# Square grid state in dielectric barrier discharge system

## Related Articles

- Potential of a dielectric particle in a flow of a collisionless plasma. Ivlev, A.V.; Morfill, G.; Fortov, V.E. // Physics of Plasmas;May99, Vol. 6 Issue 5, p1415
Shows that the charge distribution on the surface of a dielectric particle immersed in a supersonic plasma flow is strongly in homogeneous. Appearance of a large dipole moment; Dependences of both the charge and dipole moment of the particle on the drift velocity of the ambient plasma;...

- A simulation study of the AlfvÃ©n ion-cyclotron instability in high-beta plasmas. Ambrosiano, John; Brecht, Stephen H. // Physics of Fluids (00319171);Jan87, Vol. 30 Issue 1, p108
A one-dimensional electromagnetic particle-in-cell (PIC) model is used to investigate the AlfvÃ©n ion-cyclotron (AIC) instability in high-Î² plasmas with large ion temperature anisotropies. The simulation results are compared with linear and quasilinear theory. Nonlinear effects, such as the...

- Simulation study of HL-2A-like plasma using integrated predictive modeling code. Poolyarat, N.; Onjun, T.; Promping, J. // Plasma Physics Reports;Nov2009, Vol. 35 Issue 11, p987
Self-consistent simulations of HL-2A-like plasma are carried out using 1.5D BALDUR integrated predictive modeling code. In these simulations, the core transport is predicted using the combination of Multi-mode (MMM95) anomalous core transport model and NCLASS neoclassical transport model. The...

- A topological approach to the problem of charged particle trajectories in a toroidal... Doloc, C. M.; Martin, G. // Physics of Plasmas;Oct95, Vol. 2 Issue 10, p3655
Proposes a method for solving the general problem of Charged Particle Orbits in an axisymmetric toroidal configuration. Classification of the toroidal properties of the trajectories; Confinement of the energetic orbits into the plasma; Application of the method to charged fusion products and...

- Computer experiments on dynamical cloud and space time fluctuations in one-dimensional meta... Rouet, J.L.; Feix, M.R. // Physics of Plasmas;Jul96, Vol. 3 Issue 7, p2538
Focuses on the test particle picture that is a central theory of weakly correlated plasma. Importance of the extension of the theory to meta-equilibrium distributions; General dynamical Debye cloud for any test particle velocity; Simulations of a one-dimensional two-component plasma.

- A fully kinetic, self-consistent particle simulation model of the collisionless plasma—sheath region. Procassini, R. J.; Birdsall, C. K.; Morse, E. C. // Physics of Fluids B: Plasma Physics;Dec90, Vol. 2 Issue 12, p3191
A fully kinetic particle-in-cell (PIC) model is used to self-consistently determine the steady-state potential profile in a collisionless plasma that contacts a floating, absorbing boundary. To balance the flow of particles to the wall, a distributed source region is used to inject particles...

- Vacuum—plasma boundary helicity injection. Barrow, B. J.; Goldenbaum, G. C. // Physics of Fluids B: Plasma Physics;Aug92, Vol. 4 Issue 8, p2577
The magnetic helicity inside a volume enclosed by a conducting boundary with electrodes inserted through insulator gaps has been measured. By comparing the measured time dependence of the helicity with predictions of a numerical simulation and analytic theory, the importance of the insulator...

- Energetic particle stabilization of the interchange mode in helically symmetric plasmas. Zheng, L.-J.; Tsai, S.-T. // Physics of Fluids B: Plasma Physics;Oct92, Vol. 4 Issue 10, p3329
The ELMO snaky torus concept [Furth and Boozer (private communication, 1983)] is investigated in a helically symmetric model with low beta and large aspect ratio (the curvature radius of the magnetic axis over the plasma radius). The equilibria are obtained by expansions in the inverse aspect...

- Trapped particle dynamics in toroidally rotating plasmas. Hahm, T. S. // Physics of Fluids B: Plasma Physics;Dec92, Vol. 4 Issue 12, p4046
A detailed single particle orbit analysis in toroidally rotating plasma yields new analytical formulas for the second adiabatic invariant, the bounce frequency, and the precession frequency up to the first-order correction in Ïpi (poloidal ion gyroradius)/Lv (scale length of rotation...