Book Description

Rotating magnetic field current drive and its application in the rotamak: principles; Rotating magnetic field current drive and its application in the rotamak: experimental aspects; Tearing modes in tokamak plasma; Studies of the global properties of tokamak plasma by resonant helical field; Field reversed configuration experiment in the toroide compacto-I; Technology of a small plasma focus incorporating: some experiences with the UNU/ICTP PFF; Pulse technology; Pulsed power technology for pinch research; Optical diagnostics for plasma focus devices; Electric probes and new method; Multiframe holographic interferometry for transient plasma diagnostics; An evaluation of a 3.3 kJ plasma focus for pulsed neutron activation; Study of insulator sleeve and ceilingeffect in mather type plasma focus; Magnetic field and current field distribution profiles in 3.6 kJ UNU/ICTP plasma focus fusion device; A current-stepping technique to enhance pinch compression: an experimental study; Studies on the operational modes of a low energy vacuum spark; Design criteria and performance of electrostatic lens system for acceleration and deceleration of low energy ion beam from duoplasmatron source; Preparation of cesium covered tungsten surface required for particle diagnostic in plasma experiment; Anomalous particle diffusion through a magnetic picket fence; Dimensionality of fluctuations in TBR-1; Heat transport formula in strongly at University of Malaya.