Magnetospheric chorus emissions: A review

Planetary and Space Science

Volumn 40, Issue 5, 1992, Pages 681-697

  Sazhin, S S ^a   Hayakawa, M ^b  

^a UNIVERSITY OF SHEFFIELD   (United Kingdom)

^b UNIVERSITY OF ELECTRO COMMUNICATIONS   (Japan)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 0000589142     PISSN: 00320633     EISSN: None     Source Type: Journal    
DOI: 10.1016/0032-0633(92)90009-D     Document Type: Article

References (223)

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2. Evolution of periodicities exhibited by fluctuations in the intensity of chorus
3. A Study of the Audio?Frequency Radio Phenomenon Known as "Dawn Chorus"
4. Simultaneous occurrence of “dawn chorus” at places 600 km apart
5. Dynamic spectral characteristics of chorus at a middle-latitude station
6. VLF emissions associated with enhanced magnetospheric electrons
7. Diurnal distribution of ELF, VLF, and LF noise at high latitudes as observed by Alouette 2
8. Pulsation phenomena observed in long-duration VLF whistler-mode signals
9. Measurements of the VLF electric and magnetic components of waves and DC electric field on board the Aureol-3 spacecraft; the TBF-ONCH experiment
10. Electro-magnetic whistler-mode noise in the magnetic conjugate regions
11. On the interaction of energetic electrons with hydromagnetic waves in bounce resonance
12. Influence of geomagnetic pulsations on whistler-mode emissions in the vicinity of the plasmapause
13. Nonstationary distributions of particles in the magnetosphere and generation of periodic emissions in the VLF and ULF frequency ranges
14. On the Čerenkov mechanism of ELF-VLF emissions generation in the magnetosphere
15. On the theory of chorus type VLF-ELF emissions generation
16. Plasmapause observations with the M.I.T. experiment on IMP 2
17. A possible common nature of equatorial half-gyrofrequency VLF emissions and discrete plasmaspheric emissions
18. VLF emissions at frequencies above the LHR in the plasmasphere as observed on low-orbiting Intercosmos satellites
19. On the problem of quasi-electrostatic whistler mode waves: A possible interpretation of discrete plasmaspheric emissions
20. Discussion of paper by R. L. Dowden, ‘Doppler-shifted cyclotron radiation from electrons: A theory of very low frequency emissions from the exosphere’
21. A qualitative explanation of the diurnal variation of chorus
22. On the effect of parallel electric fields on chorus
23. One and two direction models for VLF electromagnetic waves observed on-board Geos 1
24. Generation of ELF hiss in the ionosphere by proton fluxes
25. Satellite observation of power-line harmonic radiation
26. E.l.f./v.l.f. Emissions Observed on Ariel 4
27. VLF emissions on Ariel 3
28. Unintentional man-made modification effects in the magnetosphere
29. Magnetospheric chorus
30. Banded chorus-A new type of VLF radiation observed in the magnetosphere by OGO 1 and OGO 3
31. Magnetospheric chorus: Amplitude and growth rate
32. Magnetospheric chorus: occurrence patterns and normalized frequency
33. Critical electron pitch angle anisotropy necessary for chorus generation
34. The origin and propagation of chorus in the outer magnetosphere
35. Localization of sources of ELF/VLF hiss observed in the magnetosphere: Three-dimensional ray tracing
36. A subauroral and mid-latitude view of substorm activity
37. Rocket observations of the intensity of very low frequency noise above the ionosphere
38. A theoretical model study of observed correlations between whistler-mode waves and energetic electron precipitation events in the magnetosphere
39. Energetic electron precipitation due to gyroresonant interactions in the magnetosphere involving coherent VLF waves with slowly varying frequency
40. Self-consistent particle and parallel electrostatic field distributions in the magnetospheric-ionospheric auroral region
41. Detailed analysis of magnetospheric ELF chorus: preliminary results
42. VLF electromagnetic waves observed onboard GEOS-1
43. Fast time resolved spectral analysis of VLF banded emissions
44. A study of “chorus” bserved at Australian stations
45. A theory for chorus generation by energetic electrons during substorms
46. Photometric evidence of electron precipitation induced by first hop whistlers
47. Doppler-shifted cyclotron radiation from electrons: A theory of very low frequency emissions from the exosphere
48. Distinctions between midlatitude VLF hiss and discrete emissions
49. Electron energy spectrum and structure deduced from analysis of VLF discrete emissions by using the Helliwell criterion
50. Whistler-mode emissions on the OGO 1 satellite
