@Article{kritz81,
  author =       {Arnold H. Kritz and Nathaniel J. Fisch and
                  Charles F. F. Karney},
  title =        {Effect of Resonance Broadening on the Evolution of the
                  Edge of a Turbulent Spectrum},
  journal =      {Phys. Fluids},
  volume =       24,
  number =       3,
  pages =        {504-508},
  month =        mar,
  year =         1981,
  reprint =      {pf81c},
  preprint =     {Princeton Univ. Rept. \eref{PPPL-1699}{PPPL--1699}
                  (June 1980) 20 pp.},
  doi =          {10.1063/1.863397},
  abstract =     {The extent to which nonlinear wave-particle resonance
                  broadening results in a narrowing of an incident
                  lower-hybrid wave spectrum is investigated.  This
                  narrowing is of concern because it could make control
                  of lower-hybrid heating difficult.  It is shown
                  numerically, however, that relatively uniform spatial
                  power deposition occurs if resonance broadening
                  effects are treated consistently on both the wave
                  spectrum and the particle distribution.}
}