# Kinetic driven turbulence: Structure in space and time

## Related Articles

- Two Dimensional Inhomogeneous Magnetic Electron Drift Modes. Shaikh, Dastgeer; Eliasson, Bengt; Shukla, P. K. // AIP Conference Proceedings;11/10/2009, Vol. 1188 Issue 1, p168
We present simulations of the magnetic electron drift vortex (MEDV) mode turbulence in a magnetoplasma in the presence of inhomogeneities in the plasma temperature and density, as well as in the external magnetic field. The study shows that the influence of the magnetic field in-homogeneity is...

- Raman spectroscopy of magnetoplasma excitations in a system of two-dimensional electrons in inclined and parallel magnetic fields. Kirpichev, V. E.; Kukushkin, I. V.; Shepel’, B. N.; von Klitzing, K.; Eberl, K. // JETP Letters;6/25/96, Vol. 63 Issue 12, p1031
The dispersion of magnetoplasma excitations of two-dimensional electrons in oblique and parallel magnetic fields is investigated by the method of Raman scattering of light. The inclination of the field is used to distinguish the signals due to volume hot luminescence from the signals due to...

- Distribution of particle velocity perpendicular to magnetic field in turbulent plasma. Fujisawa, A. // Physics of Fluids B: Plasma Physics;May93, Vol. 5 Issue 5, p1482
In a turbulent magnetized plasma a relationship between velocity distribution of particles and its stochastic electric field is studied by solving the equation of motion both analytically and numerically. The distribution of velocity perpendicular to magnetic field direction is shown to be...

- Numerical simulations of ion temperature gradient-driven turbulence. Ottaviani, M.; Romanelli, F.; Benzi, R.; Briscolini, M.; Santangelo, P.; Succi, S. // Physics of Fluids B: Plasma Physics;Jan90, Vol. 2 Issue 1, p67
High resolution numerical simulations of plasma turbulence driven by ion temperature gradients in the presence of magnetic field inhomogeneities have been performed with special attention to the behavior of the anomalous ion energy flux. The pressure gradient evolution is treated consistently...

- Secondary instabilities of large scale flow and magnetic field in the electromagnetic short wavelength drift-AlfveÂ´n wave turbulence. Smolyakov, A.; Diamond, P.; Kishimoto, Y. // Physics of Plasmas;Sep2002, Vol. 9 Issue 9, p3826
It is shown that the short wavelength (kÂ²[sub âŠ¥]ÏÂ²[sub i] > 1, k[sub âŠ¥] is the characteristic wave vector, and Ï[sub i] is the ion Larmor radius) electromagnetic drift wave turbulence in typical conditions is unstable with respect to the excitation of large scale...

- Bounce averaged trapped electron fluid equations for plasma turbulence... Beer, M.A.; Hammett, G.W. // Physics of Plasmas;Nov96, Vol. 3 Issue 11, p4018
Develops a novel set of nonlinear fluid equations for mirror-trapped electrons. Trapped-fluid moments; Retention of the full pitch angle dependence of the trapped electron dynamics; Inclusion of the effects of collisionless wave-particle resonances with the toroidal precession drift.

- Interaction of plasma vortices with resonant particles. Jovanovic, D.; Pécseli, H. L.; Rasmussen, J. Juul // Physics of Fluids B: Plasma Physics;Sep90, Vol. 2 Issue 9, p2035
Kinetic effects associated with the electron motion along magnetic field lines in low-beta plasmas are studied. Using the gyrokinetic description of electrons, a kinetic analog of the reduced magnetohydrodynamic equations is derived, and it is shown that in the strongly nonlinear regime they...

- Self-similar magnetic field penetration of a homogeneous collisionless plasma due to electron velocity advection. Oliver, B. V.; Rudakov, L. I.; Mason, R. J.; Auer, P. L. // Physics of Fluids B: Plasma Physics;Feb92, Vol. 4 Issue 2, p294
The velocity advection, me(veÂ·âˆ‡)ve, terms in the momentum equation for electrons in a collisionless plasma are shown to introduce an effective resistivity on the currents drawn from a bounding cathode. This leads to nonlinear diffusive penetration of an externally driven magnetic field,...

- Assymetry and thermal effects due to parallel motion of electrons in collisionless magnetic... Tanaka, Motohiko // Physics of Plasmas;Nov96, Vol. 3 Issue 11, p4010
Shows that the asymmetric solution arising from compressibility of the plasma bulk flow is a natural solution of the collisionless coalescence process of the flux loops under the ambient magnetic field. Analysis of the parallel motion of electrons induced by the connecting electric field;...