Soviet-Indian studies of cosmic radiation using high-altitude balloons

Computer Science – Sound

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Balloon Sounding, Cosmic Rays, Gamma Ray Astronomy, High Altitude Balloons, Periodic Variations, Background Radiation, Balloon Flight, Balloon-Borne Instruments, Electron Flux Density, Gamma Ray Telescopes, Gravity Waves, Indian Space Program, Internal Waves, U.S.S.R. Space Program

Scientific paper

An analysis is presented of the quasi-periodic background gamma radiation variations and electron flux measurements at various altitudes and geomagnetic latitudes, obtained during two balloon flights equipped with a gamma ray telescope, registering energies exceeding 40 MeV. The possible mechanisms of quasi-periodic variations are discussed, and it is noted that the variation is most probably caused by atmospheric internal and gravity waves with a density variation amplitude greater than 10% at an altitude of about 40 km. The analysis indicates an anisotropic modulation of gamma radiation with a characteristic spatial dimension of several tens of degrees. The stratospheric (35-40 km) electron flux anisotropy in the equatorial region is discussed. Data are compared with those obtained at satellite altitudes.

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