The Trapped Anomalous Component of the Cosmic Rays:. the Short Overview of Experiments

Details The Trapped Anomalous Component of the Cosmic Rays:. the Short Overview of Experiments The Trapped Anomalous Component of the Cosmic Rays:. the Short Overview of Experiments

Aug 2002

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2002madm.conf..117p&link_type=abstract

MATTER, ANTI-MATTER AND DARK MATTER. Proceedings of the Second International Workshop. Held 29-30 October 2001 in Trento, Italy.

Computer Science

Anomalous Cosmic Rays

Scientific paper

The experimental data on the chemical composition of galactic cosmic rays (GCR) are analysed in the energy range between ≈10 MeV/nucl and ≈ PeV. The lower part of the energy range corresponds to the so-called anomalous cosmic rays (ACR). These particles with low charge values can easily penetrate through the Earth's magnetic field and after charge-exchange with neutrals of the Earth's atmosphere increase their charge states to full stripping. As a result of satellite experiments it was shown, that these secondary particles can become trapped in the geomagnetic field and form a radiation belt. Below a short survey of the experimental results which led to this discovery is given.

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