| 
		        
			        |  |  
			        |  |  
					| Авторизация |  
					|  |  
			        |  |  
			        | Поиск по указателям |  
			        | 
 |  
			        |  |  
			        |  |  
			        |  |  
                    |  |  
			        |  |  
			        |  |  |  | 
		|  |  
                    | Braams C.M., Stott P.E. — Nuclear Fusion: Half a Century of Magnetic Confinement Fusion Research |  
                    |  |  
			        |  |  
                    | Предметный указатель |  
                    | |  He reactor      120 123 265 
  , plot      97 
  , pumping      100 A EC (US)      18 68 236 237 240
 Achen, University of Technology      25
 Adams J B      204
 Adiabatic compression      21 153 229
 Advanced tokamak scenarios      223—225
 Afrosimov V V      93 138
 Albuquerque, Sandia Laboratories      80
 Alcator, A and C      152 158 166 169 176 179 188 189 196 227 229 243
 Alcator, C-mod      222
 Alcator, scaling      158 176 203
 Aldermaston, AEI      17 26 50
 Aldermaston, AWRE      18 25 33 58 93
 Aleksin W F      146
 Alfven H      11 14 16 29 186
 Alfven H, Velocity and transit time      11 108 161 181 183
 Alfven H, Wave      11 67 78 108 114 185—188
 Alfven H, Wave heating      187
 Alice and Alice-baseball      58 60
 Alkali metal plasma      126 129
 Allis W P      152
 Alpha      93 95
 Alpha particle confinement      220
 Ambal and Ambal — M      69 71 73
 Ambipolar, diffusion      30
 Ambipolar, loss      56
 Ambipolar, mirrors      68
 Ambipolar, potential      57
 Andelfinger C      83
 Andreoletti J      74
 Andrianov AM      19 33
 Aneutronic, Energy Laboratory, Princeton      86
 Aneutronic, fusion      5 88 110 265
 Anomalous transport      175 198
 Argonne National Laboratory      53 237 243
 ARIES fusion reactor studies      244 245
 Artsimovich L A      xi 19 20 23 24 32 33 35 48 49 54 77 80 130 132—135 142 152 176 183 249 269
 Artsimovich L A, Empirical scaling      133 176
 Artsimovich L A, Pseudo-classical scaling      144 176
 ASDEX and ASDEX — U      170 172 179 183 189 192 195 196 214 222 223 249
 Aston F W      1
 Astron      19 39 106 121
 Astrophysical plasmas      10—11 13
 ATC      153 158 161 166 168 179 187
 ATF      148
 Atkinson Rd’E      2
 Aurora borealis      11
 Austin, University of Texas      180
 Australian National University      130 145 149 151
 Average minimum B      117
 Axicell      72 74
 Aymar R      33 251
 B-stellarators      125 126
 Bakeout      166
 Baker D A      33
 Baldwin D E      69
 Ball lightning      106
 Banana, diffusion and regime      116 174
 Banana, orbits      173 174
 Baseball coil      64
 Baseball — II      60
 Beam-driven current      187
 Beam-plasma, beams, colliding      86
 Beam-plasma, beams, Negative ion      212
 Beam-plasma, beams, Neutral      (see Heating)
 Beam-plasma, reactions      208
 Beam-plasma, tokamak      88
 Becquerel H A      1
 Bennett W H      9
 Bennett W H, relation      9 15 79
 Berkeley, Lawrence Berkeley National, Laboratory      18 25 35 38 61 158
 Berkowitz J      25
 Bernstein I B      25 116
 Bernstein I B, mode      73
 Bernstein I B, wave heating      187
 Beryllium      213 214
 Bessel function      98
 Beta      15
 Beta in mirror machine      64
 Beta, limit      191—192 249
 Beta, Normalized      225
 Beta, Troyon limit      105 114 192 223—225 249
 Bethe H A      3
 Bhabha H      20
 Bickerton R J      175
 Biermann L      14
 Binding energy per nucleon      4
 Birkeland K      11
 Bishop A S      236
 Blackman M      16 230
 Blanket, tritium beeding      6 234 239
