Главная    Ex Libris    Книги    Журналы    Статьи    Серии    Каталог    Wanted    Загрузка    ХудЛит    Справка    Поиск по индексам    Поиск    Форум   
blank
Авторизация

       
blank
Поиск по указателям

blank
blank
blank
Красота
blank
Tsytovich V.N. (Ed), Morfill G.E. (Ed) — Elementary Physics of Complex Plasmas
Tsytovich V.N. (Ed), Morfill G.E. (Ed) — Elementary Physics of Complex Plasmas



Обсудите книгу на научном форуме



Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter


Название: Elementary Physics of Complex Plasmas

Авторы: Tsytovich V.N. (Ed), Morfill G.E. (Ed)

Аннотация:

Complex plasmas are dusty plasmas in which the density and electric charges of the dust grains are sufficiently high to induce long–range grain–grain interactions, as well as strong absorption of charged–plasma components. Together with the sources replenishing the plasma such systems form a highly dissipative thermodynamically open system that exhibits many features of collective behaviour generally found in complex systems. Most notably among them are self–organized patterns such as plasma crystals, plasma clusters, dust stars and further spectacular new structures. Beyond their intrinsic scientific interest, the study of complex plasmas grows in importance in a great variety of fields, ranging from space–plasma sciences to applied fields such as plasma processing, thin–film deposition and even the production of computer chips by plasma etching, in which strongly interacting clouds of complex plasmas can cause major contamination of the final product.

Intended as first introductory but comprehensive survey of this rapidly emerging field, the present book addresses postgraduate students as well as specialist and nonspecialist researchers with a general background in either plasma physics, space sciences or the physics of complex systems.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 3rd edition

