Cercignani C. — Rarefied Gas Dynamics :: Электронная библиотека попечительского совета мехмата МГУ

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Cercignani C. — Rarefied Gas Dynamics

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Название: Rarefied Gas Dynamics

Автор: Cercignani C.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2000

Количество страниц: 320

Добавлена в каталог: 07.12.2008

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

Abramowitz functions      63 64 93 108
Absorption event      225
Absorption of radiation      225
Accommodation coefficient for normal momentum      35
Accommodation coefficient for tangential momentum      35
Accommodation coefficients      34 35 109
Activation energy      221 223 224
Adsorption      32 33
Adsorption time      32
Aerodynamic forces      65
Aerosol      66 171
Aerosol particles      xv 65 66 252
Aerosol reactors      66
Aerosol science      67
Aerospace      65 66
Analytic continuation      138—140
Angle cutoff      10
Angular momentum conservation      223
Angular velocity      210
Arrhenius formula      221
Artificial satellites      189
Atomic oxygen      220
Attenuation coefficient (of a sound wave)      139
Attenuation parameter      139
Attenuation rate (of a sound wave)      129
Avogadro's number      221
bacteria      66
Beam scattering      36
BGK model      26—28 48 50 82—85 92 95—97 102 105 107 109—114 123 133 137—139 151 152 169—173 207 211 212 235 276 278 287 289 290 292
Bifurcation      246
Bimolecular reaction      220 222
Blunt bodies      236
Body force      46 189 244
Boiling temperature      297
Boltzmann constant      20
Boltzmann equation      1 2 6 7 9—11 15 18 20—22 24—28 30 40 41 44 45 47—51 65 67 68 70 71 75 82 114—117 122 130 141—143 145 147 151 152 154 162 176 180—184 186 187 189 211 216 222 225 230 231 233 235 237 241 244 252 254 255 259—261 265 273 275—278 281 282
Boltzmann gas      56 166 186
Boltzmann inequality      15 22 26 174
Boltzmann — Grad limit      5 7 8 114 186
Boltzmann, L.E.      2 6 25 116 204 210 214
Bounce-back boundary condition      41 44
Boundary      8 18 19 23 30 84 89 92 103 131 137 138 163 174 252 254 275 281 304
boundary conditions      8 23 24 30 40—43 48 50 54 57 60 61 71 72 77 79 84 85 89 90 100 101 103 104 111 112 118 119 137 152 154 163 168 171 173—175 190 216 225 234 252 273 274 278 280 282 283 287 290 291 297 301 302
Boundary data      156
Boundary interactions      231
Boundary layer reattachment      238
Boundary layer separation      238
Boundary layer theory      55
Boundary source      90
Boundary terms      163
Boundary value problem      76 140
Boundary values      164
Bulk velocity      1 16 17 20 26 29 44 46 48 52 53 60 61 63 69 74 76 85 101 103—105 111 112 119 120 135 141 145 154 155 166—169 175 176 178 179 181 187 190 274—276 284 290 297
Capillary      98
Carbon whiskers      66
Catalysts      66
Cavity flow      242 254
Cell size      242 243 263 264
Cellular automata      264
Center-of-mass system      212 221 222
Central force      9 210
Central moments      45 46
Ceramics      66
Cercignani — Lampis (CL) model      36 213 216 234
Chaotic behavior      245
Chapman — Enskog expansion      187 284
