Solar quiet day ionospheric source current in the West African region

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Obiekezie, Theresa N.; Okeke, Francisca N.;
(2012)

The Solar Quiet (Sq) day source current were calculated using the magnetic data obtained from a chain of 10 magnetotelluric stations installed in the African sector during the French participation in the International Equatorial Electrojet Year (IEEY) experiment in Afri... View more
  • References (10)

    Campbell, W.H., Jacobs, J.. 1989; vol. 3: 386-460

    Chapman, S.. The solar and lunar diurnal variation of the earth magnetism. London: Philos Trans Roy Soc. 1919; A (218): 1-118

    Shuster, A.. The diurnal variation of terrestrial magnetism. London: Philos Trans. 1889; A (180): 467-518

    Campbell, W.H., Arora, B.R., Schiffmacher, E.R.. External Sq currents in the India–Siberia region. J Geophys Res. 1993; 98: 3741-3752

    Schmucker, U.. An introduction to induction anomalies. J Geomag Geoelectr. 1970; 22: 9-33

    Arora, B.R., Campbell, W.H., Schiffmacher, E.R.. Upper mantle electrical conductivity in the Himalayan region. J Geomag Geoelectr. 1995; 47: 653-665

    Campbell, W.H., Barton, C.E., Welsh, W.. Quiet-day ionospheric currents and their application to upper mantle conductivity in Australia. Earth planets space. 1998; 50: 347-360

    Obiekezie, T.N., Okeke, F.N.. Upper mantle electrical conductivity results from the dip equator latitudes of West African region. Int J Phys Sci. 2010; 5 (6): 637-641

    Vassal, J., Menvielle, M., Cohen, Y., Dukhan, M., Doumouya, V., Boka, K.. A study of transient variations in the Earth’s electromagnetic field at equatorial electrojet latitudes in western Africa (Mali and the Ivory Coast). Ann Geophysicae. 1998; 16: 677-697

    Matsushita, S., Maeda, H.. On the geomagnetic solar quiet day variation field during the IGY. J Geophys Res. 1965; 70: 2535-2558

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