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| Krall N., Trivelpiece A. — Principles of Plasma Physics |
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| Предметный указатель |
Drummond, W.E. 505 514 554 589 605
Duechs, D.F. 655
Dunlap, J.L. 658
Dupree, T.H. 367 599 600 654
Dynamic pinch 42—45 123—128
Dynamic pinch, definition of 100
Dynamic pinch, magnetic probes used in 48—49
Dynamic pinch, schematic of 43
Eastlund, B.J. 54
ECHOES, Echoes, echoes 539—549
Eldridge, O.C. 657
Electric fluctuations 563—567
Electric fluctuations in maxwellian plasma,  567
Electric fluctuations in nonmaxwellian plasma 568—570
Electric fluctuations of wavelength  , 567
Electric fluctuations of wavelength  , 566
Electric fluctuations when  568
Electromagnetic waves, circularly polarized 183
Electromagnetic waves, coordinate system used in analysis of 180
Electromagnetic waves, cyclotron 410
Electromagnetic waves, drift 211—213 see
Electromagnetic waves, energy distribution in 150
Electromagnetic waves, energy transport of 149
Electromagnetic waves, group velocity of 149
Electromagnetic waves, incident on magnetized plasma 191
Electromagnetic waves, particle motion in 618—621
Electromagnetic waves, phase velocity of 149
Electromagnetic waves, phase velocity of,  417
Electromagnetic waves, phase velocity of,  417—418
Electromagnetic waves, propagating at arbitrary angle with respect to phase velocity of 149
Electromagnetic waves, propagating parallel to equilibrium magnetic field in a magnetized hot plasma 414—417
Electromagnetic waves, propagating perpendicular to equilibrium magnetic field in hot magnetized plasma-the Bernstein modes 407—413
Electromagnetic waves, reflection from a plasma boundary 151—152
Electromagnetic waves, small Larmor radius limit 499
Electromagnetic waves, stability of isotropic distributions, Nyquist method 485—487
Electromagnetic waves, Vlasov theory of small-amplitude waves in field-free plasma equilibrium 398—402
Electromagnetic waves, zero density limit 150
Electromagnetic waves, zero temperature limit 500
Electron gas, magnetically confined 116—118
Electron trapping in single plasma wave 536—539
Electrostatic approximation 372
Electrostatic waves see "Langmuir oscillations"
Ellis, R.E. 53 273
Ellis, W.R. 657
ELMO device 36
Elmore, W.C. 505
Elsasser, W. 656
Emde, F. 631
Energy distribution in electromagnetic waves 150
Energy principle 251—257
Energy principle, analysis, stability of plane plasma-magnetic field interface 257—261
Energy principle, analysis, stability of self-confined plasma ( only) 261—263
Energy transport by electromagnetic waves 149
Englemann, F. 437 514
Equation of state 65—66 96—97
Equation of state, required to close CGL or double-adiabatic theory 120
Equation of state, required to close CGL or double-adiabatic theory, revealed by Vlasov theory 386
Equations of motion 608
Equilibrium 3
Equilibrium of inhomogeneous magnetized plasma 420—427
Equilibrium of inhomogeneous magnetized plasma, nonuniform density 420—421
Equilibrium of inhomogeneous magnetized plasma, nonuniform parallel temperature 421
Equilibrium of inhomogeneous magnetized plasma, nonuniform perpendicular temperature 421
Equilibrium, "metaequilibrium" 3
Equilibrium, "metaequilibrium", Vlasov, stability of 364—366
Equilibrium, bibliography 657—658
Equilibrium, dispersion relation for waves in general plasma equilibrium 395—398
