Properties of the multi-species electromagnetic Weibel and electrostatic two-stream instabilities are investigated for an intense ion beam propagating through background plasma. Assuming that the background plasma electrons provide complete charge and current neutralization, detailed linear stability properties are calculated within the framework of a macroscopic cold-fluid model for a wide range of system parameters
Plasma neutralization of an intense ion pulse is of interest for many applications, including plasma...
The interaction between relativistic ion beams,electrostatic waves and particles in plasmas is studi...
Neutralization and focusing of intense charged particle beam pulses by electrons forms the basis for...
This paper develops a formulary that summarizes the growth rates (e-folding lengths) for a wide rang...
The streaming of an intense ion beam relative to the background plasma can cause the development of ...
The Weibel instability is investigated theoretically and numerically under three scenarios: counters...
The electrostatic activity in the post-saturation regime of the velocity anisotropy driven Weibel in...
Plasma neutralization of an intense ion beam pulse is of interest for many applications, including p...
This paper presents a survey of the present theoretical understanding of collective processes and be...
The linear growth and saturation of the two-stream in-stability for a charged particle beam that is ...
Neutralization and focusing of intense charged particle beam pulses by a background plasma forms the...
Electron beams are perturbed by positively charged ions in a similar way as proton and positron beam...
The generation of magnetic field, together with the electrostatic activity met in the saturation reg...
Plasma can be used as a convenient medium for manipulating intense charged particle beams, e.g., for...
This paper presents a survey of the present theoretical understanding of plasma neutralization of in...
Plasma neutralization of an intense ion pulse is of interest for many applications, including plasma...
The interaction between relativistic ion beams,electrostatic waves and particles in plasmas is studi...
Neutralization and focusing of intense charged particle beam pulses by electrons forms the basis for...
This paper develops a formulary that summarizes the growth rates (e-folding lengths) for a wide rang...
The streaming of an intense ion beam relative to the background plasma can cause the development of ...
The Weibel instability is investigated theoretically and numerically under three scenarios: counters...
The electrostatic activity in the post-saturation regime of the velocity anisotropy driven Weibel in...
Plasma neutralization of an intense ion beam pulse is of interest for many applications, including p...
This paper presents a survey of the present theoretical understanding of collective processes and be...
The linear growth and saturation of the two-stream in-stability for a charged particle beam that is ...
Neutralization and focusing of intense charged particle beam pulses by a background plasma forms the...
Electron beams are perturbed by positively charged ions in a similar way as proton and positron beam...
The generation of magnetic field, together with the electrostatic activity met in the saturation reg...
Plasma can be used as a convenient medium for manipulating intense charged particle beams, e.g., for...
This paper presents a survey of the present theoretical understanding of plasma neutralization of in...
Plasma neutralization of an intense ion pulse is of interest for many applications, including plasma...
The interaction between relativistic ion beams,electrostatic waves and particles in plasmas is studi...
Neutralization and focusing of intense charged particle beam pulses by electrons forms the basis for...