The introduction of a plasma and a strong guide magnetic field in a free electron laser (FEL)
slows down the phase velocity of radiation, significantly reducing the requirements on beam …

The linear free-electron laser (FEL) theory with plasma background is considered using the
hybrid model in contrast with the fluid model to describe the FEL interaction with plasma …

A relativistic electron beam in the presence of a whistler wave excites a negative‐energy
beam space charge mode and a high frequency laser radiation (ω 1≫ ω c). The instability is …

A kinetic formalism of mode coupling in a whistler‐pumped free electron laser (FEL) is
developed. The analysis includes the effect of finite space charge field of the electron beam …

A new scheme for generating free electron laser via explosive instabilities with
electromagnetic wave wiggler is proposed. This is achieved when a slow electromagnetic …

A high-power laser propagating through a plasma creates a low density channel through
which it propagates self guided. This equilibrium, however, is unstable to Brillouin …

A pre-bunched relativistic electron beam (REB) counter-propagating to the surface wave in
the vacuum region Compton backscatters the surface wave into a high-frequency coherent …

A large amplitude upper hybrid wave has potential to be employed as a wiggler for the
generation of high frequency coherent radiation via free electron laser (EEL) instability. At a …

A cylindrical waveguide loaded with a magnetized plasma supports a short wave'Ieiigth
whistler mode. In the presence of a relativistic electron beam the whistler mode couples to a …

A layered dielectric with periodic permittivity profile,/spl epsiv/=/spl epsiv//sub 0/+/spl
epsiv//sub 2/cos (k/sub 0x/x+ k/sub 0z/z), is suitable for the generation of coherent radiation …