51. Some studies of triggered whistler emissions
52. Auroral zone emissions centered at 700 cycles per second
53. Mid-latitude VLF emissions observed at Yakutsk
54. A development of a noise storm in VLF emissions and its relation to magnetospheric dynamics during geomagnetic storms
55. On the relation between noise storms in VLF emissions and magnetospheric ring current
56. Electron precipitation and VLF emissions associated with cyclotron resonance interactions near the plasmapause
57. Discrete VLF emissions (7–9 kHz) displaying unusual banded and periodic structure
58. Le guidage des sifflements radioélectrique par le champ magnétique terrestre
59. Wave normal directions of chorus near the equatorial source region
60. Energetic and dynamical characteristics of the envelope of VLF chorus bursts
61. Plasma wave observations with the Dynamics Explorer 1 spacecraft
62. High-latitude geophysical studies with satellite Injun 3: 5. Very-low-frequency electromagnetic radiation
63. Electron acceleration by Landau resonance with whistler mode wave packets
64. A generation mechanism of narrow band hiss emissions above one half of the electron cyclotron frequency in the outer magnetosphere
65. Raytracing interpretation of wave normal directions of chorus emissions observed in the off-equatorial region of the outer magnetosphere
66. Raytracing study of the plasmapause effect on non-ducted whistler-mode wave propagation
67. An experimental evidence of the role of hiss in the generation of chorus in the outer magnetosphere, as based on spectral analysis and direction finding
68. Further experimental study of the role of wavelets in the hiss band for triggering chorus emissions
69. Direction finding of half-gyrofrequency VLF emissions in the off-equatorial region of the magnetosphere
70. Characteristics of substorm-associated VLFJELF emissions at medium latitudes
71. Properties of storm-time magnetospheric VLF emissions as deduced from the Ariel 3 satellite and ground-based observations
72. Direction finding of chorus emissions in the outer magnetosphere and their generation and propagation
73. Transmission and reflection of magnetospheric whistlers in the ionosphere and lower exosphere at high latitudes
74. Characteristics of dawnside mid-latitude VLF emissions associated with substorms as deduced from the two-stationed direction finding measurement
75. Substorm-associated VLF emissions with frequency drift observed in the premidnight sector
76. The wave normals of magnetospheric chorus emissions observed on board GEOS 2
77. VLF emissions during post breakup phase of polar substorm
78. Polar chorus emissions and worldwide geomagnetic variation
79. Whistler-triggered periodic very-low-frequency emissions
80. A theory of discrete VLF emissions from the magnetosphere
81. Low-frequency waves in the magnetosphere
82. VLF wave stimulation experiments in the magnetosphere from Siple Station, Antarctica
83. A feedback model of cyclotron interaction between whistler-mode waves and energetic electrons in the magnetosphere
84. Correlations between λ4278 optical emissions and VLF wave events observed at L ∼4 in the Antarctic
85. Summary of research on whistlers and related phenomena
86. Low frequency waves at the dayside auroral oval
87. A correlated study of ELF waves and electron precipitation on Ogo 6
88. Quasielectrostatic and electrostatic approximations for whistler mode waves in the magnetospheric plasma
89. Characteristics of short duration precipitation bursts and their relationship with VLF wave activity
90. Slot region electron precipitation by lightning, VLF chorus, and plasmaspheric hiss
91. Jovian VLF chorus and Io torus aurora
92. The plasmapause as a VLF wave guide
93. Terrestrial versus Jovian VLF chorus: a comparative study
94. Peculiarities of the propagation of VLF chorus in the magnetosphere
95. Simultaneous observations of energetic electrons and dawnside chorus in geosynchronous orbit
96. The “dawn chorus” in radio observation
97. On the theory of triggered VLF emissions
98. VLF signal recognition by cross-spectral analysis
99. Characteristics of VLF emissions manifested by their cross-spectral phase information
100. Progress in ELF and VLF emission studies at high latitudes
101. Statistical structure in VLF emissions
102. VLF and ELF emissions
103. Particle precipitation caused by a single whistler-mode wave injected into the magnetosphere
104. Properties of ELF electromagnetic waves in and above the Earth's ionosphere deduced from plasma wave experiments on the OV1-17 and Ogo 6 satellites
105. Limit on stably trapped particle fluxes
