Astronomy and Astrophysics – Astrophysics
Scientific paper
1999-12-31
Astronomy and Astrophysics
Astrophysics
12 pages & 3 figure, submitted to ApJ on 12/20/1999
Scientific paper
10.1086/312821
We calculate the statistical distribution of observed afterglow flux, in some fixed observed frequency band, and at some fixed observer time after the explosion ($t_{obs}$) in two models - one where the explosion takes place in a uniform density medium and the other where the surrounding medium has a power-law stratification such as is expected for a stellar wind. For photon energies greater than about 500 electron-volt and $t_{obs}\gta 10^3$ sec the afterglow flux distribution functions for the uniform ISM and the wind models are nearly identical. We compare the width of the theoretical distribution with the observed x-ray afterglow flux and find that the FWHM of the distribution for energy in explosion and the fractional energy in electrons ($\epsilon_e$) are each less than about one order of magnitude and the FWHM for the electron energy index is 0.6 or less.
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