Год издания: 2008

Количество страниц: 370

Добавлена в каталог: 14.11.2008

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
blank
Предметный указатель
Agglomerates of dust grains, found in etching devices      51
Agglomerates of grains, fractal shape      54
Agglomeration of grains      25 212 213 322
Anisotropic screening      259
Applicability criterion, for OML approach      90
Attachment coefficient      210
Attraction forces between grains      26 223 314
Attraction of grains      86 247
Attraction potential well      231
Basic state of complex plasmas      141
Basic state, equations      146
Basic state, of complex plasmas      144 158
Binary correlation function      263
Bohm criterion      247
Boltzmann distribution      69 71
Boundary free 2D clusters      326
Boundary free clusters      320 321 329
Boundary free, dust surface      351
Boundary free, dust void      339
Change of grain charges with inter-grain distance      201
Charge fluctuations      191 192
Charge fluctuations, induced by dust      193
Charge fluctuations, non-collective      189
Charge-exchange collisions      81
Charging coefficient      114
Charging damping      154
Charging frequency      91 142
Charging length      93
Charging of grains      67 72
Charging time      68 98 115
Charging, by super-thermal particles      98
Charging, diffusion limited model      109
Charging, in strong magnetic field      99
Charging,radial drift model      106
Cluster shell      313
cluster size      308 315
Cluster, equilibrium size      321
Clusters stability      308
Clusters, energy for ionization and dissociation      324
Clusters, global modes      315
Clusters, three dimensional      328
Clusters, two dimensional      305 314
Clusters,self-confinement      313
Coefficient, of collective attraction      221
Collective attraction      157 217 221 267
Collective attraction, for linear screening      215 281
Collective attraction, for non-linear screening      227
Collective attraction, in magnetic field      225
Collective attraction, of grains      361
Collective effects      198 203
Collective effects in screening      85
Collective fluxes      216
Collective interactions      26 189 197
Collective modes      141 165 169
Collective modes, excited by fast grains      165
Collective modes, in external magnetic field      184
Collective non-linear attraction      216
Collective pair interactions      2 199
Collective plasma flux      21
Collective screening factor      221
Collisions of grains      238
Complex plasma physics, used in etching industry      52
Complex plasma self-organization      36
Complex plasmas, as open system      18
Complex plasmas, dissipation processes      31
Complex plasmas, highly dissipative      1
Complex plasmas, liquid states in magnetic field      57
Complex plasmas, new magnetic materials      56
Complex plasmas, new principles used computer technology      48
Complex plasmas, new surfaces production      54
Complex plasmas, non Hamiltonian system      17
Complex plasmas, related environmental problems      62
Complex plasmas, self -energy      2
Complex plasmas, selforganization      2
Complex plasmas, thermodynamically open      1
Complex plasmas,main differences with ordinary matter      1
Contamination by dust, collective cloud instabilities      50
Continuity equation      116 123
Correlation function      187 329
Coulomb clusters      306
Coulomb energy      201
Coupling constant      8 248 271 278 283
Coupling constant, between fluxes and polarization charges      220
Coupling constant, dependence on Havnes parameter      10
Coupling constant, for non-linear screening      13
Coupling constant,for linear screening      12
Creation damping      182
Criterion for collective interactions      199
Criterion for domination of dust-plasma particle collisions      202
Criterion for non-linear interaction      203
Criterion for non-linearity in screening      72
Critical coupling constant      253 306
Critical length      285
Critical length, for collective interactions      261
Critical magnetic field      99 226
Critical number, for grains in clusters      311
Critical size, for collective interactions      250
Critical wave number, for instability      153 157 159
Cross-sections of charging for OML approach      88
Crystal defects      268
Crystal dislocations      270
Crystal melting      270 273
Crystal structures, coexistence      259
Crystallization, front      28
Crystallization,kinetic level of observations      27
Current on grain surface      68
Damping Landau, of dust ion-sound waves      171
Damping of dust ion-sound waves      150
Debye length      69 254 329
Debye potential      70
Debye screening      310
Defect migration      271
Definitions, of crystals and clusters      197
Dielectric permittivity      148
Disordered state      27 273
Dispersion relation, for dust acoustic waves      150
Dispersion relation, for dust ion-sound waves      149
Dispersion relation, for mono-layer dust lattice waves      294
Drag coefficient      117 118 208
Drag coefficient for electrons friction on grains      133
Drag coefficient, collective      233
Drag coefficient, general non-linearity      121
Drag coefficient, linear      118
Drag coefficient, non-linear      119
Drag force      124
Drag force, in the sheath      291
Dust - plasma particle absorption      199
Dust acoustic waves      142
Dust bending waves      301
Dust boundaries, sharp      127
Dust bubbles      36
Dust charge, virtual      338
Dust clouds , in etching devices      49
Dust clouds, in computer technology      49
Dust clumps      37
Dust cluster, observations      306
Dust clusters, global modes      308
Dust convection      355
Dust convection instability      348
Dust convection, induced by external probe      356
Dust formation, in fusion devices      59
Dust helical structures      334
Dust helical structures, winding      336
Dust in fusion devices      58
Dust in noctilucent clouds      63
Dust in planetary rings      62
Dust ion-acoustic waves      142
Dust lattice solitons      297
Dust lattice waves      143 294
