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MAGNETIC MIRROR TRAP WITH ELECTRON-CYCLOTRON PLASMA HEATING AS A SOURCE OF MULTIPLY CHARGED IONS (REVIEWS). are well matched to the conditions of effective plasma confinement in a magnetic mirror trap when a
Theory of electron motion in combined magnetic trap under conditions of gyromagnetic autoresonance-Type magnetic trap is obtained in cases when the electron approaches the cyclotron resonance region and when
Multimode Regime of Generation of Microwave Discharge Plasma in an Open Magnetic Trap magnetic mirror (magnetic trap), in which a strongly nonequilibrium anisotropic low-temperature plasma
Properties and parameters of a electron beam injected into a mirror magnetic trap of a plasma accelerator to create a plasma bunch with moderately relativistic electron component in a mirror magnetic trap
Spatial distribution of a plasma vortex obtained under gyromagnetic resonance in the mirror magnetic trap produced under the gyromagnetic autoresonance and confined in the mirror magnetic trap have been studied
Numerical Simulation of the Spatial Structure of the Electromagnetic Field of a Microwave Discharge in a Magnetic Mirror Trap discharge in a quartz bulb placed in a cylindrical resonator the plasma of which is confined by a magnetic
Numerical simulation of the spatial structure of the electromagnetic field of microwave discharge in a magnetic trap; [Численное моделирование пространственной структуры электромагнитного поля СВЧ разряда в пробкотроне] by a magnetic trap. The cold plasma approximation was used. The cylindrical resonator is excited
Photochronological, radiographic, and modeling studies of dynamics of the development of relativistic plasma formations in the length mirror cells in the reverse magnetic field in an extended trapped in the mirror type. It has been shown that electron bunches
Specific Features of Charged Particle Confinement in the T-15 Tokamak in the Presence of Magnetic Perturbations trapped particle motion. Even in the absence of magnetic surfaces, the trajectories of trapped particles
MAGNETIC-MIRROR TRAP WITH ELECTRON-CYCLOTRON PLASMA-HEATING AS A SOURCE OF MULTIPLY CHARGED IONSMAGNETIC-MIRROR TRAP WITH ELECTRON-CYCLOTRON PLASMA-HEATING AS A SOURCE OF MULTIPLY CHARGED IONS
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