The radio beacon signals on 40 MHz, and 140 MHz and 360 MHz from ATS-6 satellite at 34°E longitude, received at Ootacamund, India (11.43°N, 76.70°E, dip 4°N) are found to have intense scintillations during daytime on some occasions. These daytime scintillation events are not associated with the q type of sporadic E layer as seen at Kodaikanal (10.23°N, 77.49°E, 3.5N) but are due to the intense ionisation patches in the E region indicated by occurrence on the ionograms of the non q type i.e. either high or flat type of sporadic E layer which either shows multiple reflections or blankets the higher reflections
9-12The Faraday fading records of radio beacons from low orbiting satellites Explorer 22 and 27 reco...
Characteristics of simultaneous VHF (244 MHz) and L-band (1.5 GHz) scintillations recorded at a low...
131-137A morphological study of scintillations in the VHF signals at 244.16 MHz from satellite, FLEE...
The radio beacon signals on 40 MHz, and 140 MHz and 360 MHz from ATS-6 satellite at 34°E longitude, ...
The paper describes two cases of very intense scintillation activity (amplitude exceeding 10 dB) rec...
121-124Daytime VHF radiowave scintillations at Trivandrum are compared with the E-region irregularit...
The characteristics of daytime equatorial ionospheric scintillations of ATS-6 multifrequency RBE tra...
Intensity scintillations of 40 MHz, 140 MHz and 360 MHz radio beacons on board the geostationary sat...
The occurrences of 1.5 GHz daytime scintillations were recorded simultaneously at the Universiti Keb...
41-44Some recent observations of daytime’s scintillation near the magnetic equator using ATS-6 beaco...
163-167The paper deals with ionospheric scintillations of the 136 MHz signal from the geostationary ...
This paper presents the results of percentage occurrence of night time VHF ionospheric scintillation...
219-229A study is made comparing the equatorial radio scintillations of ATS-6 signals during daytime...
237-245Amplitude scintillations of FLEETSAT signals at 244 MHz at Rajkot for a period of increasing ...
The characteristics of ionospheric scintillations at Rajkot in the equatorial anomaly crest region ...
9-12The Faraday fading records of radio beacons from low orbiting satellites Explorer 22 and 27 reco...
Characteristics of simultaneous VHF (244 MHz) and L-band (1.5 GHz) scintillations recorded at a low...
131-137A morphological study of scintillations in the VHF signals at 244.16 MHz from satellite, FLEE...
The radio beacon signals on 40 MHz, and 140 MHz and 360 MHz from ATS-6 satellite at 34°E longitude, ...
The paper describes two cases of very intense scintillation activity (amplitude exceeding 10 dB) rec...
121-124Daytime VHF radiowave scintillations at Trivandrum are compared with the E-region irregularit...
The characteristics of daytime equatorial ionospheric scintillations of ATS-6 multifrequency RBE tra...
Intensity scintillations of 40 MHz, 140 MHz and 360 MHz radio beacons on board the geostationary sat...
The occurrences of 1.5 GHz daytime scintillations were recorded simultaneously at the Universiti Keb...
41-44Some recent observations of daytime’s scintillation near the magnetic equator using ATS-6 beaco...
163-167The paper deals with ionospheric scintillations of the 136 MHz signal from the geostationary ...
This paper presents the results of percentage occurrence of night time VHF ionospheric scintillation...
219-229A study is made comparing the equatorial radio scintillations of ATS-6 signals during daytime...
237-245Amplitude scintillations of FLEETSAT signals at 244 MHz at Rajkot for a period of increasing ...
The characteristics of ionospheric scintillations at Rajkot in the equatorial anomaly crest region ...
9-12The Faraday fading records of radio beacons from low orbiting satellites Explorer 22 and 27 reco...
Characteristics of simultaneous VHF (244 MHz) and L-band (1.5 GHz) scintillations recorded at a low...
131-137A morphological study of scintillations in the VHF signals at 244.16 MHz from satellite, FLEE...