Langmuir turbulence excited by electron flows in solar wind plasmas is studied on the basis
of numerical simulations. In particular, nonlinear wave decay processes involving ion-sound …

Plasma diagnostic instruments are carried into space by satellites to measure in situ the
properties of space plasmas. However, due to spacecraft charging, satellites perturb the …

Solar radio emissions are electromagnetic waves emitted in the solar wind as a
consequence of electron beams accelerated during solar flares or interplanetary shocks …

Solar electron beams responsible for type III radio emission generate Langmuir waves as
they propagate out from the Sun. The Langmuir waves are observed via in situ electric field …

All the bodies of the solar system are embedded in the supersonic flux of energetic particles
emitted by the Sun. Since the advent of the space age, the models to describe the interaction …

Mutual impedance (MI) experiments are a kind of plasma diagnostic techniques for the
identification of the in situ plasma density and electron temperature. These plasma …

It was recently reported that a significant part of the Langmuir waveforms observed by the
STEREO satellite during type III solar radio bursts are likely consistent with the occurrence of …

Quasilinear theory has long been used to treat the problem of a weak electron beam
interacting with plasma and generating Langmuir waves. Its extension to weak-turbulence …

Mutual impedance experiments are in situ plasma diagnostic techniques for the
identification of the plasma density and the electron temperature. Different versions of …

Using a Vlasov-Poisson model which treats both electrons and ions on the same physics
footing or symmetrically in terms of kinetics, we demonstrate perhaps for the first time that the …