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| Авторизация |
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| Поиск по указателям |
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| Davidson R.C. — Theory of Nonneutral Plasmas |
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| Предметный указатель |
Prestwich, K.R. 2(38) 126(38) 180
Putnam, S.D. 2(52 54) 181
Rashevskii, V.P. 2(16) 141(16) 779
Rechen, J.B. 2(10 13 14) 141(10 13 14) 178
Reiser, M.P. 2(20 21 23 24) 141(20 21 23 24) 7 797
Relativistic beam-plasma interaction see “Relativistic two-stream instability”
Relativistic diamagnetic equilibria 25
Relativistic E layers 113
Relativistic E layers, field reversal 121 125
Relativistic E layers, Vlasov equilibrium with diffnse radial boundaries 121
Relativistic E layers, Vlasov equilibrium with sharp radial boundaries 116
Relativistic electron beams and Alfven limiting current 84 88 132
Relativistic electron beams and collective ion acceleration 2
Relativistic electron beams and interaction with plasma 78
Relativistic electron beams and microwave production 2
Relativistic electron beams, macroscopic equilbria 32
Relativistic electron beams, macroscopic model of Bennett pinch 40
Relativistic electron beams, Vlasov equilibria 125
Relativistic electron rings and collective ion acceleration 2 141
Relativistic electron rings and Vlasov equilibria in mirror geometry 141
Relativistic fluid equations see “Macroscopic fluid equations”
Relativistic two-stream instability 78
Relativistic two-stream instability, current threshold 84 88
Relativistic two-stream instability, electron-electron 83
Relativistic two-stream instability, electron-ion 88
Relativistic two-stream instability, electrostatic dispersion relation 78 80
Relativistic two-stream instability, in plasma-filled waveguide 81
Relativistic two-stream instability, in thin beam limit 86
Rensink, M.E. 3(117 118 119 124) 113(117 118 119) 125(124) 140(124) 184 185 191
Reshetnikova, K.A. 2(16) 141(16) 779
Rhee, M.J. 2(22) 7
Rigrod, W.W. 1(3 6) 45(3 6) 178
Roberts, T.G. 2(34) 126(34) 180
Rome, J.A. 792
Rosenbluth, M.N. 188
Rostoker, N. 2(64) 3(122) 125(122) 129(122) 130(122) 134(122) 135(122) 140(122) 182 188 189
Rubin, N.B. 2(16) 141(16) 779
Rubin, S.B. 2(16) 141(16) 7
Rudakov, L.I. 2(58 61) 757 182 189
Rukhadze, A.A. 2(59) 3(59) 80(59) 81(59) 86(59) 181 189
Rukhlin, V.G. 189
Ryltsev, P.I. 2(16) 141(16) 779
Ryutov, D.D. 181 189
Salat, A. 790
Samuel, A.I. 7(134) 185
Sarantsev, V.P. 2(15 16 17 18) 141(15 16 17 18) 779
Scharer, J.E. 176(160) 187
Schluter, A. 2(19) 141(19) 179
Schmidt, G. 3(131) 142(131) 185
Schumacher, U. 2(19) 141(19) 779
Semenov, V.N. 2(56) 181
Sessler, A.M. 2(10 14) 141(10 14) 178 190
Shapiro, V.D. 2(60) 181 182 189
Shchinov, B.G. 191
Shevchenko, V.I. 2(60) 182 189
Shipman, J.D., Jr. 2(40) 126(40) 180
Slater, J.C. 1(1) 178
Sloan, M.L. 159(148) 186 188
Smimov, V.P. 189
Spalding, I.J. 192
Sparrow, J.H. 2(22) 141(22) 179
Spektor, A.M. 189
Spense, P. 2(35) 126(35) 180
Spero, D.M. 2(72) 182
Sprangle, P. 190
Stability see also “Dispersion relation and Instability”
