- Timestamp:
- 02/03/05 08:57:09 (20 years ago)
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trunk/MagicSoft/GRB-Proposal/GRB_proposal_2005.tex
r6201 r6218 71 71 \begin{abstract} 72 72 We present a detailed strategy for the observation of Gamma Ray Bursts (GRBs) for the first 73 half year of 2005. All observations will be mainly triggered by alerts from \sw. In addition 74 \he and \ig satellites will contribute to the number of alerts. 75 We expect an alert rate in total of about 15 per months where 1--2 should be observable due to our 76 duty cycle. Because it is still unknown how many alerts \sw will deliver in total and its precise sky coverage, 77 we cannot predict the alert frequency better than 100\% uncertainty. This leads to a expected observation time 78 of 5$\pm$5 hours per month. This number includes already observation during the moon time. 73 half year of 2005. 74 All observations will be mainly triggered by alerts from \sw. 75 In addition, the \he and \ig satellites can contribute a small number of alerts. 76 The \sw collaboration expects a total alert rate of about 15 per months -- 77 although with big uncertainties -- out of which 1--2 should be observable due to our 78 duty cycle. The overlap in sky converages between \sw and \ma seems to be favorable for \ma. 79 As it is still unknown how many alerts \sw will deliver exactly, and how its sky coverage matches 80 with the one of \ma, 81 we cannot predict the alert frequency now to better than 100\% uncertainty. 82 This leads to an expected observation time 83 of 5$\pm$5 hours per month. This number includes observation during moon-time. 79 84 We give a detailed description of the observation procedures in La Palma and 80 propose to review the situation in half a year from now. 85 propose to spend one dedicated night to test the automatic alert procedure 86 with the subsystem experts. 87 We suggest to review the situation in half a year from now. 81 88 \end{abstract} 82 89 … … 132 139 Zhang B., Meszaros P., Astrophys. J. 559, 110, 2001. 133 140 \bibitem{BELOBORODOV} Optical and GeV-TeV Flashes from GRBs, Beloborodov A., ApJ, 618, L13, 2005. 141 \bibitem{LI} Li Z., Dai G., Lu T., accepted for A\&A, astro-ph/0208435, 2002. 142 \bibitem{ASAF2} Prompt GRB Spectra: Detailed Calculation and the Effect of Pair Production, 143 Pe'er A., Waxman E., ApJ, 603, 448, 2004. 134 144 \bibitem{EGRET} Hurley K. et al., Nature, 372, 652 135 145 \bibitem{DINGUS1} Observations of the Highest Energy Gamma Rays from GRBs, … … 149 159 \bibitem{GRAND} Sub-TeV Gammas in Coincidence with BATSE Gamma Ray Bursts, 150 160 Poirier J, et al., Physical Review D, 67, 042001, 2003. 151 \bibitem{ASAF2} Prompt GRB Spectra: Detailed Calculation and the Effect of Pair Production,152 Pe'er A., Waxman E., ApJ, 603, 448, 2004.153 \bibitem{LI} Li Z., Dai G., Lu T., accepted for A\&A, astro-ph/0208435, 2002.154 161 \bibitem{ICRC} The MAGIC Telescope and the Observation of GRBs, 155 162 Galante N. et al., Proceedings of the 28$^{th}$ ICRC, Tsukuba, Japan, 2003.
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