In the TORTUR Tokamak (R= 0.46 m, a-0.085 m, BT= 2.9 T, I p< or= 55 kA, T e approximately=
T i< or= 1 keV, n< or= 10 20 m-3, Zeff (imp)< 2) plasmas are heated by current driven …

The profiles of the first three Balmer lines of hydrogen are measured in a turbulent heating
experiment. From the position of Stark satellites the field strength of low frequency oscillations …

Low-frequency density fluctuations in the outer region of the TORTUR Tokamak are observed
by microwave scattering. The frequency spectrum, measured for a fixed wave vector, is …

The determination of space-and time-resolved ion energy distributions using energetic
neutral probing beams is discussed critically. A prescription is given for the energy range …

Research on plasma heating in linear and toroidal systems using current-driven turbulence
is reviewed. The motivation for this research is presented. Relations between parameters …

The Turbulently Heated Tokamak (TORTURE) at Jutphaas is expected to be iready for
commissioning'in June 1974. This device will demonstrate whether or not efficient turbulent …

The release of molecular hydrogen adsorbed on surfaces exposed to the radiation of a discharge
may pose a problem, the severity of which will be determined by the relative strength of …

In this report the possibility of heating a plasma (density n= 1020 m~ 3) in a tokamak-type
toroidal machine to ignition temperatures (T* T. s 10 keV) by means of strong turbulence …

Low energetic neutral hydrogen atoms that are released from wall and limiters of a tokamak
as well as Franck-Condon neutrals may undergo charge exchange with plasma ions. The …

In the TORTUR tokamak (R=0.46 m, a=0.085 m, B{sub T}<2.9 T, Z{sub eff}<2) plasmas are
produced by currents up to 55 kA during about 40 ms. By the application of elevated loop …