Stability and macroscopic fluid description 15 41—89
Stability and Vlasov description 13 156—177
Stability sufficient condition for stability 67 68 155 158
| Stable oscillations, and body waves in a nonneutral plasma 170 171
Stable oscillations, and surface waves on a nonneutral plasma column 61
Stable oscillations, in nonneutral plasma-tilled waveguide 52
StaUard, V.W. 3(121) 113(121) 185
Stix, T.H. 2(82 83 84 85 92) 110(92) 90(92) 183
Striffler, C.D. 3(111 127) 69(111) 125(127) 140(127) 184 185 191
Sudan, R.N. 2(51 62) 3(109 123 51) 69(109) 109(109) 113(51) 125(123) 140(123) 176(159) 181 182 184 185 187 189 190
Symon, K.R. 190
Tataronis, J.A. 171(155) 172(155) 187
Theiss, A. 2(81) 183
Theoretical models, general discussion 10
Theoretical models, macroscopic fluid description 14
Theoretical models, Vlasov description 12
Theta pinch, Vlasov equilibrium with diffuse radial boundaries 121
Thode, L.E. 190
Thompson, J.R. 159(148) 186
Tidman, D.A. 2(91) 10(91) 90(91) 176(91) 177(91) 183
Toepfer, A.J. 189 190
Tonks, L. 1(2) 3(112) 113(112) 178 184
Trehan, S.K. 83(141) 88(141) 159(147) 186
Trivelpiece, A.W. 1(7) 2(71 72 73 74 88 97) 10(88) 13(88) 14(88) 31(139) 45(7) 52(97) 53(97) 90(88) 176(160) 170(88) 178 182 187 192
Tsytovich, V.N. 190
Tuck, J.L. 191
Two stream instability see also “Relativistic two-stream instability” “Two-rotating-stream
Two-rotating-stream instability, electron-electron 55
Two-rotating-stream instability, electron-ion 62
Uglum, J.R. 2(36 53 55) 126(36) 180 181
Ulrich, M. 2(19) 141(19) 179
Ulrich, P. 188
Veksler, V.I. 2(15 16 29) 141(15 16) 179
Vitkovitsky, I.M. 2(37 40 43) 126(37 40 43) 180
Vladimirskij, V.V. 153(145) 186
Vlasov equation, for relativistic nonneutral plasma 12—14
Vlasov equilibria for axisymmetnc mirror-confined plasma 96
Vlasov equilibria for axisymmetnc plasma column 92
Vlasov equilibria for nonneutral plasma column 98
Vlasov equilibria for relativistic E-layer 113
Vlasov equilibria for relativistic electron beam 152
Vlasov equilibria for relativistic electron ring 141
Vlasov equilibria, nonrelativistic nondiamagnetic 98
Vlasov equilibria, rigid-rotor 100
Vlasov stability and dispersion relation for electrostatic waves 162
Vlasov stability and dispersion relation for transverse electromagnetic waves 174
Vlasov stability and examples of electrostatic waves and instabilities 169
Vlasov stability, stability theorem 155
Vlasov — Maxwell equations see “Vlasov equation”
Vlasov, A.A. 2(87) 10(87) 90(87) 183
Vortex frequency 8 51 166
Walsh, T.R. 153(146) 186
Watson, K.M. 188 191
Waves see also “Dispersion relation” “Instability” “Stable
Waves, body 159
Waves, surface 60
Webster, H.F. 3(99 102) 69(99 102) 184
Weenink, M.P.H. 159(147) 167(150) 186
Weiss, P.V. 3(121) 113(121) 185
Weitzner, H. 3(115) 113(115) 184
Wernholm, P. 2(28) 179
Whistlers see “Electron whistlers”
Wimmel, H.K. 190
Wmterberg, F. 2(47) 181
Wong, H.V. 159(148) 186
Wu, C.S. 176(156) 187
Yarkovov, O.I. 2(16) 141(16) 179
Yonas, G. 2(35) 126(35) 180
Yoshikawa, S. 189
Zenkevich, P.R. 190
Zolotivskii, O.A. 2(56) 181
Zom, G.T. 2(20 22) 141(20 22) 179
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