A study of plasmaspheric density distributions for diffusive equilibrium conditions

Planetary and Space Science

Volumn 31, Issue 11, 1983, Pages 1315-1327

  Li, W ^a   Sojka, J J ^a   Raitt, W J ^a  

^a UTAH STATE UNIVERSITY   (United States)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 48749144613     PISSN: 00320633     EISSN: None     Source Type: Journal    
DOI: 10.1016/0032-0633(83)90068-5     Document Type: Article

References (50)

1. Temperatures in the polar wind
2. Ion heating in thermal plasma flows
3. The polar wind
4. Features of plasma transport in the upper atmosphere
5. High-latitude plasma transport The polar wind
6. Temperature and density structure of thermal proton flows
7. The topside ionosphere A region of dynamic transition
8. The hot zone in the outer plasmasphere of the earth
9. Global Behavior of the ionosphere at 1000-kilometer altitude
10. Global empirical models of ionospheric electron temperature in the upper F-region and plasmasphere based on in-situ measurements from the atmosphere explorer-C, ISIS-1 and ISIS-2 satellites
11. Variations in ion composition at middle and low latitudes from ISIS-2 satellite
12. + transition level
13. Detached plasma regions in the magnetosphere
14. The morphology of the bulge region of the plasmasphere
15. An equilibrium model of plasmaspheric composition and density
16. Initial ion composition results from the ISIS-2 satellite
17. A comparison of kinetic and hydrodynamic models of an expanding ion-exosphere
18. Magnetospheric studies with suprathermal plasma analysers on the ESA GEOS satellites
19. + ion distributions in a new polar wind model
20. Model of the polar ion-exosphere
21. Simple model for an ion-exosphere in an open magnetic field
22. Ion-exosphere with asymmetric velocity distribution
23. Kinetic models of the solar and polar winds
24. Solar activity changes in the electron temperature at 1000-km altitude from the Langmuir probe measurements on ISIS-1 and Explorer 22 satellites
25. The distribution of minor ions in electrostatic equilibrium in the high atmosphere
26. Escape of the polar-ionospheric plasma into the magnetospheric tail
27. Density and temperature structure of helium ions in the topside polar ionosphere for subsonic outflows
28. Methods of determining electron concentrations in the magnetosphere from Nose Whistlers
29. Some features of plasma distribution in the plasmasphere deduced from Antarctic Whistlers
30. Electron density in the plasmasphere Whistler data on solar cycle annual and diurnal variations
31. The global morphology of light ions measured by the ESRO-4 satellite
32. A comparison of the temperature and density structure in high and low speed thermal proton flows
33. The influence of convection electric fields on thermal proton outflow from the ionosphere
34. Helium ion outflow from the terrestrial ionosphere
35. Quantitative calculations of helium ion escape fluxes from the polar ionospheres
36. Electron temperature profiles measured up to 8000 km by S3-3 in the late afternoon sector
37. Comparison of solutions to the thirteen-moment and standard transport equations for low speed thermal proton flows
38. Electron temperature anisotropy in the polar wind
39. Proton temperature anisotropy in the polar wind
40. Effect of diffusion-thermal processes on the high-latitude topside ionosphere
41. Observations from OGO-5 of the thermal ion density and temperature within the magnetosphere
42. Mathematical model of the polar wind
43. Evidence of solar geomagnetic seasonal control the topside ionosphere
44. Observed solar geomagnetic control of the ionosphere: implications for reference ionospheres
45. Thermal ions in the exosphere; Evidence of solar and geomagnetic control
46. Observations of hydrogen and helium ions during a period of rising solar activity
47. A flux preserving method of coupling first and second order equations to simulate the flow of plasma between the plasmasphere and ionosphere
48. A computer simulation of the midlatitude plasmasphere and ionosphere