Mathematics
Scientific paper
May 1975
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1975stin...7619046r&link_type=abstract
Research Report Naval Academy, Annapolis, MD.
Mathematics
Cosmic Rays, Muons, Angular Distribution, Flux (Rate), Least Squares Method, Numerical Integration, Particle Telescopes, Radiation Detectors
Scientific paper
The zenith-angle distribution of stopping muons at sea level, and the response of a stopping muon cosmic-ray detector were investigated in this research report. In order to determine the angular response of a wide-angle stopping muon telescope, smaller detectors were placed in coincidence with it which provided a correlation of count rate with zenith-angle of particle arrival. Using numerical integration techniques, computer solutions were employed to predict the zenith-angle-selective count rates for various descriptions of the incident flux. A least-squares analysis yielded a cosine power expressed mathematically. Employing this flux expression in predictive computer programs provided an accurate model of the wide angle telescope response from which the telescope half-angle was determined. Considerations of overburden effects and data corrections are discussed.
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