Progress is reported in the development of programs for statistical analysis of boundary and structure type files based on surveys of Dynamics Explorere data. Programs being used for handling data on plasma boundaries in the inner magnetosphere, the structure of the plasmasphere, and the heavy ion torus may be useful for determining statistics on the warm plasma cloak and the auroral ion fountain. Data analysis and modeling; spacecraft sheath effects; and laboratory plasma flow studies are discussed
Temperature and density analysis in the Automated Analysis Program (for the global empirical model) ...
The objective of this research was to obtain new understanding of the thermal plasma structure and d...
Satellite-borne observation of plasma sheet, ring current, trapping boundary, and plasmapause proper...
Several programs and variations have been developed to determine statistical means of different plas...
Analysis techniques and software development; data analysis and modeling; spacecraft sheath effects;...
Methods employed in the analysis of plasmas and the magnetosphere are examined. Computer programs wh...
Research activities on the following topics were summarized: (1) software for the Space Plasma compu...
During the course of this grant, work was performed on a variety of topics and there were a number o...
Four basic areas were covered: development of analysis techniques and software and numerical simulat...
Analysis techniques and software development, data analysis and modeling, laboratory plasma flow stu...
The structure of the plasmasphere was studied as seen by radiosounder measurements aboard the Alovet...
Previous results of plasmapause position surveys have been synthesized into a description of the und...
Research concerning the magnetosphere is discussed in terms of satellite data analysis, instrument s...
In this thesis, the spacecraft potential measured by the EFW instrument on Cluster has been used to ...
Models of ion flow in the topside ionosphere were developed. These models took both H(+) and O(+) in...
Temperature and density analysis in the Automated Analysis Program (for the global empirical model) ...
The objective of this research was to obtain new understanding of the thermal plasma structure and d...
Satellite-borne observation of plasma sheet, ring current, trapping boundary, and plasmapause proper...
Several programs and variations have been developed to determine statistical means of different plas...
Analysis techniques and software development; data analysis and modeling; spacecraft sheath effects;...
Methods employed in the analysis of plasmas and the magnetosphere are examined. Computer programs wh...
Research activities on the following topics were summarized: (1) software for the Space Plasma compu...
During the course of this grant, work was performed on a variety of topics and there were a number o...
Four basic areas were covered: development of analysis techniques and software and numerical simulat...
Analysis techniques and software development, data analysis and modeling, laboratory plasma flow stu...
The structure of the plasmasphere was studied as seen by radiosounder measurements aboard the Alovet...
Previous results of plasmapause position surveys have been synthesized into a description of the und...
Research concerning the magnetosphere is discussed in terms of satellite data analysis, instrument s...
In this thesis, the spacecraft potential measured by the EFW instrument on Cluster has been used to ...
Models of ion flow in the topside ionosphere were developed. These models took both H(+) and O(+) in...
Temperature and density analysis in the Automated Analysis Program (for the global empirical model) ...
The objective of this research was to obtain new understanding of the thermal plasma structure and d...
Satellite-borne observation of plasma sheet, ring current, trapping boundary, and plasmapause proper...