HIGH-ENERGY GAMMA-RAY ASTRONOMY
Brief review of the present status of high-energy gamma-ray astronomy and a report of results from the orbiting solar observatory
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Brief review of the present status of high-energy gamma-ray astronomy and a report of results from the orbiting solar observatory
Gamma ray astronomy in the 50 kev to 3 mev region
Explorer xi detection of cosmic gamma rays, analyzing data to give altitude variation, angular distribution and celestial coordinates of event
Results in experimental study of shortwave radiation of interstellar absorption region with rocket mounted gamma and X-ray telescopes
X-ray and gamma radiation astronomy - OSO MEASUREMENTS
X-ray and gamma ray astronomical experiments using balloons, radiation detectors and Orbiting Solar Observatory /OGO/
Sources of X-rays and high-energy gamma rays, including inverse Compton effect, synchrotron radiation, brehmsstrahlung from hot plasma, and decay of neutral pions
Spark chamber with vidicon readout for balloon- and satellite-borne high energy gamma ray astronomy analysis, noting Cerenkov counter
High altitude balloon magnetic-core digitized spark chamber detector system for determining point sources of cosmic gamma radiation
Space gamma radiation in form of quanta with extremely high energies, discussing satellite- borne detectors, spark chambers, etc
Cosmic gamma radiation point sources from high altitude balloon flights
Balloon flight detection of gamma ray point sources
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Gamma ray astronomy using balloon-borne telescope with digitized spark chamber
The result of a calculation of the expected number of muons in gamma ray initiated and cosmic ray initiated air showers using a realistic model of hadronic collisions in an effort to understand the available experimental results and to assess the feasibility of using the muon content of showers as a veto to reject cosmic ray initiated showers in ultra-high energy gamma ray astronomy are reported. The possibility of observing very-high energy gamma-ray sources by detecting narrow angle anisotropies in the high energy muon background radiation are considered.
Space astronomy developments in X-ray, gamma-ray, ultraviolet, infrared, and low-frequency radio spectra