Latitude measurements of cosmic radiation intensity in stratosphere and at sea level on marine antarctic expeditions

Details Latitude measurements of cosmic radiation intensity in stratosphere and at sea level on marine antarctic expeditions Latitude measurements of cosmic radiation intensity in stratosphere and at sea level on marine antarctic expeditions

Nov 1985

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1985rpesc....q..39s&link_type=abstract

"In its USSR Rept.: Earth Sci. (JPRS-UES-85-009) p 39 (SEE N86-13765 04-42) Transl. into ENGLISH from "Shirotnyye Izmereniya I

Computer Science

Antarctic Regions, Cosmic Rays, Galactic Radiation, Latitude Measurement, Radiant Flux Density, Sea Level, Stratosphere Radiation, Atmospheric Radiation, Gamma Ray Bursts, Ionizing Radiation, Positioning

Scientific paper

The correlation coefficients (W9R,x, t) for the activity minimum 1975 to 1976 were determined on the basis of: stratospheric latitude measurement; measurement of the flux of soft charged radiation and gamma radiation at sea level as a function of cutoff rigidity Rc and determination of the latitude effect for the charged and gamma radiations; checking of the geomagnetic cutoff thresholds Rc, computed using the IGRF magnetic field model; clarification of the role of the radioactive background for determining the latitude effect for low-energy particles. The design of the instrument used in cosmic ray measurements at sea level the processing of measurement data are described the results of latitude measurements of ionizing and gamma radiations at sea level are presented, latitude stratospheric measurements at the solar activity minimum 1975 to 1976 are outlined. The sea-level latitude measurements gave the flux of charged cosmic radiation and the distribution of cosmic ray intensity as a function of Rc. Comparison of the measurements made in the Northern and Southern Hemispheres in the Atlantic reveals a systematic difference in the Rc values which requires introduction of a correction.

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