Chemical bonds      31
Chemical plants      66
Chemical reactions      1 11 205 206 220 234 239
Chemically reacting flows      114 115 230 231
Chemistry      221 273
Classical mechanics      1 23 209 214
Clausius — Clapeyron equation      288 296
CLL model      234
Clouds      66
Coaxial rotating cylinders      168
Collision      2—5 9 10 107 118 206 207 209—212 217—219 222 223 232—234 258 259 265 287 299
Collision energy      221
Collision frequency      26 27 82 85 109—111 115 135 138 145 146
Collision integral      11 15 26 27 72 114 211 230
Collision invariants      14 18 25 52 53 76 77 90 100 143 166 177 259
Collision iteration      62 68 102
Collision mechanics      231
Collision model      26 110 211 303
Collision operator      11 52 54 75 143
Collision pair      232
Collision term      10 11 13 21 26 44 45 47 50 62 69 110 114 116 130 131 134 135 145 152 153 166 183 186 207 209 211 258 261
Collision-free dynamics      116 232
comets      277
Complex fluids      265
Components of air      204 211 220
Compressible flows      79
Compressible fluid      54 65 141
Compressible scaling      180
Concentration      221
Concentration gradient      66
Condensation      273 275—277 285 286 289 290 292 293 295—299 306
Condensation coefficient      274 298
Condensed phase      273 290 299
Condensing flow rate      292
Connection layer      255
Conservation equations      52 145 147 149 185 259 260
Conservation form      19 186
Constitutive relation      49 64
Contact discontinuity      236
Continuity equation      168 182
Continuous spectrum      137 138
Continuum      204 304
Continuum equations      183 184
Continuum gas dynamics      16
continuum limit      123 124 139 162 169 180 181 186 189 221 293
Continuum mechanics      18 43 57 69 129 157 167 172 173 235 236 306
Continuum model      65 235 236 245
Continuum regime      95 98 186
Convection      187 286 295
Convective motion      246
Correlations      116
Couette flow      41—43 50 57 58 64 67—70 72 75 76 85 92 96 103 111 112 117 119 122 123 130 190
Cross section      209 231 233 239
Cutoff      62 64 76
Cylindrical Couette flow      171
Cylindrical Poiseuille flow      169 170
Deflection angle      231
Degrees of freedom      10
Delta function      37 40 145 163 206 217
Delta wing      238
Dense gas      186
density      1 11 16 20 26—28 43 45 47 48 50 54 60 61 63 65 69 71 76 82 87 91 98 99 104 114 119 120 132 141 142 145 173 178 182 187 190 243 259 274 291 305 306
Density gradient      98
Density parameter      186
Density profile      146 151 153 154
Deposition techniques      263
Detachment angle      236
Detachment Mach number      236
Detailed balance      217 219
Diatomic gases      204 211 304 305
Diatomic molecule      204
Diatomic oxygen      220
Diffuse reflection      60 104 171 173 234 290
Diffusion      187 274 290 291
Diffusion coefficient      221 231
Discontinuity curves      131
Discontinuity surfaces      131
Discontinuous solutions      131 132
Discrete Boltzmann equation      257
Discrete ordinate methods      86 235
Discrete spectrum      139
Discrete velocities      257
Discrete velocity models      122 230 231 256 258—264
Discrete vibrational levels      214

