Physics of Plasmas Close to Thermonuclear Conditions

Group Photograph

Welcome Address

Introductory Talk

Transport Phenomena

Neo-Classical Impurity Transport

An Empirical Approach to Tokamak Transport

Particle Transport in Magnetically Confined Plasmas

Collisional Transport in Tandem Mirrors

Anomalous Transport in Mirror Systems

Equilibria and Stability

Tearing Modes in Tokamaks

Impurity-Driven Rippling Modes in Tokamaks

Nonlinear Behavior of Tearing Modes

Disruptive Processes in Tokamaks

What is the Minimum Value of the Safety Factor on the Magnetic Axis?

Magnetohydrodynamic Equilibria

Alpha-Particles

Alpha-Particles in Tokamaks

Effects of Strong Deviation from Maxwellian Distribution

Heating

Ignition with Lower Hybrid Heating

Very Low Frequency Heating

Electron Cyclotron Resonance Heating of High Temperature Plasmas

Global Properties of Ohmically-Heated Reversed-Field Pinches

Compressional Heating

The Neutral Injection Heating of Toroidal Plasmas to Ignition

Energy Deposition Profiles in Fast Neutral Injection Experiments

Radiation

Radiation in Thermonuclear Regime

Ionisation, Recombination and Radiation Barriers

Impurity Problems and Refuelling

Introduction of Impurities Due to Plasma-Wall Interaction

Plasma-Wall Interaction and the Processes Determining the Hydrogen Particle Balance

Particle Refuelling

Codes

Computer Models for Fusion Plasmas

Mathematical and Technical Problems Involved in Codes for Plasmas in Toroidal Devices

Contents of Volume II