The proton velocity distribution functions (VDFs) observed in the solar wind often show
beam components. In this study, by means of one‐dimensional hybrid simulation, parametric …

It is shown that nonlinear left‐hand polarized waves can either stabilize or destabilize linear
right‐hand polarized instabilities triggered by an alpha particle beam in a magnetized …

We consider a fast solar wind‐type plasma consisting of electrons, a protons background,
and a much more tenuous alpha particle beam. It is shown that such system is unstable …

Nonlinear ion‐acoustic like waves triggered by large‐amplitude circularly polarized waves
propagating in the direction of a proton beam are studied. The properties are strongly …

It is shown that in a plasma composed by electrons, a proton core, and a proton beam
propagating along an external magnetic field, finite amplitude left‐hand polarized waves …

The effects of a finite‐amplitude Alfvén wave in a plasma system with a proton and an alpha‐
particle beam, are studied. The system is described by a fourteenth‐order polynomial …

Linear and nonlinear properties of a plasma system with a proton and an alpha‐particle
beam, are studied. It is shown that the presence of a second beam can change the linear …

Alfvén/ion‐cyclotron waves have been observed in several regions of the magnetosphere.
Parametric decays of finite amplitude Alfvén/ion‐cyclotron waves in the presence of He+ …

It has been shown that a large amplitude Alfvén wave can stabilize linear magnetosonic
instabilities triggered by an ion beam. This phenomenon occurs for large amplitude waves …

It is well known that nonlinear electrostatic instabilities can be triggered in a plasma with
streaming ion species in the presence of finite‐amplitude Alfvén cyclotron waves. The …