Equilibrium, exponential variations of plasma density 248—249
Equilibrium, field-free, solution of linearized Vlasov equations for electrostatic perturbations of 371—375
Equilibrium, field-free, Vlasov small-amplitude waves in 398—402
Equilibrium, gentle-bump distribution function 527
Equilibrium, neutrally stable 216
Equilibrium, pinch 100—103 127—128
Equilibrium, problem described 217—218
Equilibrium, solutions of Vlasov equation 361—364
Equilibrium, stable 216
Equilibrium, unstable 216
Etievant, C. 659
Eubank, H. 655
Eviator, A. 573
Extraordinary mode 409
Faraday generators 342
Faraday rotation 184—186 201
Feix, M.R. 437 657
Felderhof, B.U. 348 367
Feshbach, H. 631 637
Fessenden, T.J. 657
Field, E.C. 654
Field, L.M. 29
Finite Larmor radius (FLR), magnetohydrodynamics 97
Finite Larmor radius limit 499
Fluctuation energy, bounds on 508—509
Fluctuations 556—605 see
Fluctuations, electromagnetic 573—575
Fluid equations 66—67 70—74 92
Fluid models, bibliography 656
Fluid waves versus Vlasov waves 437—439
Flux of particles 83
Flux, heat 83
Flux, tube, example 234—241
Fokker — Planck theory 599—604
Fokker — Planck theory for transport in fully ionized plasma 295—300
Forman, P.R. 657
Forsen, H.K. 658
Fowler, T.K. 54 449 505 507 511
Fraas, A.P. 41
Fredricks, R.N. 659
Free energy 63—65 445
Free-diffusion coefficient 21
Free-streaming term 392
Fried, B.D. 431 478 489 505 654
Friedberg, J.P. 657
Friedman, M. 654
Frieman, E.A. 70 256 505 568 656
Frozen field lines 105—106
Furth, H.P. 286 495 496 505 655
Fusion see "Controlled thermonuclear fusion"
Galeev, A.A. 554 555 655
Gardner's theorem 445—449
Gardner, C.S. 445 448
Gartenhaus, S. 441
Gauss's theorem 637
Gavrin, P.P. 654
Gentle, K.W. 554
Gentle-bump instability 458—463
Gentle-bump instability in quasilinear theory 527—532
Gentle-bump instability, distribution function 527
Getty, W.D. 26
Gibbs distribution 58—60 79
Gibbs distribution, free energy for 64
Gibbs ensemble 2
Gibson, A. 278
Gibson, G. 268
Gilleland, J.R. 658
Ginzburg, V.L. 214 592
Glasstone, S. 18 44
Goldberger, M.L. 119 505
Goldenbaum, G.C. 654 655
Goldman, L.M. 658
Goldstein, H. 630
Gott, Yu.V. 258 269
Gottlieb, M.B. 658
Gough, W.C. 54
Gould, R.W. 29 161 166 167 171 176 205 206 395 478 539 541 547—549
Grad, H. 656 658
Green, H.S. 59 128 360 367 605
Green, J.L. 576
Greene, J.M. 432
Greenwood, J.R. 658
Grek, B. 658
| Griem, H.R. 26 42 51 511 554 599 605
Gross, E. R 317
Gross, R. 157
Grove, D.J. 658
Guest, G.E. 655 659
Guiding center 8
Guiding center, drift speed for weak gradients 9
Gyro radius see "Larmor radius"
Haber, I. 490—492 505 657
Haberstich, A. 657
Haerendel, G. 54
Hain, G. 656
Hain, K. 655 656
Hall coefficient 340
Hall current 331
Hall generators 342
Hall term 331
Hamasaki, S. 600
Hamberger, S.M. 654
Hammer, C.F. 657
Hammer, D.A. 490—492 505 657
Hans, R.J.B. 655
Hardcastle, R.A. 655
Harder, C.R. 657
Harris, E.G. 497 505 659
Harris, H.W. 657
Hartell, E.R. 657
Hartman, G.W. 657
Hasegawa, A. 655
Haught, A.F. 26 39
Heald, M.A. 42 153 156 214
Heibenstreit, W.B. 227
Helmer, J.C. 26
Helmholtz energy 63—65 445
Hendel, A.W. 511
Hess, W.M. 115
Hester, R.E. 657
High-frequency waves see also "Waves"
High-frequency waves, that propagate parallel to magnetic Held in cold magnetized plasma 182—184
High-frequency waves, that propagate perpendicular to magnetic field in cold magnetized plasma 197—199
