The imaging γ‐ray telescope COMPTEL on board NASA’s Compton Gamma‐Ray Observatory (GRO) has observed many cosmic gamma‐ray bursts during the early mission phase of GRO. COMPTEL records time‐resolved burst spectra over 0.1 MeV to 10 MeV energies, and, for the first time, produces direct single‐telescope gamma‐ray images (0.8–30 MeV) of cosmic gamma‐ray bursts occurring in its 1 sr field of field
The COMPTEL experiment aboard CGRO is designed to image celestial gamma-radiation in the energy rang...
On 1993 January 31 at 1857:12 Universal Time (UT), the Imaging Compton Telescope COMPTEL onboard the...
The COMPTEL instrument on GRO is designed to image celestial gamma radiation in the approximately 0....
The γ‐ray telescope COMPTEL onboard GRO has so far located 6 gamma‐ray bursts which occurred in its ...
The Compton Gamma-Ray Observatory was launched on April 5, 1991, carrying the imaging Compton telesc...
The COMPTEL experiment on GRO images 0.7-30 MeV celestial gamma-radiation that falls within its 1 st...
During the first year of operation, the COMPTEL instrument on board the Compton Gamma Ray Observator...
The Imaging Compton Telescope (COMPTEL) on board the Compton Gamma Ray Observatory regularly observe...
The COMPTEL experiment on GRO images 0.75–30 MeV celestial gamma‐radiation that falls within its 1 s...
COMPTEL is presently completing the first full sky survey in MeV gamma‐ray astronomy (0.7 to 30 MeV)...
CGRO-COMPTEL measures gamma-ray burst positions, time-histories and spectra in the 0.1–30 MeV energy...
During the first year of operation, 22 cosmic gamma-ray bursts were detected within the field of vie...
Since the launch of the Compton Gamma-Ray Observatory in April 1991, the imaging COMPTEL telescope h...
COMPTEL, the imaging gamma‐ray telescope, capable of detecting gamma rays in the range of 0.1–30 MeV...
The COMPTEL instrument aboard the Compton Gamma Ray Observatory is used to study the phenomena of co...
The COMPTEL experiment aboard CGRO is designed to image celestial gamma-radiation in the energy rang...
On 1993 January 31 at 1857:12 Universal Time (UT), the Imaging Compton Telescope COMPTEL onboard the...
The COMPTEL instrument on GRO is designed to image celestial gamma radiation in the approximately 0....
The γ‐ray telescope COMPTEL onboard GRO has so far located 6 gamma‐ray bursts which occurred in its ...
The Compton Gamma-Ray Observatory was launched on April 5, 1991, carrying the imaging Compton telesc...
The COMPTEL experiment on GRO images 0.7-30 MeV celestial gamma-radiation that falls within its 1 st...
During the first year of operation, the COMPTEL instrument on board the Compton Gamma Ray Observator...
The Imaging Compton Telescope (COMPTEL) on board the Compton Gamma Ray Observatory regularly observe...
The COMPTEL experiment on GRO images 0.75–30 MeV celestial gamma‐radiation that falls within its 1 s...
COMPTEL is presently completing the first full sky survey in MeV gamma‐ray astronomy (0.7 to 30 MeV)...
CGRO-COMPTEL measures gamma-ray burst positions, time-histories and spectra in the 0.1–30 MeV energy...
During the first year of operation, 22 cosmic gamma-ray bursts were detected within the field of vie...
Since the launch of the Compton Gamma-Ray Observatory in April 1991, the imaging COMPTEL telescope h...
COMPTEL, the imaging gamma‐ray telescope, capable of detecting gamma rays in the range of 0.1–30 MeV...
The COMPTEL instrument aboard the Compton Gamma Ray Observatory is used to study the phenomena of co...
The COMPTEL experiment aboard CGRO is designed to image celestial gamma-radiation in the energy rang...
On 1993 January 31 at 1857:12 Universal Time (UT), the Imaging Compton Telescope COMPTEL onboard the...
The COMPTEL instrument on GRO is designed to image celestial gamma radiation in the approximately 0....