 Bodin H A B      82
 Bohm D      30 55
 Bohm D, -like and gyro -Bohm scaling      198
 Bohm D, diffusion and loss      30 53 82 95 115 117 118 120 124—130 132—134 175 233 261
 Bohm D, Poloidal diffusion      117
 Boltzmann’s, kinetic equation      11 55 199
 Boltzmann’s, Law      68
 Bootstrap current      117 147 175 187 189 224
 Boozer AH      188
 Boronization      190 214
 Bostick W H      78
 BPX      228
 Braginski S I      47
 Bremsstrahlung radiation      27 28 191
 Bremsstrahlung radiation enhancement by impurities      167
 Bremsstrahlung radiation equilibrium with Ohmic dissipation      24
 Bremsstrahlung radiation in the Sun      3
 Broadening      32 93
 Brown S C      152
 Brussels, Royal Military School      181
 Budker G I      19 35 85 134 172
 Bumpy torus      120 127
 Bundle divertor      172
 Burbidge E M      3
 Burhop E H S      30
 Burning plasma experiments      227—229
 burnout      37 58—61 262
 C-stellarator      45 123 125 126 129 130 143 153 185 188 231 261
 Cadarache, Association Euratom — CEA      180 182 268
 Caesium plasma      115 129
 Cameron A G W      3
 Canberra, Australian National University      130 145 149 151
 Carbon, blooms or catastrophes      213
 Carbon, Limiters      189 190
 Carbon, Tiles      190 210 212—214
 Carbonization      190 214
 Carruthers R      233 234 236
 Cerenkov effect      65
 CERN      25 203
 Chapman S      11
 Charge neutrality      87
 Charge-exchange, neutral atoms      138
 Charge-exchange, Spectroscopy      140
 Christofilos N C      19 39 40 106
 CHS      147 148
 Chuyanov V A      251
 CIEMAT, Madrid      147 149 151
 CIT      228
 Clarington, Ontario      260 268
 Clark M      49
 Clasp      127
 Classical, diffusion      29 30
 Classical, Loss rate      29
 CLEO      144 153 158
 Climate change      245
 CNO fusion cycle      3
 Coaxial plasma gun      76 112
 
 | Cockroft J D      26 Cockroft J D, Libby agreement      247
 Coensgen F H      56 67
 Cohn D R      176
 Cold fusion      16
 Colgate S A      19 103 117
 Collective Thomson scattering      138
 Colliding beam fusion      86
 Columbia, Torus II      104
 Columbia, University, New York      85 104 105 120
 Commissariat a l’Energie Atomique, (CEA)      237
 Compact toroids (tori)      105 110
 Compass — D      182
 Conferences, Baltimore      188
 Conferences, Berchtesgaden      67 68
 Conferences, Brussels      144
 Conferences, Culham      83 94 115 126 129 130 261
 Conferences, Geneva 1955      20 31
 Conferences, Geneva 1958      20 31—55 80 114 122 124 126 208 231 234 261
 Conferences, Innsbruck      110 178 191
 Conferences, Kyoto      216
 Conferences, London      196
 Conferences, Novosibirsk      82 93 124 126 127 132 133 134 146 152 261 262
 Conferences, Salzburg      63 76 80 93 114 122 164 261
 Conferences, Seville      216
 Conferences, Tokyo      78
 Conferences, Washington      216
 Conferences, Wurzburg      216
 Confinement, degradation      192—195 211
 Confinement, Enhanced      195 197 224
 Confinement, Incremental      193
 Confinement, Isotopic dependence      193
 Confinement, Theory      197—200
 Confinement, time      26 132 158 176 177 192 197
 Conn R W      243
 Connor J W      175 200
 Consoli T      84
 Convective particle flux      197
 Copper shell      165
 Coppi B      158 227
 Cornell University      106
 Corrugated flux surface      90—92
 Coulomb scattering      57 86 208
 Cowling T G      11
 Critchfield C L      3
 Critical temperature gradient      197
 Cucumber      40