Hintz, E. 655
Hirsch, R.L. 658
Hirshfield, J. 590
Hoh, F.C. 656
Holmes, L.S. 655
Hooper, E.B., Jr. 658
Hosea, J.C. 658
Hothker, K. 655
Huddlestone, R.H. 42 46 49 53 153 605
Hugill, J. 278
Humphries, S. 657
Hurwitz, H., Jr. 655
Hydromagnetic models, bibliography 656
Iiyoshi, A. 655
Impurity radiation see "Radiation"
Incompressibility, as a plasma property 109—110
Infinite conductivity limit 100
Instability see "Stability"
Intermediate frequency waves, propagating parallel to  in cold magnetized plasma 191—192
Intermediate frequency waves, propagating perpendicular to in cold magnetized plasma 199—200
Ioffe bars 270
Ioffe, M.S. 258 269 286
Ion line 585—586
Ion-acoustic instability 476—478
Ion-acoustic waves 106—109 400—401
Ion-acoustic waves, energy in 147
Ion-acoustic waves, isothermal characteristic of 146—147
Ion-acoustic waves, modification of, by density gradient 210
Ion-acoustic waves, solitary and shock 110—115
Ion-acoustic waves, Vlasov theory of 383—391
Ionosphere 2
Ionosphere, backscattering of radar from 576
Ionosphere, electric field in 73—74
Ise, J., Jr. 658
Iskol'dskii, A. 654
Isobaric surfaces 98—100
Isothermal atmosphere 104
Isothermal compression 109
Jahnke, E. 631
Jahoda, F.C. 657
Jancel, R. 214 348
Jeffreys, H. 631
Jensen, T. 480
Jepsen, R.L. 26
Jernigan, T.C. 658
Johnson, J.L. 658
Johnston, T.W. 128 214
Jones, W.D. 655
Jordan, W. 268
Jory, H.R. 620
Judd, D. 269 295 348
Kadomtsev, B.B. 257 286 511 554 555
Kahan, T. 214 348
Kapetanakos, C.A. 117
Karr, H.J. 657
Kaufman, A.N. 505
Kawamura, T. 654
Keilhacker, M. 654
Kelley, G.G. 479
Kellog, P.J. 656
Kennel, C.F. 655 659
Kerst, D.W. 658
Kilb, R. 655
kinetic energy density 141—142
Kinetic equation 82
Kinetic equation for collisional relaxation of a plasma 599—605
Kinetic equation in first order 359—360
Kinetic equation in zero order 358—359
Kinetic equation, momentum transfer in 86—88
Kinetic equation, properties, to order g 366—367
Kinetic power flow 140—142
Kirchhoff's law 572 591—595
Kirchhoff's law and emission of radiation from a plasma 588—590
Kirkwood, J.G. 360 367 605
Kittel, C. 77
Klarfeld, B. 29
Klimontovich — Dupree equation 351
Klimontovich, Yu.L. 367 600 605
Knechtli, R. C 33
Knorr, G. 656
Kolb, A.C. 26
Koopendorfer, W. 656
Kornherr, M. 654
Kovrizhnikh, L.M. 656
Krall, N.A. 51 110 128 130 187 214 425 427 438 441 505 555 657
Krook model 316—317
Krook, M. 317
Kruskal — Shafranov condition 251 279
Kruskal, M.D. 256 432 627 658
Kudryavtsev, V.S. 589
Kulsrud, R.M. 256 505 627
Kunkel, W.B. 89 286 348
Kunze, H.-J. 53 576 588 606
Kurtmullaev, P. 654
Lagrangian displacement used to express small deviation from equilibrium state 251—252
Landau contour 376
Landau damping 12 387
Landau damping in quasilinear theory 520—527
Landau damping, bibliography 657
Landau damping, general eigenvalues of D (k,  ) = 0 for weak damping or growth 388—389
Landau damping, nonlinear 553
Landau damping, Vlasov theory of 383—391
Landau, L.D. 60 64 110 139 215 376 387
Langdon, A.B. 656
Langmuir oscillations 9 11—12 133—143 167—168 383—388 400 see
Langmuir oscillations in dispersive system 171
Langmuir oscillations in one-dimensional drifting plasma 136—143
Langmuir oscillations in warm plasma 143—147
Langmuir oscillations in warm plasma, collisionless 146
Langmuir oscillations, bibliography 658—659
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