@Article{fisch85a,
  author =       {Nathaniel J. Fisch and Charles F. F. Karney},
  title =        {Conversion of Wave Energy to Magnetic Field Energy in
                  a Plasma Torus},
  journal =      {Phys. Rev. Lett.},
  volume =       54,
  number =       9,
  pages =        {897-900},
  month =        mar,
  day =          4,
  year =         1985,
  reprint =      {prl85},
  preprint =     {Princeton Univ. Rept. \eref{PPPL-2132}{PPPL--2132}
                  (Aug. 1984) 13 pp.},
  opreprint =    {Current Ramp-up by RF Waves in a Tokamak},
  doi =          {10.1103/PhysRevLett.54.897},
  abstract =     {The circuit equations for current drive are derived by
                  the finding of appropriate response functions in the
                  presence of an electric field.  The effect of
                  arbitrary wave-induced fluxes on runaway production
                  and current generation can then be determined.  An
                  interpretation of recent remarkable experiments is now
                  possible, and the favorable results appear to scale to
                  reactor-grade devices.},
  oabstract =    {The circuit equations for current drive in a start-up
                  or ramp-up plasma are derived by the finding of
                  appropriate response functions in the presence of an
                  electric field.  The effect of arbitrary wave-induced
                  fluxes on runaway production and current generation
                  can then be determined.  An interpretation of the
                  rather remarkable PLT ramp-up efficiencies, difficult
                  to explain using the steady-state efficiency, is now
                  possible.  A parameter regime, available also on
                  reactor-grade devices, is identified wherein quick
                  ramp-up by lower-hybrid waves may be efficient.}
}