Simulations of auroral plasma processes: Electric fields, waves and particles

Planetary and Space Science

Volumn 35, Issue 3, 1987, Pages 353-395

  Singh, Nagendra ^a   Thiemann, H ^a   Schunk, R W ^a  

^a UTAH STATE UNIVERSITY   (United States)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 0000048073     PISSN: 00320633     EISSN: None     Source Type: Journal    
DOI: 10.1016/0032-0633(87)90162-0     Document Type: Article

References (78)

1. Turbulent heating of heavy ions on auroral field lines
2. A double layer
3. Observations of double layer-like and soliton-like structures in the ionosphere
4. Experiments as nonlinear effects of strong ion cyclotron turbulence
5. A review of plasma double layer simulations
6. The product of ion conics by oblique double layers
7. Numerically simulated two-dimensional auroral double layers
8. Upward electron beams measured by DE-1 a primary source of dayside region-1 Birkeland currents
9. Lower hybrid acceleration and ion evolution in the superauroral region
10. Formation of ion-acoustic double layers
11. Effects of crossed magnetic and (spatially dependent) electric fields on charged particle motion
12. Some general characteristics of upflowing ion beams over the auroral zone and their relationship to auroral electrons
13. Localized structures and anomalous dc resistivity
14. Generation of ion-conic distribution by upgoing ionosphere electrons
15. Distribution of plasma and electric fields over the auroral zones and polar caps
16. Double layers and electrostatic shocks in space
17. Numerical simulations of plasma double layers
18. Numerical simulation of the weak beam-plasma interaction
19. Trapping of ion conics by downward parallel electric fields
20. Effects of oblique double layers on upgoing ion pitch angle and gyrophase
21. Weak double layers
22. Solitary waves and double layers on auroral field lines
23. μH electromagnetic radiation excited by steady-state colliding electron beams
24. Numerical model of plasma double layers using the Vlasov equation
25. Evolution of the explosive instability in a similated beam plasma
26. Numerical simulations of plasma double layers
27. Two dimensional potential double layers and discrete auroras
28. Anomalous DC resistivity and double layers in the auroral ionosphere
29. A search for plasma processes associated with perpendicular ion heating
30. Electrostatic ion cyclotron waves near one Earth radius altitude in the polar magnetosphere
31. Electrons in the ionosphere source region evidence of runaway electrons as carriers of Birkeland currents
32. Direct evidence for two stage (bimodal) acceleration of ionosphere ions
33. Kinetic theory of the pondermotive effects in a plasma
34. Ion heating by strong electrostatic ion cyclotron turbulence
35. Effect of transition between regular and stochastic electron motion on the evolution of an obliquely propagating Langmuir wave
36. Experimental verification of an S-shaped shock
37. Multidimensional plasma simulations by particle-in-cell methods
38. On the lowest altitude S3-3 observations of electrostatic shocks and parallel electric fields
39. Observations of paired electrostatic shocks in the polar magnetosphere
40. Satellite measurements and theories of low altitude auroral particle acceleration
41. Solitary waves and double layers as the source of parallel electric fields in the auroral acceleration region
42. Acceleration of hydrogen ions and conic formation along auroral field lines
43. Stochastic acceleration of large M/Q ions by hydrogen cyclotron waves in the magnetosphere
44. Numerical simulation son ion-acoustic double layers
45. The theory of double layers
46. Counterstreaming electron beams at altitudes of ∼1R over the auroral zone
47. Computer experiment on the formation and dynamics of electric double layers
48. Double layer formation
49. Dynamical features of moving double layers
50. Current-driven double layers and the auroral plasma
51. Current carrying properties of double layers and low frequency auroral fluctuations
52. Comparison of the characteristic of potential-drop and current-driven double layers
53. Plasma response to the injection of an electron beam
54. Energization of ions in the auroral plasma by broadband waves: generation of ion conics
55. Energization of ionospheric ions by electrostatic hydrogen cyclotron waves
56. Cyclotron resonance effects on stochastic acceleration of light ionospheric ions
57. Preferential perpendicular acceleration of heavy ionospheric ions by interactions with electrostatic hydrogen cyclotron waves
58. Numerical simulations of double layers and auroral electric fields
59. Some features of inverted-V events as seen from simulated double layers
60. Electron distribution function on the high potential side of a double layer
61. Simulation of auroral current sheet equilibria and associated V-shaped potential structures
62. Dynamical features and electric field strength of double layers
63. A review of a double layer simulations
64. Paired electrostatic shocks
65. The small-scale structure of electrostatic shocks
66. Observations of double layers and solitary waves in the auroral plasma
67. Observations of the electric fields that accelerate auroral particles
68. Nonlinear steepening of the electrostatic ion cyclotron wave
69. Formation of V-shaped potentials
70. Some features of auroral electric fields as seen in 2D numerical simulations
71. Electrostatic shocks as the source of discrete auroral arcs
72. V-potential double layers and formation of auroral arcs
73. Magnetopause structures and the question of particle accessibility
74. The field-aligned scale length of one-dimensional double layers
75. Double layer formation due to current injection
76. Generation of conics by auroral electric fields
77. Nonlinear ion-acoustic waves and solitons in warm-ion magnetized plasma