@InProceedings{taylor89,
  author =       {Gary Taylor and Cris W. Barnes and Bastiaan J. Braams
                  and Alfred J. Cavallo and Phillip C. Efthimion and
                  Charles F. F. Karney and S. Tamor and
                  Michael C. Zarnstorff and Stewart J. Zweben},
  title =        {Non-Thermal Electron Cyclotron Emission from {TFTR}
                  Supershot Plasmas},
  booktitle =    {Controlled Fusion and Plasma Physics},
  pages =        {31-34},
  year =         1989,
  editor =       {S. Segre and H. Knoepfel and E. Sindoni},
  volume =       {13B, part I},
  series =       {Europhysics Conference Abstracts},
  publisher =    {European Physical Society},
  note =         {Sixteenth European Conf., Venice, Italy, Mar. 13--17
                  1989, paper P2-A1-2},
  abstract =     {The Ohmic targets of Supershot plasmas in the Tokamak
                  Fusion Test Reactor (TFTR) are often characterized by
                  the presence of non-thermal electron cyclotron
                  emission(ECE) from a runaway or slideaway electron
                  population.  However in the 100–150 msec after
                  the start of neutral beam injection (NBI) this
                  non-thermal ECE decays away as the electron density
                  rises and the loop voltage drops.  After this usual
                  slideaway-induced, non-thermal ECE is quenched a new
                  non-thermal feature develops at frequencies just below
                  both the optically thick, thermal emission of the ECE
                  fundamental ordinary mode, and the second harmonic
                  extraordinary mode.  This paper presents an analysis
                  of the ECE data which indicates a possible source of
                  this non-thermal emission feature.  In addition,
                  correlation of the peak intensity of the non-thermal
                  feature with various plasma parameters for 130 TFTR
                  discharges from 1988 provides some clues toward
                  identifying possible physical conditions which give
                  rise to the feature.}
}