Add to ORKGThe mechanism for the production of lunar daily geomagnetic variations is discussed. Making reasonable assumptions, it is shown that it is possible to separate the observed variations into parts of ionospheric and oceanic origin. The method is applied to results from six observatories in the British Isles, and the Ocean dynamo part is found to make an important contribution to the total lunar daily variation in all three geomagnetic elements
This paper describes solar and lunar daily variations of the geomagnetic field over low- and mid-lat...
The lunar semidiurnal variations in the solar diurnal range of the horizontal component of the earth...
The lunar semidiurnal variations in the solar diurnal range of the horizontal component of the earth...
Lunar daily geomagnetic variations ( L) exhibit distinctive behaviour at many sites near coasts. In...
The contributions from the oceanic and ionospheric dynamos, Lo and LI respectively, to the geomagnet...
Geomagnetic solar and lunar daily variations S and L, at Alibag, India are derived, by the well-know...
Summary. Mean hourly values of geomagnetic declination, horizontal intensity and vertical intensity ...
Lunar daily geomagnetic variation in different phases of solar activity, derived from the long serie...
A lunar semidiurnal variation (12.4206 h period) induced by tides in the deep ocean is demonstrated ...
The dependence of geomagnetic lunar daily variation (L) on lunar distance in different seasons and f...
The traditional Chapman-Miller analysis for the solar, S, and lunar, L, geomagnetic variations is ge...
Long-term variability in solar and lunar daily variations, and its association with solar and magnet...
The paper describes lunar daily (L) variation at fixed lunar ages and lunar monthly (M) variation at...
It is well known that the maximum in the lunar tide variation of ƒ0F2 occurs at about 10 lunar ...
It is well known that the maximum in the lunar tide variation of ƒ0F2 occurs at about 10 lunar ...
This paper describes solar and lunar daily variations of the geomagnetic field over low- and mid-lat...
The lunar semidiurnal variations in the solar diurnal range of the horizontal component of the earth...
The lunar semidiurnal variations in the solar diurnal range of the horizontal component of the earth...
Lunar daily geomagnetic variations ( L) exhibit distinctive behaviour at many sites near coasts. In...
The contributions from the oceanic and ionospheric dynamos, Lo and LI respectively, to the geomagnet...
Geomagnetic solar and lunar daily variations S and L, at Alibag, India are derived, by the well-know...
Summary. Mean hourly values of geomagnetic declination, horizontal intensity and vertical intensity ...
Lunar daily geomagnetic variation in different phases of solar activity, derived from the long serie...
A lunar semidiurnal variation (12.4206 h period) induced by tides in the deep ocean is demonstrated ...
The dependence of geomagnetic lunar daily variation (L) on lunar distance in different seasons and f...
The traditional Chapman-Miller analysis for the solar, S, and lunar, L, geomagnetic variations is ge...
Long-term variability in solar and lunar daily variations, and its association with solar and magnet...
The paper describes lunar daily (L) variation at fixed lunar ages and lunar monthly (M) variation at...
It is well known that the maximum in the lunar tide variation of ƒ0F2 occurs at about 10 lunar ...
It is well known that the maximum in the lunar tide variation of ƒ0F2 occurs at about 10 lunar ...
This paper describes solar and lunar daily variations of the geomagnetic field over low- and mid-lat...
The lunar semidiurnal variations in the solar diurnal range of the horizontal component of the earth...
The lunar semidiurnal variations in the solar diurnal range of the horizontal component of the earth...