Worldwide Behavior of Average VHF‐UHF Scintillation

Radio Science

Volumn 6, Issue 10, 1971, Pages 863-869

  Fremouw, E J ^a   Bates, H F ^a  

^a NONE

Author keywords

[No Author keywords available]

Indexed keywords

EID: 84977402498     PISSN: 00486604     EISSN: 1944799X     Source Type: Journal    
DOI: 10.1029/RS006i010p00863     Document Type: Article

References (48)

1. The size of low‐latitude ionospheric irregularities determined from observations of discrete sources of different angular diameter
2. Geomagnetic control of satellite scintillations
3. The statistics of satellite scintillation at a subauroral latitude
4. Latitudinal effects on satellite scintillations
5. The scintillation boundary
6. The height of ionospheric irregularities in the auroral zone
7. A detailed study of a brief period of radio star and satellite scintillations
8. A note on scintillation indices
9. Observations of radio star scintillations and spread‐F echoes over a solar cycle
10. On the variation of radio star and satellite scintillations with zenith angle
11. The distribution of amplitude scintillation and the conversion of scintillation indices
12. Dynamics of auroral belt and polar geomagnetic disturbances
13. Radio star fadeouts and radio propagation
14. Radio‐star scintillations and the auroral zone
15. Satellite scintillation at high latitudes and its possible relation to precipitation of soft particles
16. A study of auroral zone ionospheric irregularities made simultaneously at Tromsö, Norway, and Kiruna, Sweden
17. The diffraction of galactic radio waves as a method of investigating the irregular structure of the ionosphere
18. The vertical distribution of E‐region irregularities deduced from scintillations of satellite radio signals
19. Satellite scintillation observations at Boulder, Colorado
20. Further observations of radio stellar scintillation
21. Radio scintillations produced by irregularities at sporadic‐E level
22. On the latitude variation of scintillations of ionosphere origin in satellite signals
23. Observations of transitions in satellite scintillation
24. High frequency fading observed on the 40 Mc/s wave radiated from artificial satellite 1957 α
25. Some studies of nighttime F‐layer irregularities at the equator using very high frequency signals radiated from earth satellites
26. Radio star scintillations at an equatorial station
27. Radio star scintillation and associated effects in equatorial regions
28. The scale size of scintillation‐producing irregularities in the auroral ionosphere
29. Diurnal, seasonal, latitudinal, and height variations of satellite scintillation
30. Amplitude and angular scintillations of the radio source Cygnus‐A observed at Boulder, Colorado
31. A study of ionospheric irregularities using transmissions at 54 Mc/s
32. The geographical distribution of satellite scintillation activity above northern Scandinavia
33. An investigation of the height of scintillationproducing irregularities
34. Scintillation of radio stars during aurorae and magnetic storms
35. An experimental investigation of radio stars observed at frequencies of 223 and 456 megacycles per second from a location close to the auroral zone
36. Observations of ionospheric scintillations by ultra high frequency radar reflections from earth's satellites
37. The m‐distribution—a general formula of intensity distribution of rapid fading
38. Midlatitude radio‐satellite scintillation: The variation with latitude
39. Midlatitude radio‐satellite scintillation—the morphology near sunspot minimum
40. The occurrence of scintillation‐producing irregularities over Australasia
41. The distribution of irregularities in the Antarctic ionospheres, 2, Diurnal, magnetic and solar cycle effects
42. The distribution of irregularities in the antarctic ionosphere, 1, Mean seasonal maps at sunspot minimum
43. A study of scintillations at low latitudes during a period from sunspot minimum to sunspot maximum
44. Studies of the latitudinal variations of irregularities by means of synchronous and 100 km satellite
45. A proposed index for measuring ionospheric scintillations
46. F‐region irregularities studies by scintillation of signals from satellites