 Culham Laboratory, AEA Fusion      18 58—60 82 93 95 97 99—101 115 117—120 126—128 130 135 144 145 152 153 155 158 161 180 182 188 206 225 226 233 234 237—239
 Curran S C      33
 Current drive, inductive      187
 Current drive, lower hybrid      188 212 225
 Current drive, neutral beam      187
 Current drive, Non-inductive      187—189
 Current tailoring in RFPs      102 103
 Current-driven instability      125
 Cusp geometry      61 62 114
 Cyclotron, frequency      9
 Cyclotron, Radiation      53
 D — T plasmas      217—221
 D-shaped, coils      205
 D-shaped, Cross-section      182 191 205 252 266
 Darwin C      1
 Data acquisition      142
 Data acquisition, ECE      136 162 163
 Data acquisition, Langmuir probe      136
 Data acquisition, Magnetic      140
 Data acquisition, Microwave      140
 Data acquisition, Neutron      141
 Data acquisition, Spectroscopy      139
 Data acquisition, Thomson scattering      135 137 139
 Data acquisition, X-ray      134 139 143 161 162
 Dawson J M      86 207
 DCX      35—38 58 59
 de Hoffmann F      11
 Debye, Hueckel theory      7 8 84 138 199
 Debye, length      8
 Debye, screening      7
 demo      227 243 246 269
 Demonstration of D — T fusion      217—221
 Density, limit      159—161 166 225 255
 Density, Profiles      197
 Detached plasma      223
 Deuterium fusion reactions      5
 Diagnostics      93 134—143
 Diagnostics, Charge-exchange      138
 Diagnostics, Collective Thomson scattering      138
 Diagram      160
 Diffusion, banana      116 174
 Diffusion, Bohm      30 53 82 120 124—129 175
 Diffusion, classical      29 30
 Diffusion, In velocity space      57 230
 Diffusion, neoclassical      172—175
 Diffusion, Pfirsch — Schluter      116 173 174
 Dimensionless quantities      199 200
 Dimov G I      56 68
 Discharge cleaning      166 214
 Disruptions      129 159—161 166 226
 DITE      153 168 170 182 187
 DIVA      156 170 190
 Divertor      47 169 170—172 195 209 222
 Divertor, Axisymmetric poloidal      172
 Divertor, Bundle      172
 Divertor, C-stellarator      171
 Divertor, Ergodic      172
 Divertor, ITER      222 253
 Divertor, JET      215 218
 Divertor, JT      60 209 210
 Divertor, Levitron      171
 Divertor, Natural      172
 DOE      68 243 257
 Dolgov — Saveliev G G      129
 Doppler, shift      137 188
 Doublet configuration      153 179
 Doublet configuration, D — I, II and IIA      153 191
 Doublet configuration, D — III      172 179 183 191 192 196
 Doublet configuration, DIII — D      139 182 184 187 190 192 222 224 225 266
 Drain diffusion      53
 Dreicer H      25
 Duechs D      200
 Dynamo effect      100 102 103 114
 Earth, age of the      1
 ECE diagnostic      136 162 163
 Eddington A S      2
 EFDA      221
 Effective ion charge      101 166 167 172
 Efremov Institute, St. Petersburg      93 95
 Electric Power Research Institute (EPRI)      240 245
 Electron cyclotron, emission      136
 Electrostatic, confinement      19 84 230
 Electrostatic, Plugging      57 68 84
 Electrostatic, Waves      9
 Ellipticity      191
 ELM      196 219
 ELM, Free H-mode      219
 ELM, YHmode      196 219 253
 ELMO      59 121
 ELMy      196
 Empirical scaling      176—178
 End stoppering      83
 Energy loss      53 136 236
 Energy loss, Frequency      9 136
 Energy loss, Heating      53 59 70 72 144 183—185
 Energy loss, Resonance      185
 Energy, confinement time      26 132 158 176 177 192 197
 Energy, Multiplication factor      231
 Energy, Principle      25 46
 EPA      59
 ERDA      68
 ETA — BETA — I and — II      95 99
 Etude stellarator      125 126
 
 | 
 |  |  |  | Реклама |  |  |  |  |  |