dispersion relation      137 139 140
Dissipation      183
Dissociating molecule      222
Dissociation      222
Dissociation energy      222
Dissociation-recombination reaction      222
Distribution function      2 11 24 26 31 34 35 40 45 48 50 69—71 79 114 132 138 155 173 177 190 205 209 216 220 221 235 274 277 278 290 291 300 301
Domain decomposition      255
Drag      30 61 88 92 96 122 123 171 190
Drag on a sphere      171 172
Dust      66
Eigenfunctions      36 84
Eigensolutions      84 104 105
Eigenvalues      36 44 46
Elastic collisions      212 213
Elastic cross-section      239
electric field      171
Electric power plants      66
Electron      171 221
Electronic states      225
Elementary mechanics      1
Ellipse of the stresses      122
Ellipsoidal distribution      149
Ellipsoidal statistical (ES) model      28 151
Elliptic cylinders      252
Emission coefficient      225
Emission of radiation      225
Endothermic reaction      222
Energy      18 23 24 26 41 49 114 138 141 190 221 233 259
Energy accommodation coefficient      35
Energy balance      209 222
Energy conservation      185 206 207 217 223 233 258 259
Energy density      17 44
energy equation      53 55 168 286 295
Energy flow      17 18 37 55 72 141 255
energy release      222
Energy states      222
Energy transfer      214
Enthalpies      288
entropy      23 37 41 236
Entropy balance      150 276
Entropy flow      175 176
Entropy inequality      258
Entropy production      41
Entropy source      175
Environmental problems      65
Equilibrium state      24 41 220 274
Euler equations      65 79 129 180—183 185—187 236 237 254 265 276 304
Euler fluid      129 142
Euler — Mascheroni constant      63
Evaporating flow rate      274 291
Evaporating molecules      290 291 297
Evaporating surface      256 277 290
evaporation      273 275—277 280 284—289 293 295—297 299 300 304 306
Evaporation coefficient      274
Evaporation rates      275
Evaporation-condensation      276 277
Evaporation-condensation, coefficient      278 290 292 294 298 299
Evaporation-condensation, profile      299
Excited levels      225
Exothermic reaction      222
Fake collisions      116 217
Finite ordinate schemes      88 102
Finite-Pointset method      234 246 250
Flow domain      234
Flow field      231 232 238 246 254
Flow past a body      171 176 179 182 190
Flow past a cylinder      239
Flow past a sphere      171
Flow past an axisymmetric body      175
Flow rate      35 98 99 101 102 122 123 169 170 173 281
Flow regimes      40
Fluctuations      119 153 154 234 235 244—246
Fluorescence      225
Flying vehicle      65
Fog      66
Fokker — Planck equation      28 36
Fourier transform      164
Fourier's law      176
Fredholm alternative      52 177
Free jet expansions      306
Free molecular conditions      80 101 138
Free molecular flow      35 115 131 133 162 186 189
Free molecular limit      72 95 113 123 139 171 173
Free molecular regime      37 67
Free molecular solution      62 137
frequency      129 136 137
Galilei invariance      260
Gamma function      300
Gas      1 8—10 16—18 22—24 27 30 32 37
Gas constant      20
Gaseous state      288
Gas—surface interaction      1 30 34 35 67 109 115 189 213 221 225
Gas—vapor mixture      299
Grad, H.      69 70 145
Gravity      1 171 245
Grazing collisions      10 62
Green's function      163—165
H-Theorem      22—24 28 210 212 216—219 259
Half-range completeness      105
Half-range polynomial expansion      96 123
Half-space      82 83 87 103 105 131 138 139 162 275—278 286 297 304 306
Half-space problem      40 139 276 289
Hamiltonian      216
Hard spheres      2 7 9 55 56 64 95—97 110 114 115 122 123 138 140 148 155 204 205 217 232 233 246 263 297
Heat      41 50 55
Heat conductivity      27 54 69 82 144 187 216 231 263 284
Heat diffusion      48
Heat flow      1 18 20 37 45 55 61 64 69—71 79 92 122 149 151 166—168 173 176 208
Heat fluxes      65
Heat of reaction      223
Heat transfer      30 84 92 96 122 171 173 190 250 277
Helium      155 235
Hertz — Knudsen formula      274 275 294
High altitude flight      67 122 220
High frequency sound waves      140
High temperatures      204 205 220
High-temperature air      222
Hilbert expansion      54 67 68 103 142 151 165 176 177 183 187 195
Hilbert method      75 143
Hilbert solution      103 104 107
Hilbert space      30
Homoenergetic affine flows      44 45 68
Hydrogen      204
Hypersonic flow      235 236 239 241 245
Hypersonic jet      306
Hypersonic speed      220
Hysteresis      236
Ideal fluid      79 129 141
Impact parameter      231
Incomplete accommodation      234
Incompressible fluid      178 182 265
Incompressible viscous flows      245
Industrial emissions      66
Industrial processes      263
Inelastic collisions      212 213
Inelastic scattering      225
Inertial motion      232
Initial chaos assumption      8
Initial conditions      43 75 156 182
Initial data      49 129 156 233 236
Instability      241 243 245
Interaction potential      31
Interface conditions      255
Interfaces      255 265 273 297 299
Intermolecular force      10 47 54 64 231
Intermolecular potentials      62
Internal degrees of freedom      211 212 214 221
Internal energy      10 18 20 23 185 187 209 212 221 223 224 300
Internal state      209 231

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