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Estimation of GRB detection by FiberGLAST

Authors :
W. R. Binns
Thomas A. Parnell
T. G. Guzik
J. H. Buckley
Donald B. Wallace
Gerald J. Fishman
G. Richardson
Mark L. McConnell
James M. Ryan
Paul L. Hink
K. Aisaka
Robert S. Mallozzi
R. D. Preece
J. G. Stacy
David B. Cline
Keith Rielage
M. H. Israel
M. Atac
Tumay O. Tumer
S. C. Kappadath
J. R. Macri
R. M. Kippen
Surasak Phengchamnan
M. H. Finger
W. S. Paciesas
J. W. Epstein
Robert B. Wilson
G. N. Pendleton
Yuriy Pischalnikov
P. F. Dowkontt
Michael Cherry
G. R. Karr
Source :
AIP Conference Proceedings.
Publication Year :
2000
Publisher :
AIP, 2000.

Abstract

FiberGLAST is one of several instrument concepts being developed for possible inclusion as the primary Gamma-ray Large Area Space Telescope (GLAST) instrument. The predicted FiberGLAST effective area is more than 12,000 cm2 for energies between 30 MeV and 300 GeV, with a field of view that is essentially flat from 0°–80°. The detector will achieve a sensitivity more than 10 times that of EGRET. We present results of simulations that illustrate the sensitivity of FiberGLAST for the detection of gamma-ray bursts.

Details

ISSN :
0094243X
Database :
OpenAIRE
Journal :
AIP Conference Proceedings
Accession number :
edsair.doi...........0d48309eef3cb225cdcfae4ca580d008