Review of the CIV phenomenon

Space Science Reviews

Volumn 59, Issue 3-4, 1992, Pages 209-314

  Brenning, Nils ^a  

^a ROYAL INSTITUTE OF TECHNOLOGY   (Sweden)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 0345867854     PISSN: 00386308     EISSN: 15729672     Source Type: Journal    
DOI: 10.1007/BF00242088     Document Type: Review

References (144)

1. Theory for the Critical Ionization Velocity Phenomenon
2. Production of High-Energy Electrons Caused by Counter Streaming Ion Beams in an External Magnetic Field
3. Collision between a Non-Ionized Gas and a Magnetized Plasma
4. Observations of the Plasma Environment During an Active Ionospheric Ion Beam Injection Experiment
5. Velocity Limitations in Coaxial Plasma Gun Experiments with Gas Mixtures
6. Some Necessary Parameters for a Critical Velocity Interaction beween the Ionospheric Plasma and a Xenon Cloud
7. Anomalous Cross-Field Currents in a CIV Laboratory Experiment
8. CIV Interaction: Laboratory Experiments on the Magnetic and Neutral Density Limits
9. Limits on the Cross-Field Propagation of Streams of Cold Plasma
10. Experiments on the Critical Ionization Velocity Interaction in Weak Magnetic Fields
11. Limits on the Magnetic Field for CIV Interaction
12. Critical Ionization Velocity Interaction: Some Unsolved Problems
13. Critical Ionization Velocity Interaction in the CRITI Rocket Experiment
14. Electrodynamic Interaction between the CRIT I Ionized Barium Streams and the Ambient Ionosphere
15. Interpretation of the Electric Fields Measured in an Ionospheric Critical Ionization Velocity Experiment
16. Barium Swarm: an Ionospheric Alternating Current Generator in CRIT I
17. Energization of Electrons in a Plasma Beam Entering a Curved Magnetic Field
18. Laboratory Simulation of Cometary Neutral Gas Interaction
19. Simulation of the Solar Wind Interaction with Comets
20. Experiment on the Interaction between a Plasma and a Neutral Gas
21. Review of the Critical Velocity of Gas-Plasma Interaction I: Experimental Observations
22. Experiment on the Interaction between a Plasma and a Neutral Gas II
23. Laboratory Simulation of Plasma Phenomena in Comets
24. A Critical Velocity Interaction between Fast Barium and Strontium Atoms and the Terrestrial Ionospheric Plasma
25. The Volt-Ampére Characteristics of a Homopolar Cell
26. Anomalous Ionization
27. Experiments with Plasma Moving Through Neutral Gas
28. The Role of the Critical Ionization Velocity Phenomena in the Production of Inner Coma Cometary Plasma
29. On the Theory of CIV
30. An Asymptotic State of the Critical Ionization Velocity Phenomenon
31. Observed Rate of Ionization in Shaped-Charge Releases of Barium in the Ionosphere
32. Alfvén's Critical Velocity Effect Tested in Space
33. The Velocity Limitation in a Rotating Plasma Device of the Homopolar Type
34. Investigation of the Structure and the Plasma Parameters in a “Critical Velocity” Rotating Plasma
35. Investigation of the Particle Velocities in a “Critical Velocity” Rotating Plasma
36. Electric Field Measurements During the Condor Critical Velocity Experiment
37. Electric and Magnetic Field Measurements Inside a High-Velocity Neutral Beam Undergoing Ionization
38. Critical Ionization Velocity Experiments in Space
39. The Role of Plasma Processes in the Space Shuttle Environment
40. The Role of Metastable States in Critical Ionization Velocity Discharges
41. An Overview of Atomic and Molecular Processes in Critical Ionization Velocity Interaction
42. Critical Ionization Velocity in a Mixture of Species
43. Amplification of Critical Velocity Ionization by a Pulsed Neutral Beam
44. Ionization Process of a Plasma
45. Space-Charge Effects by Nonthermal Ions in a Magnetized Plasma
