Add to ORKGThe enhancement of low frequency oscillations by lower hybrid waves at electric fields lower than the thresholds of other parametric decay processes is presented. The frequencies and wavelengths of these oscillations agree with the collisional drift wave dispersion relation. The enhancement is localized deep inside the plasma density gradient. The excited drift waves change the density profile and the lower hybrid wave trajectory
We use data from the Cluster satellites to study waves in the frequency range of ∼2–150 Hz at the ma...
International audienceWe consider the limits of validity of ray tracing and ray diffusion equations,...
Two main aspects concerning drift wave dynamics in linear, magnetized plasma devices are addressed i...
The whole universe is filled with plasma. There are different kinds of plasmas filling large volumes...
Lower Hybrid [LH] ray propagation in toroidal plasma is controlled by a combination of the azimuthal...
We consider the role that the lower-hybrid wave turbulence plays in providing the necessary resistiv...
Linear and nonlinear mechanisms for the generation of large amplitude lower-hybrid waves are present...
Experimental measurement of the dispersion and damping of externally excited lower hybrid waves are ...
This paper describes sonic aspects of lower-hybrid wave activity in space plasmas. Lower-hybrid wave...
The propagation of electrostatic plasma waves, and their subsequent conversion into hot plasma waves...
The parametric decay of a lower hybrid wave into a lower hybrid sideb and and a nonresonant low freq...
SIGLECopy held by FIZ Karlsruhe; available from UB/TIB Hannover / FIZ - Fachinformationszzentrum Kar...
International audienceWe investigate the generation of waves in the lower hybrid frequency range by ...
The lower-hybrid wave is an attractive candidate for the supplemental heating of Tokamak plasmas bec...
A new parametric instability of the lower hybrid waves has been discovered previ-ously on the FT-2 t...
We use data from the Cluster satellites to study waves in the frequency range of ∼2–150 Hz at the ma...
International audienceWe consider the limits of validity of ray tracing and ray diffusion equations,...
Two main aspects concerning drift wave dynamics in linear, magnetized plasma devices are addressed i...
The whole universe is filled with plasma. There are different kinds of plasmas filling large volumes...
Lower Hybrid [LH] ray propagation in toroidal plasma is controlled by a combination of the azimuthal...
We consider the role that the lower-hybrid wave turbulence plays in providing the necessary resistiv...
Linear and nonlinear mechanisms for the generation of large amplitude lower-hybrid waves are present...
Experimental measurement of the dispersion and damping of externally excited lower hybrid waves are ...
This paper describes sonic aspects of lower-hybrid wave activity in space plasmas. Lower-hybrid wave...
The propagation of electrostatic plasma waves, and their subsequent conversion into hot plasma waves...
The parametric decay of a lower hybrid wave into a lower hybrid sideb and and a nonresonant low freq...
SIGLECopy held by FIZ Karlsruhe; available from UB/TIB Hannover / FIZ - Fachinformationszzentrum Kar...
International audienceWe investigate the generation of waves in the lower hybrid frequency range by ...
The lower-hybrid wave is an attractive candidate for the supplemental heating of Tokamak plasmas bec...
A new parametric instability of the lower hybrid waves has been discovered previ-ously on the FT-2 t...
We use data from the Cluster satellites to study waves in the frequency range of ∼2–150 Hz at the ma...
International audienceWe consider the limits of validity of ray tracing and ray diffusion equations,...
Two main aspects concerning drift wave dynamics in linear, magnetized plasma devices are addressed i...