International audienceThe insufficiently known phenomenon of MF- wave propagation from the Earth's surface through the magnetosphere (guiding) to the conjugate hemisphere and back to the transmitter has been experimentally studied. Computer modelling fulfilled on the basis of ray tracing showed that guiding was possible only from area of the main ionospheric trough. The effect of MF guiding is most useful for the diagnostics of the plasmapause, poleward edge of the trough, the diffuse precipitation boundary and so on
Radio wave propagation in high and very high frequency bands is a major subject of interest; mainly ...
Radio wave propagation in high and very high frequency bands is a major subject of interest; mainly ...
Radio wave propagation in high and very high frequency bands is a major subject of interest; mainly ...
International audience[1] Midlatitude nighttime observations made by the DEMETER satellite in the ve...
International audienceThe impact of the main ionospheric trough, sporadic structures, gradients and ...
International audienceThree ULF wave events, all occurring in the dayside magnetopshere during magne...
International audienceThe ionosphere influences magnetohydrodynamic waves in the magnetosphere by da...
This paper deals with Pc5 magnetospheric pulsations featuring positive azimuthal wave numbers regist...
Abstract. For over a decade, Dartmouth College has oper-ated programmable radio receivers at multipl...
The propagation characteristics of radio signals are important parameters to consider when designing...
International audienceDEMETER was a low altitude satellite on a polar and circular orbit devoted to ...
International audienceA transequatorial radio-wave propagation experiment at shortwave frequencies (...
Radio wave propagation in high and very high frequency bands is a major subject of interest; mainly ...
A complete theory of low-frequency MHD oscillations of the Earth's weakly ionized ionosphere is for...
The propagation of electromagnetic waves in a nonhomogeneous anisotropic medium is examined from the...
Radio wave propagation in high and very high frequency bands is a major subject of interest; mainly ...
Radio wave propagation in high and very high frequency bands is a major subject of interest; mainly ...
Radio wave propagation in high and very high frequency bands is a major subject of interest; mainly ...
International audience[1] Midlatitude nighttime observations made by the DEMETER satellite in the ve...
International audienceThe impact of the main ionospheric trough, sporadic structures, gradients and ...
International audienceThree ULF wave events, all occurring in the dayside magnetopshere during magne...
International audienceThe ionosphere influences magnetohydrodynamic waves in the magnetosphere by da...
This paper deals with Pc5 magnetospheric pulsations featuring positive azimuthal wave numbers regist...
Abstract. For over a decade, Dartmouth College has oper-ated programmable radio receivers at multipl...
The propagation characteristics of radio signals are important parameters to consider when designing...
International audienceDEMETER was a low altitude satellite on a polar and circular orbit devoted to ...
International audienceA transequatorial radio-wave propagation experiment at shortwave frequencies (...
Radio wave propagation in high and very high frequency bands is a major subject of interest; mainly ...
A complete theory of low-frequency MHD oscillations of the Earth's weakly ionized ionosphere is for...
The propagation of electromagnetic waves in a nonhomogeneous anisotropic medium is examined from the...
Radio wave propagation in high and very high frequency bands is a major subject of interest; mainly ...
Radio wave propagation in high and very high frequency bands is a major subject of interest; mainly ...
Radio wave propagation in high and very high frequency bands is a major subject of interest; mainly ...