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Solar orbiter neutral solar-wind detector

Authors :
Hilchenbach, M.
Orsini, S.
Hseih, K. C.
Antonucci, E.
Barabash, S.
Bamert, K.
Bruno, R.
Collier, M. R.
Czechowski, A.
D Amicis, R.
Angelis, E.
Dandouras, I.
Di Lellis, A. M.
Esser, R.
Giacalone, J.
Gruntman, M.
Habbal, S. R.
Jokipii, J. R.
Kallio, E.
Kota, J.
Kucharek, H.
Leonl, R.
Livi, S.
Mann, I.
Marsch, E.
Massetti, S.
Milillo, A.
Möbius, E.
Alessandro Mura
Sheldon, R. B.
Schmidt, W.
Selci, S.
Szego, K.
Woch, J.
Wurz, P.
Zanza, V.
Zurbuchen, T. H.
Source :
Scopus-Elsevier, 2nd Solar Orbiter Workshop-ESA, pp. Issue SP-641, Athens, Greece, 16-20 October, 2006, info:cnr-pdr/source/autori:Hilchenbach, M. (a); Orsini, S. (b); Hseih, K.C. (c); Antonucci, E. (d); Barabash, S. (e); Bamert, K. (f); Bruno, R. (b); Collier, M.R. (g); Czechowski, A. (h); D'Amicis, R.(b); De Angelis, E. (b); Dandouras, I. (i); Di Lellis, A.M. (j); Esser, R. (k); Giacalone, J. (c); Gruntman, M.(l,m); Habbal, S.R. (n); Jokipii, J.R. (c); Kallio, E. (o); Kota, J. (c); Kucharek, H. (p); Leonl, R. (q); Livi, S. (r); Mann, I. (s); Marsch, E. (a); Massetti, S. (b); Milillo, A. (b); Möbius, E. (p); Mura, A. (b); Sheldon, R.B. (t); Schmidt, W.(o); Selci, S. (u); Szego, K. (v); Woch, J. (a); Wurz, P.(f); Zanza, V. (w); Zurbuchen, T.H. (x)/congresso_nome:2nd Solar Orbiter Workshop-ESA/congresso_luogo:Athens, Greece/congresso_data:16-20 October, 2006/anno:2006/pagina_da:Issue SP-641/pagina_a:/intervallo_pagine:Issue SP-641, ResearcherID

Abstract

Neutral hydrogen atoms, which give rise to the prominent solar Ly-? corona, are closely coupled to the emerging solar-wind plasma. The density ratio of neutral hydrogen to protons is minute, ?10-6; therefore, the neutral atoms are tracers in the solar wind. In-situ observations of the neutral atoms, their flight paths (imaging), density, and velocity distributions are a new tool to the understanding of the Ly-? corona, i.e. setting limits on the plasma velocity distribution along the solar magnetic field lines. The other goal of the neutral solar-wind instrumentation is the in-situ observation of the interactions between solar wind plasma and dust grains near the Sun. We will discuss the science objectives and the potential "zero charge" solar-wind instrument envelope onboard Solar Orbiter.

Details

Database :
OpenAIRE
Journal :
Scopus-Elsevier, 2nd Solar Orbiter Workshop-ESA, pp. Issue SP-641, Athens, Greece, 16-20 October, 2006, info:cnr-pdr/source/autori:Hilchenbach, M. (a); Orsini, S. (b); Hseih, K.C. (c); Antonucci, E. (d); Barabash, S. (e); Bamert, K. (f); Bruno, R. (b); Collier, M.R. (g); Czechowski, A. (h); D'Amicis, R.(b); De Angelis, E. (b); Dandouras, I. (i); Di Lellis, A.M. (j); Esser, R. (k); Giacalone, J. (c); Gruntman, M.(l,m); Habbal, S.R. (n); Jokipii, J.R. (c); Kallio, E. (o); Kota, J. (c); Kucharek, H. (p); Leonl, R. (q); Livi, S. (r); Mann, I. (s); Marsch, E. (a); Massetti, S. (b); Milillo, A. (b); Möbius, E. (p); Mura, A. (b); Sheldon, R.B. (t); Schmidt, W.(o); Selci, S. (u); Szego, K. (v); Woch, J. (a); Wurz, P.(f); Zanza, V. (w); Zurbuchen, T.H. (x)/congresso_nome:2nd Solar Orbiter Workshop-ESA/congresso_luogo:Athens, Greece/congresso_data:16-20 October, 2006/anno:2006/pagina_da:Issue SP-641/pagina_a:/intervallo_pagine:Issue SP-641, ResearcherID
Accession number :
edsair.dedup.wf.001..0584486bc34d41ce1b71fa414d630728