Add to ORKGA magnetic core digitized spark chamber gamma ray telescope has been developed for satellite use. The detector has the following characteristics: effective area = 500 cu/cm, solid angle = 1/4 SR; efficiency (high energy) = 0.29; and time resolution of better than two milliseconds
This thesis describes a new balloon-borne system which was designed, constructed, and flown with the...
The second small astronomy satellite (SAS-2) carried a high energy gamma ray telescope into an equit...
The new, small satellite-based gamma-ray detectors, like Cubesats Applied for MEasuring and Localizi...
Systems description of SAS-B gamma ray telescope with multilayer digitized spark chamber for gamma r...
The SAS-2 gamma ray experiment and its detection of celestial gamma rays are described. Data also co...
High altitude balloon magnetic-core digitized spark chamber detector system for determining point so...
The design and operation of a 32 x 1 10 to the 15th power sq m array of scintillation detectors for ...
Digitized spark chamber for charged particle and gamma radiation detection during balloon and satell...
A high energy (35 MeV) gamma ray telescope employing a thirty-two level magnetic core spark chamber ...
French and Soviet specialists have designed and built the gamma-ray telescope GAMMA-1 to detect cosm...
Cosmic gamma ray detector with scintillator and vidicon spark chamber in high altitude balloon in se...
Cosmic radiation continues to be a constant threat to any prolonged space mission. Harboring biologi...
The Small Astronomy Satellite (SAS)-2, launched on November 15, 1972, carried into orbit a 32-deck m...
A low energy gamma ray telescope, and the results of its observations are described. The telescope c...
The Medium Energy Gamma-ray Astronomy (MEGA) telescope concept will soon be proposed as a MIDEX miss...
This thesis describes a new balloon-borne system which was designed, constructed, and flown with the...
The second small astronomy satellite (SAS-2) carried a high energy gamma ray telescope into an equit...
The new, small satellite-based gamma-ray detectors, like Cubesats Applied for MEasuring and Localizi...
Systems description of SAS-B gamma ray telescope with multilayer digitized spark chamber for gamma r...
The SAS-2 gamma ray experiment and its detection of celestial gamma rays are described. Data also co...
High altitude balloon magnetic-core digitized spark chamber detector system for determining point so...
The design and operation of a 32 x 1 10 to the 15th power sq m array of scintillation detectors for ...
Digitized spark chamber for charged particle and gamma radiation detection during balloon and satell...
A high energy (35 MeV) gamma ray telescope employing a thirty-two level magnetic core spark chamber ...
French and Soviet specialists have designed and built the gamma-ray telescope GAMMA-1 to detect cosm...
Cosmic gamma ray detector with scintillator and vidicon spark chamber in high altitude balloon in se...
Cosmic radiation continues to be a constant threat to any prolonged space mission. Harboring biologi...
The Small Astronomy Satellite (SAS)-2, launched on November 15, 1972, carried into orbit a 32-deck m...
A low energy gamma ray telescope, and the results of its observations are described. The telescope c...
The Medium Energy Gamma-ray Astronomy (MEGA) telescope concept will soon be proposed as a MIDEX miss...
This thesis describes a new balloon-borne system which was designed, constructed, and flown with the...
The second small astronomy satellite (SAS-2) carried a high energy gamma ray telescope into an equit...
The new, small satellite-based gamma-ray detectors, like Cubesats Applied for MEasuring and Localizi...