106. On observations and theories of the VLF emissions
107. ELF-VLF noise-type emissions at day-side polar cusp latitudes
108. ELF radiation and the equatorial boundary of the polar cups
109. On the spatial distribution of “polar choruses” at high latitudes
110. Longitudinal drift of chorus and its relation to magnetic disturbances on the night side of the Earth
111. VLF emission study at Syowa station. Japanese Antarctic Research Expedition (JARE)
112. Correlations between very low frequency chorus bursts and impulsive magnetic variations at L ~ 4.5
113. The role of hiss in magnetospheric chorus emissions
114. Wave distribution functions estimation of VLF electromagnetic waves observed onboard Geos 1
115. Spectrum modulation and the amplitude of a low-frequency signal in the magnetospheric plasma
116. Longitudinal variations of very-low-frequency chorus activity in the magnetosphere: Evidence of excitation by electrical power transmission lines
117. The control of the magnetosphere by power line radiation
118. Theory of the origin of the very-low-frequency radio emissions from the Earth's exosphere
119. Whistlers and VLF emissions in connection with Earth storms
120. A broadband VLF burst associated with ring current electrons
121. Ring current electron trajectories associated with VLF emissions
122. V.L.F. emission from ring-current electrons
123. Amplification of the VLF electromagnetic wave by a proton beam through the exosphere
124. Frequency band broadening of magnetospheric VLF emissions near the equator
125. VLF-emissions associated with ring current electrons: off-equatorial observations
126. The ducting of chorus-type VLF radiation in the plasmapause
127. Nonlinear whistler-mode interactions and triggered emissions in the magnetosphere: a review
128. Correlation between VLF plasma waves and energetic electrons simultaneously observed by satellite JIKIKEN (EXOS-B).
129. VLF wave observation by satellite JIKIKEN (EXOS-B).
130. Fine structure of energy spectra of ELF hiss in the outer ionosphere and a possible mechanism for its excitation according to data from Inter-cosmos-14
131. On the possible mechanism for triggered VLF emission generation
132. Self-Consistent Theory of Triggered Whistler Emissions
133. Diurnal variations of auroral zone geophysical disturbances
134. Examples of positive correlation between VLF chorus and CMA
135. VLF measurements of the Poynting Flux along the geomagnetic field with the Injun 5 satellite
136. On peculiarities of Sc in VLF emissions
137. Ray-tracing study of the propagation in the magnetosphere of whistler-mode VLF emissions with frequency above one half the gyrofrequency
138. Direction finding of half-gyrofrequency VLF emissions in the off-equatorial region of the magnetosphere and their generation and propagation
139. A theoretical investigation of banded chorus
140. A self-consistent theory of triggered VLF emissions
141. A nonlinear theory of sideband stability in ducted whistler-mode waves
142. The numerical simulation of VLF nonlinear wave-particle interactions in collision free plasmas using the Vlasov hybrid simulation technique
143. A novel technique for the numerical simulation of hot collision-free plasma-Vlasov hybrid simulation
144. On the generation mechanism of hiss-triggered chorus
145. On the generation of quasi-electrostatic half-electron-gyrofrequency VLF emissions in the magnetosphere
146. On the propagation of half-gyrofrequency whistler mode waves in the magnetospheric plasma
147. A review of observational, theoretical and numerical studies of VLF triggered emissions
148. Microburst phenomena: 3. An association between microbursts and VLF chorus
149. On the Origin of V. L. F. Noise in the Earth's Exosphere
150. Ionospheric Absorption of Cosmic Radio Noise and Chorus at the Auroral Zone
151. p index at the auroral zone
152. Latitudinal variation of chorus frequency observed in the topside ionosphere
153. Latitudinal variation of chorus frequency observed by the ISIS satellites
154. A ground-satellite study of wave-particle correlations
155. Self-consistent field-aligned electric field in the Earth's magnetosphere
156. Diurnal variation in the occurrence of “dawn chorus”
157. Effect of latitude on the diurnal maximum of “dawn chorus”
158. A high-latitude investigation of the natural very-low-frequency electromagnetic radiation known as chorus
159. Satellite observations of a new type of discrete VLF emission atL< 4
160. An estimate of the magnetospheric large scale electric field based on the dynamic spectrum of VLF chorus
