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Tsytovich V.N. (Ed), Morfill G.E. (Ed) — Elementary Physics of Complex Plasmas
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Название: Elementary Physics of Complex PlasmasАвторы: 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.
Язык: Рубрика: Физика /Статус предметного указателя: Готов указатель с номерами страниц ed2k: ed2k stats Издание: 3rd editionГод издания: 2008Количество страниц: 370Добавлена в каталог: 14.11.2008Операции: Положить на полку |
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Предметный указатель
Neutral gas drag 237 Neutral gas flux 210 New material production 55 Non-collective attraction, in clusters 320 Non-collective attractions 284 328 Non-collective interactions 197 205 Non-linear collective attraction 279 Non-linear responses 184 Non-linear screening 79 203 213 228 319 325 Non-linear screening factor 73 77 Non-linear screening radius 77 Non-linear screening, in clusters 318 Non-linearity in screening 13 203 Numerical simulations 327 Observational techniques 256 Observations, modes of clusters 319 Observations, of clusters 309 Observations, of crystallization on kinetic level 30 Observations, of dust acoustic waves 177 Observations, of dust ion-sound waves 169 Observations, of dust voids 37 Observations, of dust vortices 355 Observations, of Mach cones 303 Observations, of plasma condensation 23 Obstacles, in complex plasmas 30 One component plasma 253 Openness of complex plasma systems 198 202 Orbit Motion Limited approach 88 Order parameter 252 Ordering rules, for clusters 311 Orientational order 263 273 Over-screening 254 Ozone layer 64 Pair correlation 199 252 Pair correlation function 185 263 329 Pair grain interactions 197 198 200 250 Parabolic confinement 307 Parameters of plasma crystals 265 Perturbation of ground state 216 phase diagram 6 Phase transitions 251 270 Plasma clusters 200 Plasma condensation 11 23 30 70 72 95 189 199 248 251 Plasma crystal 199 247 249 263 Plasma crystal structures 258 Plasma crystals observed 253 Plasma flux absorption by grains 250 Plasma flux length 19 21 Plasma liquid 252 Plasma particle absorption by grains 1 Plasma pre-sheath 77 95 Plasma processing 4 Plasma responses 141 Plasma sheath 77 95 202 214 234 240 247 248 257 291 299 320 Poisson’s equation 69 135 143 188 Poly-crystals 28 Potential barriers 71 72 102 106 112 Propagation of fast particles through crystals 33 Quasi-neutrality condition 135 Quasi-neutrality in complex plasmas 134 Radio-frequency discharges 254 Radioactive dust 61 Ranges for responses, in complex plasmas 142 Ratio of ion to electron temperatures 12 Recrystallization 27 Sato cleaner 52 Screening factor 13 69 76 228 279 Screening factor ip 69 Screening factor, for collective interactions 232 Screening length 76 Screening linear 69 Screening of grain field 3 Screening, anisotropic 84 Screening, Gurevich polarization factor 74 Screening, influence of ion flow 82 Screening, non-linear 71 Second electron emission 112 Self-confined, grain layer 38 Self-confinement, in complex plasmas 38 Self-energy of interacting grains 201 Self-organization, conditions 40 Shadow attraction forces 205 Shadow attraction, by neutral flux 209 210 Shadow coefficient 208 Shadow flux 208 Shadow force, by ion flux 207 Shadow force, for non-linear screening 209 Shear flow 32 Shear waves 302 Shells of dust clusters 310 Shock waves 173 175 Simulations 84 329 Solar cells 62 Solitons 175 Spherical grains, production in etching 55 Steepening of ion sound waves observed 172 Striations 254 Strong coupling 6 14 Structure strongly non-linear 176 Structures, in complex plasmas 36 Structurization 200 Structurization instability 143 333 Structurization of complex plasmas 164 Struturized complex plasma state 187 Surface collective modes 183 Table size fusion devices 61 Temperature of phase transition 248 279 Thermal flux 211 Thermionic emission 94 Thermophoretic force 33 127 130 202 212 242 350 Time of grain charging 87 Total electrostatic energy 202 Translational order 263 Transport cross-section, for non-linear screening 121 Trapped ions 72 80 Two stream dust instability 33 Uni-polar arc production of dust 60 Universal parameters determining self-organized dust structures 343 Van der Waals equation 281 282 Van der Waals forces 212 Variability, of dust charges 16 Vertical dust strings 301 Vibrational state 273 Virtual voids 348 Virtual, boundary 351 Wake 82 214 260 301 Walking through the wall 32 Yukawa potential 70
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