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| Bird G.A. — Molecular gas dynamics and the direct simulation of gas flows |
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| Предметный указатель |
Random walk 211
Rarefaction wave 325—327
Rate coefficient 28 115 124
Rate equation 124
Reaction cross-section 125 133
Reciprocity condition 97
Recombination 26
Reduced mass 31
Relaxation collision number 104 117 138
Relaxation rates 116—117
Relaxation rates, DSMC result for rotation 232—237
Relaxation rates, DSMC result for vibration 242—245
Relaxation time 28
Reynolds number 383
Root mean square speed 21
Rotational collision number 228 (see also Кelaxation collision number)
Rotational radiation 144—145
Satellite contamination 387—388
Schmidt number 409
Self-diffusion coefficient 271
Shock Mach number 286
Shock wave, BGK solution 197
Shock wave, Burnett solution 293—295
Shock wave, DSMC results for 288—305
Shock wave, DSMC results for, in mixture 299—301
Shock wave, DSMC results for, with rotational energy 297
Shock wave, formation of strong 317—320
Shock wave, formation of weak 323—324
Shock wave, local Knudsen number in 287
Shock wave, Mott — Smith solution 191—194 302—305
Shock wave, Navier — Stokes solution 286—287
Shock wave, oblique 340 363 386
Shock wave, reflection of strong 320—322
Shock wave, shape factor 293
Shock wave, spherically imploding 328—321
Shock wave, thickness 286
Simple gas 5
Single particle in phase space 48
Single particle in velocity space 46
Slip at 150 190
Slip boundary condition 190 190
Slip velocity 150
Spatial correlations 256
Spatial correlations, temporal correlations 254
Specific heat 25
Specific heat, ratio 25 83
Specular reflection 97
Speed ratio 82
Sphere drag 172
Spherical symmetry 260
Square terms 127
Stagnation streamline flow 306—311
Standard conditions 19
Standard deviation 9
Statistical fluctuations 9 179 214
Statistical fluctuations in DSMC calculations 211—214 251—256
Steric factor 125
Stream velocity 13
Sub-cells 216
Substantial derivative 58
Summational invariants 58
Supersonic in corner flow 405—406
Supersonic, blunt body (see Blunt body)
Supersonic, comer flow 394—401
Supersonic, impact on wall 384—387
Supersonic, leading edge (see Leading edge jet)
Surface, density at 150
| Surface-gas interaction (see Gas-surface)
symbols xiii-xvii
Taylor number 378
Taylor — Couette flow 378—383
Temperature 15
Temperature characteristic in mixture 18
Temperature characteristic of dissociation 25 412
Temperature characteristic of rotation 25 412
Temperature characteristic of vibration 25 412
Temperature characteristic, internal 15
Temperature characteristic, jump 150 190
Temperature characteristic, kinetic 14
Temperature characteristic, overall 15
Termolecular reactions 128—129
Test molecule 7 16 52 176 203
Test particle Monte Carlo method for collisionless flows 176
Thermal, backflow limit 84—86
Thermal, bound-bound 29 145—146
Thermal, bound-free 29
Thermal, diffusion 75
Thermal, DSMC result for 275—278
Thermal, equilibrium (see Equilibrium)
Thermal, free-free 29
Thermal, most probable 78
Thermal, radiation 28
Thermal, single species 18
Thermal, speed in equilibrium gas average 78
Thermal, velocity 13
Thermodynamic 14
Thermophoresis 173—174
Time counter (TC) method 218
Transfer equation 56
Transition regime 183
Transition regime flows 203
Translational 14
Transport properties (see Viscosity coefficient etc.)
Uncertainty principle 24
Universal gas constant 14
Variable hard sphere (VHS) 20 40—41
Variable soft sphere (VSS) 41—42
Variance reduction 181 212 428
Velocity distribution functions, Chapman — Enskog 3
Velocity distribution functions, equilibrium 3 64
Velocity distribution functions, full range 148
Velocity distribution functions, half range 150
Velocity distribution functions, Maxwellian 3 64
Velocity distribution functions, N particle 49
Velocity space 46
VHS (see Variable hard sphere)
Vibrational excitation, anharmonic 245—246
Vibrational excitation, collision number 138 141 413
Vibrational excitation, DSMC result for 241
Vibrational excitation, energy levels 114 245—246
Vibrational excitation, harmonic oscillator 113
Viscosity DSMC result for 262—270
Viscosity in mixture 269—270
Viscosity, coefficient Chapman — Enskog result 66
Viscosity, coefficient for power-law molecules 67
Viscosity, coefficient for VHS molecules 67
Viscosity, coefficient for VSS molecules 70
Viscosity, cross-section 38
Viscosity, measured 408
Viscosity, temperature index 20 408
Viscous stress tensor 14 74
Vortices, behind vertical plate 348—352
Vortices, Taylor — Couette 378—383
VSS (see Variable soft sphere)
Weighting factors 213 372—374 388
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