Relativistic plasma and electron bunches in plasma synchrotrons of GYRAC relativistic
plasma as well as a controlled bunch of relativistic
electrons. GYRAC-produced
plasma MAGNETIC MIRROR TRAP WITH ELECTRON-CYCLOTRON PLASMA HEATING AS A SOURCE OF MULTIPLY CHARGED IONS (REVIEWS). collision mode of confinement is provided.
Plasma stability with hot
electrons in the mirror magnetic trap
Enhancement of negative hydrogen ion production in an electron cyclotron resonance source stages. First, the hydrogen and deuterium molecules are excited in collisions with
plasma electrons Dynamics of plasma confinement during ECR heating in the L-2M stellarator of
electron temperature and density form in
plasma and the quasi-stationary confinement mode ensues. After
Nonlinear excitation of long-wavelength modes in Hall plasmasHall
plasmas with magnetized
electrons and unmagnetized ions exhibit a wide range of small scale
Model analysis of relativistic electron beam dynamics in a rarefied plasma rarefied
plasma is discussed. The model can be applied for the analysis of the behavior of an
electron beam
NUMERICAL STABLE SOLUTION OF ONE INVERSE PLASMA PHYSICS PROBLEM. To reconstruct
plasma-electron energy distribution function, which is one of the principle characteristics