The occurrence of upstream waves in relation with the solar wind parameters: A statistical approach to estimate the size of the foreshock region
M Regi, M De Lauretis, P Francia - Planetary and Space Science, 2014 - Elsevier
We studied the occurrence of upstream waves in the foreshock region and their relationship
with the solar wind and interplanetary magnetic field parameters. To this purpose, we
developed a method for a careful identification of the upstream wave events. The results of
the statistical analyses based on Cluster data (2003–2010 years) confirm that the angle
between the bow shock normal direction and the interplanetary magnetic field is the key
element for the wave generation; they also show the relationship between the wave …
with the solar wind and interplanetary magnetic field parameters. To this purpose, we
developed a method for a careful identification of the upstream wave events. The results of
the statistical analyses based on Cluster data (2003–2010 years) confirm that the angle
between the bow shock normal direction and the interplanetary magnetic field is the key
element for the wave generation; they also show the relationship between the wave …
The occurrence of upstream waves in relation with the solar wind parameters
M Regi, M De Lauretis… - EGU General Assembly …, 2014 - ui.adsabs.harvard.edu
The occurrence of upstream waves in the foreshock region and their relationship with the
solar wind and interplanetary magnetic field parameters are studied from a statistical point of
view. A method for a careful identification of the upstream wave events was developed and
applied on Cluster data (2003-2010 years). The results of the statistical analyses confirm
that the angle between the bow shock normal direction and the interplanetary magnetic field
is the key element for the wave generation; the wave occurrence shows clearly the …
solar wind and interplanetary magnetic field parameters are studied from a statistical point of
view. A method for a careful identification of the upstream wave events was developed and
applied on Cluster data (2003-2010 years). The results of the statistical analyses confirm
that the angle between the bow shock normal direction and the interplanetary magnetic field
is the key element for the wave generation; the wave occurrence shows clearly the …
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