This serves as a final report entitled Energization and Transport of Ions of Ionospheric Origin in the Terrestrial Magnetosphere. The work has been predominantly focused on ion outflows identified in two data sets: (1) Prognoz 7; and (2) Dynamics Explorer. The study analyzed ion densities, temperatures, and flow velocities in the magnetotail. The work performed under this contract consisted of developing a program to load the raw data, compute the background subtraction of a strong sun pulse, and use the net counts to calculate the low order moments of the distribution function. The study confirms the results of ISEE that the the cusp is a major source of plasmasheet plasma and goes beyond this to discuss the use of ion velocities as a way ...
Ion flows from the ionosphere into the magnetosphere fall into two main categories: cold (<1eV), ...
When the solar wind interacts with the Earth's magnetosphere, both energy and matter can be transfer...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/95297/1/jgra19861.pd
The work of this grant has been predominantly focused on ion outflows from two data sets: Prognoz 7 ...
The contribution of ionospheric plasma to the Earth’s magnetosphere has beenrecognized for more than...
This report covers the initial phase of an investigation that was originally selected by NASA Headqu...
The outflow of ions at high latitudes is one mechanism thought to populate the magnetosphere with io...
The contribution of ionospheric plasma to the Earth’s magnetosphere has beenrecognized for more than...
The contribution of ionospheric plasma to the Earth’s magnetosphere has beenrecognized for more than...
International audienceWe study here the injection and transport of ions in the convection-dominated ...
Ion outflow from the ionosphere plays a fundamental but poorly defined role in magnetospheric proces...
We study here the injection and transport of ions in the convection-dominated region of the Earth's...
Cold ions with low (a few eV) thermal energies and also often low bulk drift energies, dominate the ...
Plasma escape from the high-latitude ionosphere (ion outflow) serves as a significant source of heav...
The overall goal of our NASA theory research is to trace the flow of mass, momentum, and energy thro...
Ion flows from the ionosphere into the magnetosphere fall into two main categories: cold (<1eV), ...
When the solar wind interacts with the Earth's magnetosphere, both energy and matter can be transfer...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/95297/1/jgra19861.pd
The work of this grant has been predominantly focused on ion outflows from two data sets: Prognoz 7 ...
The contribution of ionospheric plasma to the Earth’s magnetosphere has beenrecognized for more than...
This report covers the initial phase of an investigation that was originally selected by NASA Headqu...
The outflow of ions at high latitudes is one mechanism thought to populate the magnetosphere with io...
The contribution of ionospheric plasma to the Earth’s magnetosphere has beenrecognized for more than...
The contribution of ionospheric plasma to the Earth’s magnetosphere has beenrecognized for more than...
International audienceWe study here the injection and transport of ions in the convection-dominated ...
Ion outflow from the ionosphere plays a fundamental but poorly defined role in magnetospheric proces...
We study here the injection and transport of ions in the convection-dominated region of the Earth's...
Cold ions with low (a few eV) thermal energies and also often low bulk drift energies, dominate the ...
Plasma escape from the high-latitude ionosphere (ion outflow) serves as a significant source of heav...
The overall goal of our NASA theory research is to trace the flow of mass, momentum, and energy thro...
Ion flows from the ionosphere into the magnetosphere fall into two main categories: cold (<1eV), ...
When the solar wind interacts with the Earth's magnetosphere, both energy and matter can be transfer...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/95297/1/jgra19861.pd