[[abstract]]The axial drift of a relativistic electron beam along a uniform magnetic field is shown theoretically to lead to significant frequency up-shifts for linear cyclotron-wave instabilities driven by velocity-space anisotropy. This mechanism suggests novel means for the development of devices for generation of intense far-infrared power.[[fileno]]2010126010015[[department]]物理
When a beam of electrons moves into a converging magnetic field, the velocity distribution function ...
When a beam of electrons moves into a converging magnetic field, the velocity distribution function ...
When a beam of electrons moves into a converging magnetic field, the velocity distribution function ...
In this paper, we discuss a new cyclotron maser type instability driven by a crescent or horseshaped...
This paper examines the velocity distribution function and cyclotron resonance conditions for a beam...
In this paper, we discuss a new cyclotron maser type instability driven by a crescent or horseshaped...
In this paper, we discuss a new cyclotron maser type instability driven by a crescent or horseshaped...
A theory of cyclotron super-radiance (SR) from a moving electron bunch under a group synchronism con...
Context. It has been a long-standing puzzle on how to produce natural radio bursts of various cosmic...
A theory of cyclotron super-radiance (SR) from a moving electron bunch under a group synchronism con...
[[abstract]]A self-consistent theory of the cyclotron maser instability, assuming azimuthally symmet...
Cyclotron maser instability is known to be one of the main mechanisms of coherent radio emission in ...
Salamin YI, Faisal F, Keitel CH. Exact analysis of ultrahigh laser-induced acceleration of electrons...
When a beam of electrons moves into a converging magnetic field, the velocity distribution function ...
When a beam of electrons moves into a converging magnetic field, the velocity distribution function ...
When a beam of electrons moves into a converging magnetic field, the velocity distribution function ...
When a beam of electrons moves into a converging magnetic field, the velocity distribution function ...
When a beam of electrons moves into a converging magnetic field, the velocity distribution function ...
In this paper, we discuss a new cyclotron maser type instability driven by a crescent or horseshaped...
This paper examines the velocity distribution function and cyclotron resonance conditions for a beam...
In this paper, we discuss a new cyclotron maser type instability driven by a crescent or horseshaped...
In this paper, we discuss a new cyclotron maser type instability driven by a crescent or horseshaped...
A theory of cyclotron super-radiance (SR) from a moving electron bunch under a group synchronism con...
Context. It has been a long-standing puzzle on how to produce natural radio bursts of various cosmic...
A theory of cyclotron super-radiance (SR) from a moving electron bunch under a group synchronism con...
[[abstract]]A self-consistent theory of the cyclotron maser instability, assuming azimuthally symmet...
Cyclotron maser instability is known to be one of the main mechanisms of coherent radio emission in ...
Salamin YI, Faisal F, Keitel CH. Exact analysis of ultrahigh laser-induced acceleration of electrons...
When a beam of electrons moves into a converging magnetic field, the velocity distribution function ...
When a beam of electrons moves into a converging magnetic field, the velocity distribution function ...
When a beam of electrons moves into a converging magnetic field, the velocity distribution function ...
When a beam of electrons moves into a converging magnetic field, the velocity distribution function ...
When a beam of electrons moves into a converging magnetic field, the velocity distribution function ...