The annual average solar daily variations of the eastward component of the geomagnetic field, Y, at the equatorial stations, Kodaikanal and Huancayo indicate an increase on disturbed than on quiet days. With increasing daily mean geomagnetic activity index Ci, there is a systematic increase of daily mean value of Y and the systematic decrease of the daily mean value of H, (northward component) at both the stations. The storm-time variations of the Y field are in opposite to the corresponding variations of the H field at both the stations. It is suggested that with increasing geomagnetic activity, the development of equatorial ring current is associated with corresponding increase of meridional currents at low latitudes
A comparative study of the geomagnetic and ionospheric data at equatorial and low-latitude stations...
The nocturnal variations of the horizontal component (H) of the geomagnetic field at equatorial stat...
36-43Day-to-day variability in the solar daily range of the horizontal component of the geomagnetic ...
The annual average solar daily variations of the eastward component of the geomagnetic field, Y, at ...
319-326The yearly average daily variation of the vertical component (Z) of geomagnetic field at the ...
The sudden commencements of geomagnetic storms at the equatorial electrojet station Kondaikanal are ...
With the establishment of the new geomagnetic field observations in the Ocean Hemisphere Network Pro...
The geomagnetic horizontal (H) field from the chain of nine observatories in India are used to study...
The yearly mean Disturbance Daily (SD) variation, i.e., solar daily variation on International Distu...
This paper discusses the effects of currents induced inside the Earth at equatorial latitudes due to...
39-44Significant lunar tidal oscillations have been shown to be present in all the three H, D ( = Y)...
Simultaneous auroral and equatorial electric field data are used along with magnetic field data to s...
The paper describes the storm time (Dst) variations in horizontal (H) and eastward (Y) components of...
Variation of the strength of recurrent geomagnetic activity, which occurs just before a sunspot mini...
Huancayo is the only equatorial electrojet station where the daytime increase of horizontal geomagn...
A comparative study of the geomagnetic and ionospheric data at equatorial and low-latitude stations...
The nocturnal variations of the horizontal component (H) of the geomagnetic field at equatorial stat...
36-43Day-to-day variability in the solar daily range of the horizontal component of the geomagnetic ...
The annual average solar daily variations of the eastward component of the geomagnetic field, Y, at ...
319-326The yearly average daily variation of the vertical component (Z) of geomagnetic field at the ...
The sudden commencements of geomagnetic storms at the equatorial electrojet station Kondaikanal are ...
With the establishment of the new geomagnetic field observations in the Ocean Hemisphere Network Pro...
The geomagnetic horizontal (H) field from the chain of nine observatories in India are used to study...
The yearly mean Disturbance Daily (SD) variation, i.e., solar daily variation on International Distu...
This paper discusses the effects of currents induced inside the Earth at equatorial latitudes due to...
39-44Significant lunar tidal oscillations have been shown to be present in all the three H, D ( = Y)...
Simultaneous auroral and equatorial electric field data are used along with magnetic field data to s...
The paper describes the storm time (Dst) variations in horizontal (H) and eastward (Y) components of...
Variation of the strength of recurrent geomagnetic activity, which occurs just before a sunspot mini...
Huancayo is the only equatorial electrojet station where the daytime increase of horizontal geomagn...
A comparative study of the geomagnetic and ionospheric data at equatorial and low-latitude stations...
The nocturnal variations of the horizontal component (H) of the geomagnetic field at equatorial stat...
36-43Day-to-day variability in the solar daily range of the horizontal component of the geomagnetic ...