Add to ORKG306-308The cyclotron interaction between whistler mode waves and energetic electrons is studied for a latitudinal range 30-40°, assuming the interacting wave of 5 kHz frequency and non-linear pitch angle scattering. It is observed that at 36° geomagnetic latitude the precipitation probability is highest. An explanation to this effect has been provided in this paper
241-252The last forty years have seen remarkable developments in our understanding of the Doppler-s...
Electromagnetic ion cyclotron waves are excited during the enhanced convective injection of plasmash...
Dipolarization of geomagnetic fields had been found to occur at tailside during geomagnetic activiti...
61-65Using the theoretical concept of Johnstone et al. [J Geophys Res (USA), 98(1993)5959) that ele...
323-327Non-linear cyclotron resonance between coherent whistler mode waves and energetic electrons i...
351-355The lightning-generated electric field produces ducted whistler mode waves. These short-durat...
183-187The resonant interaction of electrons with electrostatic waves of frequencies 1.5 ωce and 2.5...
141-147<span style="font-size:14.0pt;line-height: 115%;font-family:" times="" new="" roman";mso-far...
305-313Doppler-shifted cyclotron resonance interaction between whistler mode wave and counter strea...
We study a simple self-consistent model of a whistler cyclotron maser derived from the full set of ...
There are two main theories for the origin of the diffuse auroral electron precipitation: first, pit...
The formation of a zone of energetic electron precipitation by the plasmapause, a region of enhance...
International audienceResonant interactions of energetic electrons with electromagnetic whistler-mod...
Whistler waves play important roles in electron scattering in a collisionless plasma. We have analyz...
The work considers the non linear scattering of energetic electrons in the earth's radiation belts d...
241-252The last forty years have seen remarkable developments in our understanding of the Doppler-s...
Electromagnetic ion cyclotron waves are excited during the enhanced convective injection of plasmash...
Dipolarization of geomagnetic fields had been found to occur at tailside during geomagnetic activiti...
61-65Using the theoretical concept of Johnstone et al. [J Geophys Res (USA), 98(1993)5959) that ele...
323-327Non-linear cyclotron resonance between coherent whistler mode waves and energetic electrons i...
351-355The lightning-generated electric field produces ducted whistler mode waves. These short-durat...
183-187The resonant interaction of electrons with electrostatic waves of frequencies 1.5 ωce and 2.5...
141-147<span style="font-size:14.0pt;line-height: 115%;font-family:" times="" new="" roman";mso-far...
305-313Doppler-shifted cyclotron resonance interaction between whistler mode wave and counter strea...
We study a simple self-consistent model of a whistler cyclotron maser derived from the full set of ...
There are two main theories for the origin of the diffuse auroral electron precipitation: first, pit...
The formation of a zone of energetic electron precipitation by the plasmapause, a region of enhance...
International audienceResonant interactions of energetic electrons with electromagnetic whistler-mod...
Whistler waves play important roles in electron scattering in a collisionless plasma. We have analyz...
The work considers the non linear scattering of energetic electrons in the earth's radiation belts d...
241-252The last forty years have seen remarkable developments in our understanding of the Doppler-s...
Electromagnetic ion cyclotron waves are excited during the enhanced convective injection of plasmash...
Dipolarization of geomagnetic fields had been found to occur at tailside during geomagnetic activiti...