4 pages, 4 figures, accepted for publication to PRL feb 2012International audienceLangmuir cavitons have been artificially produced in the earth's ionosphere, but evidence of naturally-occurring cavitation has been elusive. By measuring and modeling the spectra of electrostatic plasma modes, we show that natural cavitating, or strong, Langmuir turbulence does occur in the ionosphere, via a process in which a beam of auroral electrons drives Langmuir waves, which in turn produce cascading Langmuir and ion-acoustic excitations and cavitating Langmuir turbulence
Langmuir turbulence is an archetype of wave turbulence in plasma physics. By means of 1D-1V Vlasov-P...
International audienceIt was recently reported that a significant part of the Langmuir waveforms obs...
High-power ordinary mode radio waves produce artificial ionization in the F-region ionosphere at the...
4 pages, 4 figures, accepted for publication to PRL feb 2012International audienceLangmuir cavitons ...
Incoherent scatter radar (ISR) measurements were used in conjunction with plasma simulations to stud...
The geometric aspects of HF-generated Langmuir turbulence in the ionosphere and its detection by r...
Recent detections of strong incoherent scatter radar echoes from the auroral F region, which have be...
International audienceModulated Langmuir waveforms have been observed by several spacecraft in vario...
Experimental results obtained with the 449-MHz Poker Flat Incoherent Scatter Radar (PFISR) show unus...
Abstract. A quasi-linear Zakharov simulation model has been constructed to study intense Langmuir wa...
13 pages, 12 figuresInternational audienceContext. A variety of kinetic electrostatic and electromag...
The Physics of Auroral Zone Electrons II (PHAZE II) sounding rocket was launched in February 1997 in...
Observed spatial- and frequency-domain signatures of the most intense solar wind Langmuir waves can ...
Langmuir waves and turbulence resulting from an electron beam-plasma instability play a fundamental ...
Optical measurements of small-scale auroral structures are here combined with spectrographic data in...
Langmuir turbulence is an archetype of wave turbulence in plasma physics. By means of 1D-1V Vlasov-P...
International audienceIt was recently reported that a significant part of the Langmuir waveforms obs...
High-power ordinary mode radio waves produce artificial ionization in the F-region ionosphere at the...
4 pages, 4 figures, accepted for publication to PRL feb 2012International audienceLangmuir cavitons ...
Incoherent scatter radar (ISR) measurements were used in conjunction with plasma simulations to stud...
The geometric aspects of HF-generated Langmuir turbulence in the ionosphere and its detection by r...
Recent detections of strong incoherent scatter radar echoes from the auroral F region, which have be...
International audienceModulated Langmuir waveforms have been observed by several spacecraft in vario...
Experimental results obtained with the 449-MHz Poker Flat Incoherent Scatter Radar (PFISR) show unus...
Abstract. A quasi-linear Zakharov simulation model has been constructed to study intense Langmuir wa...
13 pages, 12 figuresInternational audienceContext. A variety of kinetic electrostatic and electromag...
The Physics of Auroral Zone Electrons II (PHAZE II) sounding rocket was launched in February 1997 in...
Observed spatial- and frequency-domain signatures of the most intense solar wind Langmuir waves can ...
Langmuir waves and turbulence resulting from an electron beam-plasma instability play a fundamental ...
Optical measurements of small-scale auroral structures are here combined with spectrographic data in...
Langmuir turbulence is an archetype of wave turbulence in plasma physics. By means of 1D-1V Vlasov-P...
International audienceIt was recently reported that a significant part of the Langmuir waveforms obs...
High-power ordinary mode radio waves produce artificial ionization in the F-region ionosphere at the...