Hadron component of cosmic radiation at atmospheric depth 800 g/cm(2) in Energy Range 70 to 700 GeV

Details Hadron component of cosmic radiation at atmospheric depth 800 g/cm(2) in Energy Range 70 to 700 GeV Hadron component of cosmic radiation at atmospheric depth 800 g/cm(2) in Energy Range 70 to 700 GeV

Nov 1985

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1985rpesc....q..40v&link_type=abstract

"In its USSR Rept.: Earth Sci. (JPRS-UES-85-009) p 40 (SEE N86-13765 04-42) Transl. into ENGLISH from "Adronnaya Komponenta Ko

Computer Science

Cosmic Rays, Energy Spectra, Hadrons, Spark Chambers, Spectroscopic Analysis, Elementary Particles, Radiation Counters, Spectrometers

Scientific paper

A spark spectrometer was developed for registry of cosmic radiation hardons. The study of this instrument in the particle beams of the Serpukhovo accelerator made it possible to reduce the systematic errors in the measurement of cosmic radiation hardons to a minimum. Existing methods for studying the hadron component; the characteristics of interaction between pions and protons and spark spectrometer matter obtained using the Serpukhovo accelerator; the parameters of hadron showers in the spark spectrometer, used in studying hadron fluxes in cosmic rays; the ratios of fluxes of pions and protons, the absolute intensities of the flux of neutrons and the total hadron flux at an elevation of 2,000 m above sea level; and the measurement data are discussed. The integral intensities of fluxes of neutrons and hadrons in the energy range 240 GeV were determined. It is found that there is a systematic increase in the eta/P ratio of fluxes in the energy range 120 to 330 GeV.

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