Dust plasma frequency      152 257
Dust self-organized structures, between the walls      353
Dust shear waves      143 302
Dust sheath, collision-dominated      353
Dust structures, cylindrical      354
Dust structures, global modes      348
Dust structures, hybrid      357
Dust structures, list of numerically investigated structures      340
Dust structures, observed onboard the ISS      344
Dust structures, sharp boundaries      343
Dust structures, spherical      342 354
Dust structures, with two grain sizes      354
Dust surface temperature      211
Dust temperature, during plasma condensation      275
Dust void sheaths      349
Dust void size      347
Dust void, surface structure      339
Dust voids      36 127
Dust voids, critical ionization level      345
Dust voids,virtual      340
Dust vortices      53
Dust vortices, toroidal      356
Dust wall sheaths, collision less      350
Dust, and thunderstorms      63
Dust, in industrial exhausts      64
Dust, role in global warming      63
Dust-neutral collisions      128 308
Electron-neutral collisions      202
Electrostatic collective gravitation like instability      143
Electrostatic collective gravitation-like instability      164
Electrostatic gravitation like instability      163
Electrostatic gravitation-like instability      143
Electrostatic gravitation-like noncollective instability      163
Electrostatic non-collective gravitationlike instability      159
Electrostatic two grain energy      200
Equation for charging      91
Equation for grain charging      86
Equilibrium grain distributions, in clusters      317
Excitation of Mach cones      303
Experiment, onboard the ISS      359
Experiments on grain collisions      236
Experiments, for clusters      315 326
Experiments, kinetic level of observations      27
Experiments, on mono-layer dust lattice waves      295
Experiments, onboard the ISS      38
Experiments, under micro-gravity      359
External sources of ionization      145
Fast grain, interaction with plasma crystals      32
Finite size of grains      218
Finite size systems      183
Flow and floe phase      277
Flow behind obstacle      31
Flow regions      272
Fluctuations      186
Fluctuations of grain charges      187 190
Fluctuations, and dust-dust interactions      186
Fluctuations, spontaneous      187
Fluxes, of electrons and ions on grains      89
Fokker - Planck equation      191
Force-free crystal      268
Formation of dust structures      158
Frequencies of cluster oscillations      323
Global modes, of clusters      311
Grain interaction      293
Grain interactions, in 2D clusters      305
Grain size growth, in gas discharges      213
Grain-grain interactions      1
Grains, collected in controlled fusion devices      59
Grain—grain interactions      311
Growth rate maximum      155
Gurevich screening      73
Gurevich screening factor      75
Havnes parameter      93
Havnes parameter modified      93
Helical structures      307
Hexagonal structures      328
Influence of charging on grain screening      79
Inhomogeneity of dust structures      162
Instabilities induced by dust      142
Instability physics      156
Instability stabilization      155
Instability, of dust acoustic waves      154
Instability, of dust ion-sound waves      153
Instability, universal      154
Intense laser, interaction with dust agglomerates system      61
Inter-grain distance      249 280
Interaction, of two dust clouds      34
Interactions, of fluxes and polarization charges      220
Ion drag force      346
Ion drift      77 255
Ion flow      95 214 224 262 291
Ion flux      205 218 248
Ion friction force due to dust drag      117
Ion friction on dust      142
Ion inertia force      123
Ion-neutral collisions      81 112 124
Ion-neutral frictions      280
Ion-sound velocity      149
Ionization      198
Ionization rate      229 280
Ionization source      217 231
Jeans length, for electrostatic collective gravitation like instability      164
Jeans length, for electrostatic gravitation-like instability      163
Jeans length, for universal instability      163
Karman vortex      32
Kelvin - Helmholtz instability      32
Kinetic description, of collective modes      185
Langevin equation      192
Large grain charges      9
Laser sheath      257
Lattice planes      265
Lattice structures      266
Linear screening      319 326
Linear screening conditions      69
Linear screening, for dust interactions in clusters      316
Long-range correlations      252 266
Long-range grain interactions      22
Long-range grain potential      100 102 209
Long-range interactions      3 16 26
Loss-cone instability      80
Mach cone, angle relation      304
Mach cones      165 167
Mach cones 2D dust lattice Mach cones      303
Mach cones, dusty plasma diagnostic      305
Mach number      83 87 96 175 176 292 349
magic numbers      313
MD simulations      327
MD simulations, of clusters      327
MD simulations, of helical structures      335
Measurement, of absorption of dust acoustic waves      179
Measurement, of critical wave numbers      160
Measurements, of dust acoustic waves dispersion      181
Measurements, of Dust ion-sound wave dumping      170
Measurements, of grain-grain interactions      307
Measurements, of linear dust chain dispersion      296
Measurements, of screened interaction      234
Melting of plasma crystal      248
Micro-gravity conditions      96
Modified Havnes parameter      10 203 216 222 243 253 280
Mono-crystals      28
Mono-layer crystal      199 250 289
Mono-layer crystal observed      289
Mono-layer crystal, controlled deposition      291
Mono-layer crystal, stimulated sublimation      299
Mono-layer, dust lattice waves      293
Mono-layer, homogeneity      293
Multi-component model of dusty plasmas      16 142
Nano-technology      4
Nano-tubes      56
Nano-tubes, in controlled fusion devices      60
Neutral drag force      130
1 2
blank
Реклама
blank
blank
HR
@Mail.ru
       © Электронная библиотека попечительского совета мехмата МГУ, 2004-2020
Электронная библиотека мехмата МГУ | Valid HTML 4.01! | Valid CSS! О проекте