161. Electrostatic bursts generated by electrons in Landau Resonance with whistler mode chorus
162. Chorus-related electrostatic bursts in the Earth's outer magnetosphere
163. X ray microbursts and VLF chorus
164. Electron precipitation associated with discrete very-low-frequency emissions
165. Conjugacy of electron microbursts and VLF chorus
166. Observations and modeling of wave-induced microburst electron precipitation
167. A theory of triggered emissions
168. OGO 3 observations of ELF noise in the magnetosphere: 1. Spatial extent and frequency of occurrence
169. Fluctuating magnetic fields in the magnetosphere
170. A review of in situ observations of the plasmapause
171. The magnetospheric plasmapause and the electron density trough at the Alouette 1 orbit
172. Theory of chorus related electrostatic bursts at Jupiter
173. Quasi-periodic (QP) ELF-VLF emissions observed in high latitudes
174. Interaction between ELF-VLF emissions and magnetic pulsations: Classification of quasi-periodic ELF-VLF emissions based on frequency-time spectra
175. Interaction between ELF-VLF emissions and magnetic pulsations: ELF-VLF emissions associated with Pc3-4 magnetic pulsations and their geomagnetic conjugacy
176. Conjugacy of ELF emission spectra and powers
177. Solar influence on ELF-VLF emission observed at conjugate stations
178. Solar influence on ELF-VLF emission observed at conjugate stations
179. Conjugacy of daytime ELF-VLF emission activities in the auroral zones
180. Quasielectrostatic wave propagation in a hot anisotropic plasma
181. An approximate theory of electromagnetic wave propagation in a weakly relativistic plasma
182. A kinetic model of parallel electric field in the magnetosphere
183. An analytical model of quasiperiodic ELF-VLF emissions
184. On the polarization of quasielectrostatic whistler-mode waves in the magnetospheric plasma
185. Effects of ions and finite electron density on quasi-electrostatic whistler-mode propagation
186. A physical model of quasi-electrostatic whistler-mode propagation
187. Dynamics of VLF chorus spectrum according to Lovozero station data
188. Marginal stability of oblique whistler-mode waves
189. Oblique whistler-mode waves in the presence of electron beams
190. Satellite studies of magnetospheric substorms on August 15, 1968: 8. Ogo 5 plasma wave observations
191. Some characteristics of the waveguide propagation of low-frequency waves in the magnetosphere
192. On the theory of triggered VLF emissions
193. Whistler induced charged particle precipitation and distortion of geomagnetic field
194. Some spectra peculiarities of VLF emissions registered on the Earth surface near the plasma-pause projection
195. Whistler-triggered VLF noise bursts observed on the DE-1 satellite and simultaneously at Antarctic ground stations
196. One-dimensional models of quasi-neutral parallel electric fields
197. Comment on “Fast time resolved spectral analysis of VLF banded emissions”
198. An Investigation of Whistling Atmospherics
199. Theory of triggered VLF emissions
200. Seasonal and diurnal variations of ELF emission occurrences at 750-Hz band observed at geomagnetically conjugate stations
201. A new interpretation of VLF chorus
202. Morphology of VLF emissions observed with the Injun 3 satellite
203. V. L. F. Emissions and Geomagnetic Disturbances at the Auroral Zone
204. A study of the interaction of VLF waves with equatorial electrons and its relationship to auroral X-rays in the morning sector
205. The interaction of monochromatic VLF-waves with a turbulent ionosphere
206. On the statistical properties of magnetospheric ELF/VLF hiss
207. Correlations between the very low frequency chorus and pulsating aurora observed by low-light-level television at
208. High spatial attenuation of the Siple transmitter signal and natural VLF chorus observed at ground-based chain stations near Roberval, Quebec
209. Postmidnight chorus: A substorm phenomenon
210. Two types of magnetospheric ELF chorus and their substorm dependences
211. Chorus, enegetic electrons and magnetospheric substorms
212. Observations of whistlers and very low frequency phenomena at Godhavn, Greenland
213. Association between VLF emissions and flickering aurora
214. Observations of chorus below 1500 cycles per second at Godhavn, Greenland, from July 1957 to December 1961
215. Développement successif des émission électromagnétiques (U.B.F. et T.B.F.) et lumineuses au cour des sous-orages magnétiques
216. The signature of parallel electric fields in a collisionless plasma
217. Effects of solar wind shock waves in VLF emissions
218. The disturbances of exosphere as seen from the VLF emissions