This paper reports quasi-periodic pulsing hiss emissions recorded during daytime in the frequency range of 50Hz–15 kHz at low latitude station Jammu (geomag. lat. = 22◦26′N; L = 1.17). It is noted that pulsing VLF emissions are a rare phenomena at low latitudes. The various spectrograms of pulsing VLF hiss emissions presented in this paper clearly show band limited spectrums regularly pulsing with almost equal period of the order of few seconds in the frequency range of ∼3–8 kHz. Generation and propagation mechanism of these emissions are briefly discussed. 1
Abstract. The characteristic features of VLF hiss emissions during quiet and disturbed conditions ob...
International audienceDEMETER was a low-altitude satellite in operation between 2004 and 2010 in a c...
216-220Using an improved system, a unique type of whistlers in addition to the usual types of VLF e...
The Quasi-periodic pulsing hiss emissions observed during daytime in the frequency range of 50 Hz – ...
70-74The ground based VLF database from Indian Antarctic station Maitri (70o 46ʹ S, 11o 44ʹ E, L ~ ...
209-210Successful recording of different types of whistlers as also the VLF hiss at a low latitude g...
Abstract. A detailed analysis of the VLF emissions data obtained during occasional whistler campaign...
VLF emissions were observed at Syowa Station by the 11th wintering party of the Japanese Antarctic R...
Abstract The new type of daytime natural very low frequency (VLF) whistler mode emissions of the ma...
During the analysis of archived VLF data from Indian low latitude ground stations, some discrete VLF...
Abstract Very low frequency (VLF) emissions of natural origin were identified for the first time by...
Recent topics of VLF observations at Syowa Station, Antarctica, are summarized. In the frequency-tim...
The characteristic features of VLF hiss emissions during quiet and disturbed conditions observed at ...
Abstract We reveal previously unknown quasi-periodic (QP) very low frequency (VLF) emissions at the...
133-135Intensity calculations are done in a realistic ionospheric model for ground-observed low lati...
Abstract. The characteristic features of VLF hiss emissions during quiet and disturbed conditions ob...
International audienceDEMETER was a low-altitude satellite in operation between 2004 and 2010 in a c...
216-220Using an improved system, a unique type of whistlers in addition to the usual types of VLF e...
The Quasi-periodic pulsing hiss emissions observed during daytime in the frequency range of 50 Hz – ...
70-74The ground based VLF database from Indian Antarctic station Maitri (70o 46ʹ S, 11o 44ʹ E, L ~ ...
209-210Successful recording of different types of whistlers as also the VLF hiss at a low latitude g...
Abstract. A detailed analysis of the VLF emissions data obtained during occasional whistler campaign...
VLF emissions were observed at Syowa Station by the 11th wintering party of the Japanese Antarctic R...
Abstract The new type of daytime natural very low frequency (VLF) whistler mode emissions of the ma...
During the analysis of archived VLF data from Indian low latitude ground stations, some discrete VLF...
Abstract Very low frequency (VLF) emissions of natural origin were identified for the first time by...
Recent topics of VLF observations at Syowa Station, Antarctica, are summarized. In the frequency-tim...
The characteristic features of VLF hiss emissions during quiet and disturbed conditions observed at ...
Abstract We reveal previously unknown quasi-periodic (QP) very low frequency (VLF) emissions at the...
133-135Intensity calculations are done in a realistic ionospheric model for ground-observed low lati...
Abstract. The characteristic features of VLF hiss emissions during quiet and disturbed conditions ob...
International audienceDEMETER was a low-altitude satellite in operation between 2004 and 2010 in a c...
216-220Using an improved system, a unique type of whistlers in addition to the usual types of VLF e...