Review of ionospheric modification experiments at Tromsø

Journal of Atmospheric and Terrestrial Physics

Volumn 58, Issue 1-4, 1996, Pages 349-368

  Stubbe, Peter ^a  

^a MAX PLANCK INSTITUT FÜR SONNENSYSTEMFORSCHUNG   (Germany)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 0039723356     PISSN: 00219169     EISSN: None     Source Type: Journal    
DOI: 10.1016/0021-9169(95)00041-0     Document Type: Article

References (95)

1. ELF and VLF radiation from the “polar electrojet atenna”
2. Effect of a heated patch of auroral ionosphere on VLF radio wave propagation
3. The diffraction of VLF radio waves by a patch of ionosphere illuminated by a powerful HF trasmitter
4. Extra-low-frequency radiation from the polar electrojet atenna
5. ELF and VLF signals radiated by the “polar electrojet antenna”: experimental results
6. Ionospheric heater beam scaning: a mobile source of ELF radiation
7. Long-range detection of VLF radiation produced by heating of the auroral electrojet
8. ELF radiation from the Tromso “Super Heater” facility
9. On the ELF generation efficiency of the Tromso heater facility
10. ELF harmonic radiation from the Tromso Heating facility
11. Daytime scintillations induced by high-power HF waves at Tromso, Norway
12. Generation of large-scale field-aligned irregularities in ionospheric modification experiments
13. Tromso heating experiments: stimulated emission at HF pump harmonic and subharmonic frequencies
14. Observations of E region irregularities generated at auroral latitudes by a high-power radio wave
15. Temporal evolution of the HF-enhanced plasma line in the Arecibo F-region
16. High resolution observations of theHF-induced plasma waves in the ionosphere
17. Altitude characteristics of plasma turbulence excited Rietveld M.T. and Elder J.H.with the Tromsø superheater
18. VLF wave generation by modulated RF heating of the electrojet ionosphere
19. Phase and amplitude perturbations on subionosphenc signals produced by a moving patch of artificially heated ionosohere
20. Excitation of strong Lagmuir turbulence in plasmas near critical density: application to HF heating of the ionosphere
21. Comment on “Lagmuir turbulence and ionospheric modification” by P. Stubbe, H. Kohl and M.T. Rietveld
22. Thermal cavitons
23. The effect of plasma instabilities on the ionospherically reflected wave from a high-power trasmitter
24. Height dependence of the observed spectrum of radar backscatter from HF-induced ionospheric Langmuir turbulence
25. First experimental evidence of HF produced electron density irregularities in the polar ionosphere, diagnosed by UHF radio star scintillations
26. Anomalous radio wave absorption due to ionospheric heating effects
27. Observations of enhanced plasma lines by EISCAT
28. Numerical test of the weak turbulence approximation to ionospheric Langmuir turbulence
29. Comparison between the ionospheric plasma drift and the motion of artificially induced irregularities as observed by HF backscatter radars
30. Observations of HF backscatter associated with the Stubbe P. heating experiment at Tromsø
31. First observations of 140 MHz plasma line backscatter during heating experiments at Tromsø
32. Measurements of HF backscatter cross sections for striations created by ionospheric heating at different power levels
33. Production of auroral zone E region irregularities by Rietveld M.T. powerful HF heating
34. Heater induced 1-meter irregularities
35. HF modification of the auroral D-region detected by a partial reflection experiment
36. EISCAT observations of electron temperature oscillations due to the action of high power HF radio waves
37. Thermal modulation of the plasma density in ionospheric heating experiments
38. New phenomena observed by EISCAT during an RE-ionospheric modification experiment
39. Simultaneous observations of ELF waves from an artificially modulated auroral electrojet in space and on the ground
40. Observations on the DE-1 spacecraft of ELF/VLF waves generated by an ionospheric heater
41. Phase changes induced in a diagnostic radio wave passing through a heated region of the auroral ionosphere
42. Anomalous absorption effects produced by high power radio waves in the high latitude ionosphere
43. A hysteresis effect in the generation of field-aligned irregularities by a high power radio wave
44. Fluency dependence of anomalous absorption caused by high power radio waves
45. EISCAT observations of the heated ionosphere
