Observation on GEOS-1 of 10.2 to 13.6 kHz ground based transmitter signals

Single propagation models are investigated for analyzing VLF electromagnetic wave fields observed in magnetosphere. They are selected according to the values of the eigenvalues of the spectral matrices of the three magnetic field components. If there is one single nonzero eigenvalue, a one‐direction model is considered, while if there are two nonzero eigenvalues, a two‐direction model is chosen. A likelihood ratio test is performed in the doubtful cases. The two models are used to analyze VLF chorus and hiss observed onboard the Geos 1 satellite. The two‐direction model is generally the most likely, suggesting that waves are simultaneously generated at all wave normal directions.

show abstract

Observation on GEOS-1 of 10.2 to 13.6 kHz ground based transmitter signals

Cited by 7 publications

References 2 publications

Whistler-mode propagation of omega VLF navigation signals as observed on board of satellites

Whistler-mode propagation of omega VLF navigation signals as observed on board of satellites

Discrete Electromagnetic Emissions in Planetary Magnetospheres

One and two direction models for VLF electromagnetic waves observed on‐board Geos 1

Contact Info

Product

Resources

About