A general analysis is presented of free-electron lasers in which a static periodic magnetic
pump field is scattered from a relativistic electron beam. The steady-state formulation of the …

The development of lasers in which the active medium is a relativistic stream of free
electrons has recently evoked much interest. The potential advantages of such free-electron …

A general dispersion relation is derived for a plasma in a helical magnetic field of arbitrarily
large amplitude. Comparisons are made with previous results for large amplitude waves …

Free-electron lasers (FEL's) based on stimulated scattering from relativistic electron beams
show great potential for becoming a new class of efficient devices capable of generating …

The Electrostatic Stability of a Magnetized Plasma in a Large Amplitude Circularly Polarized
Wave Page 1 Physica Scripta The Electrostatic Stability of a Magnetized Plasma in a Large …

The general nonlinear self‐consistent equations describing the FEL in the steady‐state
amplifying configuration is derived with the space‐charge effects and all the efficiency …

The study deals with the kinetic theory of coherent scattering of an unordinary
electromagnetic wave, caused by relativistic beam electrons propagating in the constant …

In this paper the results of theoretical and experimental research of the motion and radiation
of low-voltage electron beams in Motz undulator are given. Constant magnetic field of …

In this issue the problem of the development and utilization of lasers, these unique sources
of coherent radiation, has been given great consideration. The problem of the development …

The low gain regime studies were characterized by relatively high electron energies (24-43
MeV) and correspondingly short output wavelength (3–11 μm). Line broadening of …