Reviews of Plasma Physics

Mechanisms of transverse conductivity and generation of self-consistent electric fields in strongly ionized magnetized plasma; V. Rozhansky.

1. Introduction

2. Conductivity tensor in partially ionized plasma

3. Main mechanisms of perpendicular conductivity in fully ionized plasma

4. Acceleration of plasma clouds in an inhomogeneous magnetic field

5. Alfven conductivity

6. Perpendicular viscosity, radial current, and radial electric field in an infinite cylinder

7. Current systems in front of a biased electrode (flush-mounted probe) and spot of emission

8. Currents in the vicinity of a biased electrode that is smaller than the ion gyroradius

9. Neoclassical perpendicular conductivity in a tokamak

10. Transverse conductivity in a reversed field pinch

11. Modeling of electric field and currents in the tokamak edge plasma

12. Mechanisms of anomalous perpendicular viscosity and viscosity-driven currents

13. Transverse conductivity in a stochastic magnetic field

14. Electric fields generated in the shielding layer between hot plasma and a solid state

Correlations and anomalous transport models; O.G. Bakunin.

1. Introduction

2. Turbulent diffusion and transport

3. Non-local effects and diffusion equations

4. The Corrsin conjecture

5. Effects of seed diffusivity

6. The diffusive tracer equation and averaging

7. The quasi-linear approximation

8. The diffusive renormalization

9. Anomalous transport and convective cells

10. Stochastic instability and transport

11. Fractal conceptions and turbulence

12. Percolation and scalings

13. Percolation and turbulent transport scalings

14. The temporal hierarchy of scales and correlations

15. The stochastic magnetic field and percolation transport

16. Percolation in drift flows

17. Multiscale flows

18. Subdiffusion and traps

19. Continuous time random walks

20. Fractional differential equations and