 %%% mode: latex 118 %%% TeX-master: "GRB_proposal_2005" 119 %%% End:
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