Searches for hard X-ray gamma-ray burst afterglows with the BAT on Swift

Searches for hard X-ray gamma-ray burst afterglows with the BAT on Swift

The Burst Alert Telescope (BAT) on the Swift gamma ray burst mission will continue to observe the fields of all detected gamma-ray bursts for several days after the prompt emission has faded. Utilizing first event-by-event data, then one minute and later five minute survey accumulations, the BAT wil...

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Hauptverfasser: Krimm, Hans A, Barbier, Louis M, Barthelmy, Scott D, Eftekharzadeh, Ardeshir, Fenimore, Edward E, Gehrels, Neil, Hullinger, Derek D, Markwardt, Craig, Palmer, David M, Parsons, Ann M
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creator Krimm, Hans A
Barbier, Louis M
Barthelmy, Scott D
Eftekharzadeh, Ardeshir
Fenimore, Edward E
Gehrels, Neil
Hullinger, Derek D
Markwardt, Craig
Palmer, David M
Parsons, Ann M
description The Burst Alert Telescope (BAT) on the Swift gamma ray burst mission will continue to observe the fields of all detected gamma-ray bursts for several days after the prompt emission has faded. Utilizing first event-by-event data, then one minute and later five minute survey accumulations, the BAT will be extremely sensitive to the hard X-ray afterglow known to be associated with many bursts. This data will cover the crucial transition of the afterglow from rapid variability to the smoothly decaying power law in time and will extend observations of the tails of individual bursts to longer time scales than have been achievable so far. Since Swift is sensitive to short duration GRBs, we will also be able to determine whether hard X-ray afterglows are associated with short GRBs. The BAT will provide high resolution spectra of burst afterglows, allowing us to study in detail the time evolution of GRB spectra.
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title Searches for hard X-ray gamma-ray burst afterglows with the BAT on Swift
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