Cyclotron waves in a collisionless plasma
Plasma waves with resonances near electron cyclotron frequency investigated in long collisionless plasma column - wavelength dispersion curves and relations
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Plasma waves with resonances near electron cyclotron frequency investigated in long collisionless plasma column - wavelength dispersion curves and relations
Statistical mechanical description of scattering processes in collisionless plasmas
Collisionless mass flow of ionized gas through channel with imposed magnetic field
Dispersion relation for hydromagnetic waves in infinite collisionless plasma in static magnetic field, using numerical solutions
Perturbation technique used for approximate solutions to nonlinear hydromagnetic equations of cold collisionless plasma
Collisionless theory of plasma sheath near infinite planar electrodes, developing new sheath model incorporating microscopic boundary conditions
Potential distribution in electron-collisionless plasma in weak magnetic field
Collective effects in collisionless plasmas in laboratory in case of Vlasov-Maxwell equations with Landau damping
Numerical analysis of structure of one-dimensional unsteady magnetic compression waves propagating into collisionless plasma, using motion equations
Plane wave disturbances in infinite rotating collisionless system for wave vector normal to axis of rotation
Collisionless shock waves in plasmas with high beta parameter, discussing Alfven wave turbulence, firehose instability, dissipation and structure
Cyclotron waves in collisionless plasma column, finding three distinct waves with resonances at/near electron cyclotron frequency
Using fully kinetic simulations, we study the scaling of the inflow speed of collisionless magnetic reconnection in electron-positron plasmas from the non-relativistic to ultra-relativistic limit. In the anti-parallel configuration, the inflow speed increases with the upstream magnetization parameter sigma and approaches the speed of light when sigma is greater than O(100), leading to an enhanced reconnection rate. In all regimes, the divergence of the pressure tensor is the dominant term responsible for breaking the frozen-in condition at the x-line. The observed scaling agrees well with a simple model that accounts for the Lorentz contraction of the plasma passing through the diffusion region. The results demonstrate that the aspect ratio of the diffusion region, modified by the compression factor of proper density, remains approximately 0.1 in both the non-relativistic and relativistic limits.
Sheath near a plane electrode bounding a collisionless plasma in magnetic fields
Plasma waves between electron cyclotron frequency and upper hybrid frequency in collisionless hydrogen plasma
Limits on collisionless model of thermionic converter - volt-ampere characteristics for gaseous thermionic diodes
Density distribution cusp effect on stability in collisionless thermionic diode
Transient heat transfer through collisionless gas enclosed between parallel plates