N2 DISSOCIATION IN THE MESOSPHERE DUE TO SECONDARY ELECTRONS DURING A SOLAR PROTON EVENT: THE EFFECT ON ATOMIC NITROGEN AND NITRIC OXIDE P. T. Verronen (1), V. I. Shematovich (2), D. V. Bisikalo (2), E. Turunen (3), Th. - Solar proton event - Document - PDFSEARCH.IO

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	N2 DISSOCIATION IN THE MESOSPHERE DUE TO SECONDARY ELECTRONS DURING A SOLAR PROTON EVENT: THE EFFECT ON ATOMIC NITROGEN AND NITRIC OXIDE P. T. Verronen (1), V. I. Shematovich (2), D. V. Bisikalo (2), E. Turunen (3), Th. Add to Reading List Document Date: 2002-02-12 04:01:05 Open Document File Size: 11,54 KB Share Result on Facebook City Helsinki / Sodankylä / / Country Russia / Finland / / / Facility Institute of Astronomy / Sodankylä Geophysical Observatory / Finnish Meteorological Institute / / IndustryTerm chemical reactions / solar proton event high energy protons / ambient gas / steady-state solution / energy / / Movie D. V / / Organization Finnish Meteorological Institute / Geophysical Research Division / Russian Academy of Sciences / Moscow / Institute of Astronomy / / / SocialTag Charge carriers Physical chemistry Quantum chemistry Chemical elements Nonmetals Nitrogen Proton Ion Electron Chemistry

N2 DISSOCIATION IN THE MESOSPHERE DUE TO SECONDARY ELECTRONS DURING A SOLAR PROTON EVENT: THE EFFECT ON ATOMIC NITROGEN AND NITRIC OXIDE P. T. Verronen (1), V. I. Shematovich (2), D. V. Bisikalo (2), E. Turunen (3), Th. Add to Reading List