Magnetopauza: poloha, tvar a struktura

For studies of the solar wind-magnetosphere interaction, the magnetopause is a key region. Prediction of its location and knowledge of its structure in a broad range of upstream parameters are important for further progress on this eld. The present thesis deals with statistical investigations of the...

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Main Author: Dušík, Štefan
Other Authors: Šafránková, Jana
Format: Doctoral Thesis
Language:Slovak
Published: 2010
Online Access:http://www.nusl.cz/ntk/nusl-296088
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spelling ndltd-nusl.cz-oai-invenio.nusl.cz-2960882018-12-10T04:16:17Z Magnetopauza: poloha, tvar a struktura Magnetopause: location,shape and structure Dušík, Štefan Šafránková, Jana Kulhánek, Petr Šimůnek, Jiří For studies of the solar wind-magnetosphere interaction, the magnetopause is a key region. Prediction of its location and knowledge of its structure in a broad range of upstream parameters are important for further progress on this eld. The present thesis deals with statistical investigations of the magnetopause location as well as case studies of the magnetopause and LLBL structure. Based on simultaneous Themis, Geotail, Interball and Magion measurements, we prepared a study of possible sources of the deviations from magnetopause models including low and high latitudes. We found a signicant deformation of the magnetopause surface in the cusp region at high latitudes and the dependence of the subsolar magnetopause position on the IMF cone angle. The analysis of several events using so called n-T plots brings new results connected with mechanisms of the LLBL formation. We found that during the northward pointing interplanetary magnetic eld, reconnection tailward of the cusp creates the outer part of the LLBL, whereas this sublayer is missing through southward magnetic eld. 2010 info:eu-repo/semantics/doctoralThesis http://www.nusl.cz/ntk/nusl-296088 slo info:eu-repo/semantics/restrictedAccess
collection NDLTD
language Slovak
format Doctoral Thesis
sources NDLTD
description For studies of the solar wind-magnetosphere interaction, the magnetopause is a key region. Prediction of its location and knowledge of its structure in a broad range of upstream parameters are important for further progress on this eld. The present thesis deals with statistical investigations of the magnetopause location as well as case studies of the magnetopause and LLBL structure. Based on simultaneous Themis, Geotail, Interball and Magion measurements, we prepared a study of possible sources of the deviations from magnetopause models including low and high latitudes. We found a signicant deformation of the magnetopause surface in the cusp region at high latitudes and the dependence of the subsolar magnetopause position on the IMF cone angle. The analysis of several events using so called n-T plots brings new results connected with mechanisms of the LLBL formation. We found that during the northward pointing interplanetary magnetic eld, reconnection tailward of the cusp creates the outer part of the LLBL, whereas this sublayer is missing through southward magnetic eld.
author2 Šafránková, Jana
author_facet Šafránková, Jana
Dušík, Štefan
author Dušík, Štefan
spellingShingle Dušík, Štefan
Magnetopauza: poloha, tvar a struktura
author_sort Dušík, Štefan
title Magnetopauza: poloha, tvar a struktura
title_short Magnetopauza: poloha, tvar a struktura
title_full Magnetopauza: poloha, tvar a struktura
title_fullStr Magnetopauza: poloha, tvar a struktura
title_full_unstemmed Magnetopauza: poloha, tvar a struktura
title_sort magnetopauza: poloha, tvar a struktura
publishDate 2010
url http://www.nusl.cz/ntk/nusl-296088
work_keys_str_mv AT dusikstefan magnetopauzapolohatvarastruktura
AT dusikstefan magnetopauselocationshapeandstructure
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