Table Of Content

JOURNAL OF PLASMA PuysIcs VOLUME 47 1992 INDEX ABDEL-GAawaD, H.I. On the continuity equation for electrons in microwave-afterglow plasmas, 193 AvinasH, K. See BHATTACHARYYA, S. N. and Avrnasu, K. BABOOLAL, S. See Mace, R. L., HELLBERG, M. A., BHARUTHRAM, R. and BABOOoLAL, S. BALLESTEROS, J. See DeNGRA, A. and BALLESTEROS, J. Buakta, J.C. See Roy, P.C. and Buaxta, J.C. BHARUTHRAM, R. See Mace, R. L., HELLBERG, M. A., BHARUTHRAM, R. and BABOOLAL, S. BHATTACHARYYA, 8. N. and Avinasu, K. Toroidal equilibrium of a non-neutral plasma with toroidal current, inertia and pressure, 349 Brro, T. and RONNMARK, K. Phase-space description of plasma waves. Part 1. Linear theory, 465 Brro, T. See RONNMARK, K. and Biro, T. Buti, B. See Veruesst, F. and Butt, B. Butt, B. Solitary Alfvén waves in inhomogeneous streaming plasma, 39 Cay, P.S. See Zorzan, C. and Catty, P. S. CEerRRATO, Y. See Saiz, E., GUTIERREZ, J. and CerRRATO, Y. : Ciccont, G. Nonlinear electromagnetic waves in an inhomogeneous plasma, 1 Denera, A. and BALLESTEROS, J. Surface-wave—particle interactions in a cylindrical plasma, 389 DosprowoLny, M. and Metcuioni, E. Expansion of a polarized source into an ambient plasma, 111 Epwin, P. M. See Murawsk1, K. and Epwin, P. M. E.vsi&n, R. Kinetic theory for MHD-wave coupling coefficients, 361 Frputenko, E. A. and Lapsutin, V. 1. The temporal helicon-wave echo in a plasma with steepened density profile, 431 GUTIERREZ, J. See Saiz, E., GUTIERREZ, J. and CerRRATO, Y. GUTIERREZ-TaPIA, C. R. Effects on electrostatic fields excited by radio-frequency waves in a bounded plasma due to ponderomotive force, 271 HeLANDER, P. and Lisak, M. Effects of trapped alpha particles on internal kink modes in tokamaks, 281 HEeLiLBerG, M. A. See Mace, R. L., HELLBERG, M. A., BHARUTHRAM, R. and BABOOLAL, S. IyenacaR, A. N.S. See Kar, C., Masumpar, S. K. and Ivenear, A. N.S. Kar, C., Masumpar, 8. K. and Ivenear, A. N.S. Stabilisation of collisional drift waves by kinetic Alfvén waves, 249 Kaw, P. K. See Ratu, S. and Kaw, P. K. KENNEL, C. F. See Wu, C. C. and KENNEL, C. F. KERNER, W. See Poepts, 8S. and KERNER, W. 534 Index Kim, S. H. Classical free-electron lasing in an undulating electrostatic field in the axial direction, 197 Kim, 8. H. Free-electron lasing in the wake field of an elliptical pill-box cavity, 219 Kim, 8S. H. Relativistic quantum kinetic theory of stimulated bremsstrahlung of an axial vacuum mode by an electron beam travelling in a uniform magnetic field, 505 Krasovsky, V. L. The propagation of a plasma wave with trapped particles in a weakly inhomogeneous plasma, 235 Laine, E. W. See Stewart, G. A. and Larne, E. W. LAPSHIN, V. I. See FeEpUTENKO, E. A. and Lapsuin, V. I. Lisak, M. See HELANDER, P. and Lisak, M. Macr, R. L., HeLtipere, M. A., BHARUTHRAM, R. and BaBoo.aL, 8. Electron—acoustic solitons in a weakly-relativistic plasma, 61 Masumpar, 8. K. See Kar, C., Masumpar, 8. K. and Iyenear, A. N.S. McGoway, A. D. and Sanprrson, J. J. On the relaxation of non-thermal plasmas, 373 MeEtcuion!, E. See Doprowo ny, M. and Me.cuionl, E. Meng, Z., THORNE, R. M. and Summers, D. Ion-acoustic wave instability driven by drifting electrons in a generalized Lorentzian distribution, 445 Murawsk!i, K. and Epwin, P.M. The Zakharov—Kuznetsov equation for nonlinear ion—acoustic waves, 75 Porepts, 8. and KeERNER, W. Time-scales and efficiency of resonant absorption in periodically driven resistive plasmas, 139 Ratu, 8. and Kaw, P. K. Nonlinear drift phase-space structures, 401 ROnnMARK, K. See Brro, T. and RONNMaRK, K. RONNMARK, K. and Brro, T. Phase-space description of plasma waves. Part 2. Nonlinear theory, 479. Roy, P. C. and Buaxta, J. C. Effect of finite spectral width on the modulational instability of Alfvén waves, 521 RupERMAN, M.S. Long nonlinear axisymmetric surface-wave propagation in a magnetic tube, 175 SaBzZEvaRI, B. The transformation of plasma equations to normal form in mode conversion theory, 49 Saiz, E., GUTIERREZ, J. and Cerrato, Y. An inhomogeneous plasma equilibrium : asymptotic self-similar solutions, 491 SALEEM, H. and Yu, M. Y. Drift-dissipative instability of the electromagnetic convection mode in a low-temperature plasma, 439 SANDERSON, J. J. See McGowan, A. D. and SANDERSON, J. J. SazHIN, 8.8., Sumner, A. E. and Teme, N. M. Relativistic and non-relativistic analysis of whistler-mode waves in a hot anisotropic plasma, 163 Stewart, G. A. and Laine, E. W. Wave propagation in equal-mass plasmas, 295 Summers, D. See Menec, Z., THORNE, R. M. and Summers. D. Sumner, A. E. See Sazuin, 8. S., Sumner, A. E. and Temnge, N. M. Tacucut, M. Poloidal electric field due to electron-cyclotron resonance heating in tokamaks, 261 Index TemME, N. M. See Sazutn, 8. 8S., Sumner, A E. and Teme, N. M. THORNE, R. M. See Mena, Z., TuorneE, R. M. and Summers, D. VeRHEEST, F. and Burr, B. Parallel solitary Alfvén waves in warm multi-species beam- plasma systems, 15 VERHEEST, F. Parallel solitary Alfvén waves in warm multi-species beam-plasma systems. Part 2. Anistropic pressures, 25 Wv, C.C. and Kennet, C.F. Evolution of small-ampiitude intermediate shocks in a dissipative and dispersive system, 85 Yu, M. Y. See Sateem, H. and Yu, M. Y. ZORZAN, C. and Catiy, P. 8. Resonant structures within incompressible ideal MHD, 321