A theoretical model is proposed for the interaction of a plane discontinuity in the solar wind with the magnetosphere. The presence of the bow shock and magnetosheath are taken into account, the calculation being based on the Spreiter et al. (1966) gas-dynamic model for a solar wind Mach Number M = 5. The model proposed predicts the manner in which the shape of the interplanetary discontinuity is distorted in its passage through the magnetosheath; it is found that the point of first impact with the magnetopause makes an angle of 56° with the Sun-Earth line for relatively quiet solar wind conditions
International audienceMagnetic clouds (MCs) are very geoeffective solar wind structures. Their prope...
International audienceMagnetic clouds (MCs) are very geoeffective solar wind structures. Their prope...
The magnetosheath plays a central role in the solar wind-magnetospheric coupling. Yet the effects of...
The magnetopause (MP) and bow shock (BS) play an important role in protecting the Earth from the har...
New models for the size and shape of the Earth’s magnetopause and bow shock are derived, based on a ...
In recent years, many advanced numerical techniques and codes have been developed to calculate the l...
Abstract: The interaction between the solar wind and the magnetized plasma component of th...
viii Title: Dynamics of the bow shock and magnetopause Author: Karel Jelínek Department: Department ...
viii Title: Dynamics of the bow shock and magnetopause Author: Karel Jelínek Department: Department ...
International audienceMagnetic clouds (MCs) are very geoeffective solar wind structures. Their prope...
International audienceMagnetic clouds (MCs) are very geoeffective solar wind structures. Their prope...
International audienceMagnetic clouds (MCs) are very geoeffective solar wind structures. Their prope...
International audienceMagnetic clouds (MCs) are very geoeffective solar wind structures. Their prope...
International audienceMagnetic clouds (MCs) are very geoeffective solar wind structures. Their prope...
International audienceMagnetic clouds (MCs) are very geoeffective solar wind structures. Their prope...
International audienceMagnetic clouds (MCs) are very geoeffective solar wind structures. Their prope...
International audienceMagnetic clouds (MCs) are very geoeffective solar wind structures. Their prope...
The magnetosheath plays a central role in the solar wind-magnetospheric coupling. Yet the effects of...
The magnetopause (MP) and bow shock (BS) play an important role in protecting the Earth from the har...
New models for the size and shape of the Earth’s magnetopause and bow shock are derived, based on a ...
In recent years, many advanced numerical techniques and codes have been developed to calculate the l...
Abstract: The interaction between the solar wind and the magnetized plasma component of th...
viii Title: Dynamics of the bow shock and magnetopause Author: Karel Jelínek Department: Department ...
viii Title: Dynamics of the bow shock and magnetopause Author: Karel Jelínek Department: Department ...
International audienceMagnetic clouds (MCs) are very geoeffective solar wind structures. Their prope...
International audienceMagnetic clouds (MCs) are very geoeffective solar wind structures. Their prope...
International audienceMagnetic clouds (MCs) are very geoeffective solar wind structures. Their prope...
International audienceMagnetic clouds (MCs) are very geoeffective solar wind structures. Their prope...
International audienceMagnetic clouds (MCs) are very geoeffective solar wind structures. Their prope...
International audienceMagnetic clouds (MCs) are very geoeffective solar wind structures. Their prope...
International audienceMagnetic clouds (MCs) are very geoeffective solar wind structures. Their prope...
International audienceMagnetic clouds (MCs) are very geoeffective solar wind structures. Their prope...
The magnetosheath plays a central role in the solar wind-magnetospheric coupling. Yet the effects of...