Local and Non-local Plasma Transfer Processes at the Dayside Magnetosphere
<p>This work will investigate the details of how the plasma transported by the solar wind interacts with the plasma inside the magnetosphere near the dayside magnetopause. The study will use semi-global, three-dimensional hybrid simulations in which the electrons are treated using a fluid approximation, but the ions are treated using a kinetic particle description. The 3-D simulations will provide a study of the magnetopause with more realistic boundaries than have been studied in the past. Shear flow, curvature of the boundary, and coupling of boundaries and the motion of boundaries will all be included. The regions of study will include the bow shock, the magnetosheath and the magnetopause.</p>
Contact Info
Principal InvestigatorKarimabadi, Homayoun
PI Email Program ManagerKile B. Baker
CO-PIs- Kevin Quest
University of California-San Diego
Organization AddressOffice of Contract & Grant Admin
CityLa Jolla
StateCA
Zip92093
Phone8585344896
Information
Award Number119846
Award Amount to Date339658
NSF DirectorateGEO
NSF OrganizationATM
Award InstrumentContinuing grant
Programs- MAGNETOSPHERIC PHYSICS
- 5750
- OTHR
- 0000
- 0205000 Space
2001-12-15T00:00:00Z
Last Amendment Date2005-04-21T00:00:00Z
Expiration Date2006-11-30T00:00:00Z