46. Velocity Limitation of a Neutral Dust Cloud Colliding with a Magnetized Plasma
47. Critical Voltage of a Rotating Plasma
48. On the Interaction between a Fully Ionized Plasma and a Neutral Gas Blanket
49. An Assessment of the Conditions for Critical Velocity Ionization at the Weakly Magnetized Planets
50. A Simulation Study of the Critical Ionization Velocity Process
51. The Electromagnetic Effect on the Critical Ionization Velocity Process
52. Computer Simulation of Critical Velocity Ionization
53. The Electromagnetic Effect on the Critical Ionization Velocity Process
54. Computer Simulation of Critical Velocity Ionization
55. Simulation Study of the Ionizing Front in the Critical Ionization Velocity Phenomenon
56. On the Threshold Velocity in the Interaction between a Magnetized Plasma and a Neutral Gas
57. Theory and Simulation of Turbulent Heating by the Modified Two-Stream Instability
58. Interplay between Collective and Collisional Processes in Critical Velocity Ionization
59. Effect of Dissociative Electron-Ion Recombination on the Propagation of Critical Ionization Discharges
60. A Spacelab Experiment on the Critical Ionization Velocity
61. On the Turbulent Heating and the Threshold Conditions in the Critical Ionization Velocity Interaction
62. Review of the Critical Ionization Velocity Effect in Space
63. Competing Atomic Processes in Ba and Sr Injection Critical Velocity Experiments
64. Electron and Ion Driven Plasma Discharges with Collective Dissipation
65. On the Shuttle Glow (the Plasma Alternative)
66. Effects of Collisional Processes on the Critical Velocity Hypothesis
67. Review of Laboratory Experiments on Alfvén's Critical Ionization Velocity
68. Observations of High-Frequency Emissions from a Critical Velocity Rotating Plasma
69. The Influence of the Plasma Inhomogeneity on the Critical Velocity Phenomenon
70. Radar Observations of Ion Cyclotron Waves Associated with Two Barium Shaped Charge Releases
71. Critical Ionization Velocity and the Dynamics of a Coaxial Plasma Gun
72. The Role of Electrostatic Instabilities in the Critical Ionization Velocity Mechanism
73. On the Motion of Artificial Ion Clouds in the Magnetosphere
74. Alfvén's Critical Velocity Hypothesis
75. Review of the Critical Velocity of Gas-Plasma Interaction II: Theory
76. Simulations of Field-Aligned Plasma Expansion in Critical Ionization Velocity Experiments
77. Magnetic Field-Aligned Plasma Expansion in CIV Experiments
78. Analysis of a Rotating Plasma Experiment
79. Critical Velocity Phenomena and the LTP
80. Non-Solar UV Produced Ions Observed Optically from the “CRIT I” Critical Velocity Ionization Experiment’
81. Optical Observations on the CRIT II Critical Ionization Velocity Experiment
82. CRIT II Electric, Magnetic, and Density Observations in an Ionizing Neutral Stream
83. Creation of High-Energy Electron Tails by Means of the Modified Two-Stream Instability
84. Review of Critical Ionization Velocity Experiments in the Ionosphere
85. A Magnetospheric Critical Velocity Experiment: Particle Results
86. Absolute Values of Electron Impact Ionization Cross Sections for Magnesium, Calcium, Strontium and Barium
87. On Alfvén's Critical Velocity for the Interaction of a Neutral Gas with a Moving Magnetized Plasma
88. On Plasma-Neutral Gas Interaction
89. Plasma Retardation in Alfvén's Critical Velocity Phenomenon
90. Space Charge Sheath in Plasma-Neutral Gas Interaction
91. Star of Lima: Overview and Optical Diagnostics of a Barium Alfvén Critical Velocity Experiment
92. Experimental Study of the Propagation of an Ionizing Wave in a Coaxial Plasma Gun
93. The Formation of a Double Layer Leading to the Critical Velocity Phenomenon
94. Stationary Alfvénic Structures
95. Visible Glow Induced by Spacecraft-Environment Interaction