46. Collaborativeexperiments by Akebon satellite, Tromsø ionospheric heater, and EISCAT
47. Propagation of artificially excited Langmuir waves in the ionosphere
48. Introduction to ionospheric heating experiments at Tromso-II. Scientific problems
49. Nonlinear reflectivity of high-power radio waves in the ionosphere
50. Nonlinear evolution of the decay instability in a plasma with comparable electron and ion temperatures
51. The electron and ion spectra of radar returns from the critical height during ionospheric modification experiments
52. Detection from Aureol-3 of the modulation of auroral electrojet by HF-heating from ELF signals in the upper ionosphere above Tromsø
53. Stimulated electromagnetic emission near electron cyclotron harmonics in the ionosphere
54. Dependence of stimulated electromagnetic emission on the ionosphere and pump wave
55. Observations of ionospheric modification by the Tromso heating facility with the mobile diagnostic andequipment of IZMIRAN
56. Anregung erdmagnetischer Pulsationen durch lokales Aufheizen der polaren Ionosphere mit energiereichen Hochfrequenzwellen
57. Excitation of periodic magnetic field oscillations in the ULF range by amplitude modulated Hf waves
58. On linear conversion in a magnetized plasma
59. On the small scale striation effect in ionospheric modification experiments near harmonics of the electron gyro frequency
60. Multiple frequency radar observations of high-latitude E region irregularities in the HF modified ionosphere
61. Simultaneous bistatic EISCAT UHF, 145-MHz radar and SEE observations during HF ionospheric modification
62. On the efficient operation of a plasma ELF antenna driven by modulation of ionospheric currents. Comments
63. Ionospheric electric field pulsations: A comparison between VLF results from an ionospheric heating experiment and STARE
64. Ionospheric heater beam scanning: A new technique for ELF studies of the auroral ionosphere
65. Ground and in situ excitation of waves in the ionospheric plasma
66. D-region characteristics deduced from pulsed ionospheric heating under auroral electrojet conditions
67. Ionospheric demodulation of powerful pulsed radio waves: A potential new diagnostic for radars suggested by Tromsø heater results
68. The characteristics of ionospheric heating-produced ELF/VLF waves over 32 hours
69. Pc1 ionospheric electric field oscillations
70. On the frequency dependence of ELF/VLF waves produced by modulated ionospheric heating
71. Introduction to ionospheric heating at Tromsø-I. Experimental overview
72. The heating of the high latitude ionosphere by high power radio waves
73. First EISCAT observations of the modification of F-region electron temperatures during RF heating at harmonics of the electron gyro frequency
74. Observations of anomalous absorption of diagnostic radio waves during ionospheric modification at Arecibo
75. EISCAT observations of large scale electron density perturbations caused by high power HF radio waves
76. Anomalous absorption during artificial modification at harmonics of the electron gyrofrequency
77. Modulation of the polar electrojet by powerful HF waves
78. Modification of the F region by powerful radio waves
79. Generation of Pc5 pulsations by polar electrojet modulation: First experimental evidence
80. Generation of ELF and VLF waves by polar electrojet modulation: experimental results
81. Ionospheric modification experiments in northern Scandinavia
82. ELF and VLF wave generation by modulated HF heating of the current carrying lower ionosphere
83. Wide band attenuation of radio waves caused by powerful HF waves: Saturation and dependence on ionospheric variability
84. Stimulated electromagnetic emission: a new technique to study the parametric decay instability in the ionosphere
85. Ionospheric modification experiments with the Tromsø heating facility
86. Stimulated electromagnetic emission in a magnetised plasma: a new symmetric spectral feature
87. Langmuir turbulence and ionospheric modification
88. Reply
89. Stimulated electromagnetic emissions (SEE) and anomalous HF wave absorption near electron gyroharmonics
90. Observations of stimulated scattering of a strong highfrequency radio wave in the ionosphere
91. Observations of stimulated electromagnetic emissions in ionospheric heating experiments
92. Resonance instability of small-scale plasma perturbations
93. A large-scale ionospheric depletion by intense radio wave heating