1. Description of turbulent convection in a plasma with the help of interacting Lorentz oscillators

   • M. V. Ossipenko
   • S. V. Tsaun

   Tokamaks Pages: 465 - 476

2. Feedback suppression of resistive wall modes in a tokamak

   • A. B. Mikhailovskii
   • V. D. Pustovitov

   Tokamaks Pages: 477 - 483

3. Pressure profiles of a plasma confined by the magnetic field of a ring current

   • P. A. Popovich
   • V. D. Shafranov

   Magnetic Confinement Systems Pages: 484 - 492

4. Magnetohydrodynamics of a weakly ionized plasma: Ambipolar magnetic diffusion and shock front structure

   • I. V. Sokolov
   • J. I. Sakai

   Plasma Dynamics Pages: 493 - 501

5. Simulation of the formation of accelerating structures and ion acceleration in the collision of magnetosonic shock waves

   • G. N. Dudkin
   • B. A. Nechaev
   • V. N. Padalko

   Plasma Dynamics Pages: 502 - 506

6. Ion-acoustic “Houston's horse” effect

   • V. A. Pavlov

   Plasma Dynamics Pages: 507 - 511

7. Ion Larmor radius effects in collisionless reconnection

   • D. Grasso
   • F. Califano
   • F. Porcelli

   Plasma Instabilities Pages: 512 - 518

8. Multiparticle nature of collisions in plasma and a unique feature of Coulomb interaction

   • S. N. Gordienko

   Plasma Kinetics Pages: 519 - 528

9. Adiabatic separation of motions and reduced MHD equations

   • V. P. Pastukhov

   Magnetic Hydrodynamics Pages: 529 - 538