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| Авторизация |
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| Поиск по указателям |
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| Serre D. — Handbook of Mathematical Fluid Dynamics, Vol. 1 |
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| Предметный указатель |
Friedland, S. 536 [121]
Friedrichs, K. 432 442 446 517 534 551 553 649
Frisch, H.L. 20 67
Frommlet, F. 281 293
Frontal collisions 125
Fujita, H. 318 365
Gabetta, E. 248 252—254 259 261 292
Gain term 81 155 157
Galdi, G.P. 338 365 661—665 677 679 681 682 685—687 693 695 696 699—701 704 716 717 721 723—725 727 736 740 741 748 750 753 755—760 763 766 768 771 774 777 778 781 784 757
Galgani, L. 50 63
Galkin, V.S. 32 37 67
Gallavotti, G. 99 286 296
Gamba, I. 274 275 277—279 291 521 536
Garcia, A. 60 62 66
Gardener, R. 385 418
Gardner, C.S. 548 566 581 584 606 618 619 623 624 626 650
Gas 4 5 9 10 14 15 18 19 22 25
Gas constant 17
Gas dynamical shock wave 576
Gas dynamics 574
Gas-surface interaction 4 22 24 33 50 54 57
Gasser, I. 138 296
Gatignol, R. 87 88 296
Gaussian tails 150
Generalized characteristics 479
Genieys, S. 86 290
Gentil, I. 107 207 232 286 255
Geometric structure 513
Gerard, P. 137 287 296
Giesekus, H. 738 759
Gilbarg, D. 559 650
Gimelshein, S.F. 62 66
Giorgilli, A. 50 63
Giurin, M.C. 62 69
Glass, I.I. 518 519 535
Glassey, R.T. 86 90 286 296 536
Glaz, H. 515 518 536
Glimm functional 461
Glimm scheme 458
Glimm solutions 458 463 468
Glimm, J. 427 428 458 461 464 467 481 483 487 515—519 521 533
Global well-posedness 432
Goatin, P. 478 532
Godlewski, E. 428 536
Godunov scheme 497
Godunov, S. 497 536 553 554 562 574 575 593—595 604 607 650
Goldberger, M.L. 555 649
Goldhirsch, I. 273 275 276 297
Goldshtein, A. 278 297
Golse, F. 86 99 112 135 137 138 144—146 180 266 273 276 287 290
Goodman, J. 381 418 535
Gordienko, V.M. 588 604 620 650
Gosse, L. 526 536
Goudon, T. 119 136 166 181 297
Gouin, H. 378 418
Grabacka, E. 659 759
Grad's number 243
Grad, H. 63 66 95 108 110 113 120 135 156 197 236 243 244 286 287 297
Gradient flows 109 194 198 204 228—235
Graham, C. 100 114 178 269 294
Granular materials 87 194 197 206 233 272—279
Grassin, M. 436 536
Gravity 5 9
Gray, J. 659 789
Grazing collisions 10 83 121—123 130 181 268
Grazing collisions, for quantum models 282
Green, A.E. 364 368
Greenberg, J. 468 483 505 536
Greenberg, W. 135 297
Grenier, E. 359 368 536
Griinbaum, F.A. 253 297
Grinfeld, M. 383 384 418
Gripenberg, G. 512 537
Grobbelaar-Van Dalsen, M. 655 789
Gronwall, T. 103 297
GropengieBer, F. 60 66
Grosfils, P. 63 65
Gross, E.P 19 64
Gross, L. 207 297
Grossman, P.D. 655 656 789
Gu, C. 445 446 521 537
Guiraud, J.-P. 25 35 65
Gunzburger, M. 655 789
Guo, M.Z. 287 298
Guo, Y. 90 295 537
Gurtin, M. 378 387 418
Gustafsson, T. 87 133 150 156 161 201 290
H-functional 104 105 107 108
H-solutions 160 167
H-Theorem 18 20 47 104—109 189—244 258
Hagan, R. 382 383 419
Hale, J.K. 356 365
Hamdache, K. 132 138 295
Hames, B.D. 655 759
Hanson, E.B. 20 35 44 66
Happel, V. 676 678 725 735 749 763 765—768 772 759
Harabetian, E. 519 537
Harbour, P.J. 61 66
Hard potentials 119 122 123 133 148—150 201 209 216 268
Hard spheres 5 9 43 58 59 83
Harten, A. 650 [70]
Harvey, J.K. 62 66
Hash, D.B. 58 62 66
Hassan, H.A. 58 66
Hattori, H. 390 391 419
Heat conductivity 20 32 52 58
Heat flow 37 38 42 46
Heat fluxes 3
Heat of reaction 55
Heat transfer 22 34 42
Heat-flow 5 15 16 25
Heintz, A. 85 259
Heisenberg Inequality 255
Helfand, E. 20 67
Helium 61
Henderson, L.F. 518 519 531
Hermite polynomials 135 252
Herrero, M.A. 282 295
Hesla, T. 655 759
Heywood, J.G. 661 696 704 755
Hicks, B. 57 65
High altitude flight 4 52
High temperatures 52
High-temperature air 54
Hilbert expansion 28 31 113
Hilbert method 36
Hilbert space 21 22
Hilbert's sixth problem 114
Hilbert, D. 25 31 35 66 534 552 649
Hirschfelder, J.O. 32 66
Hishida, T. 696 759
Hoff, D. 317 318 346 357 361 363 365 367 365 419
Hoffman, F. 606 608 650
Hoffmann, K.H. 655 759
Holway, L.H., Jr. 20 66
Homogeneous cooling states 278—279
Horikawa, A. 656 657 757
Hormander, L. 537 [152]
Hou, Z. 445 446 537
Howard, P. 385 420 652
Howell, J.R. 57 65
Hrusa, W.J. 441 537
Hsiao, L. 361 369 419 442 446 453 458 461 519 531 532
Hu, H. 656 750 758 789
Hu, J. 470 478 479 537
Huang, A.B. 61 66
Huang, F. 521 543
Huber, C. 61 65
Hudjaev, S.I. 596 652
Hugoniot adiabat 576
| Hul, M. 659 759
Hunter, J. 519 520 537
Hurlbut, F. 24 66
Hwang, P.R. 61 66
Hydrodynamic limit 111—114 135 138 206
Hydrodynamic limit, for granular media 276
Hydrodynamic limit, for quantum models 282
Hyperbolic-elliptic mixed type 378—380
Hypersonic flow 61 62
Hypersonic speed 52
Hypoellipticity 180
Hyung-Chun Lee 655 759
Ideal fluid 37
Ikenberry, E. 113 134 148 153 201 204 295
Ill-posedness example of Hadamard type 561
Illner, R. 9 18 24 60 63 82 83 87 88 96—98 101 103 105 107 109 110 114 132 136 143 162 286 259
Imai, K. 135 301
Impact parameter 58 80
Incomplete accommodation 61
Incompressible fluid 27
Industrial emissions 3
Inelastic Boltzmann operator 274
Inelastic collisions 49 50 87 273—279
Inelastic scattering 57
Inertia tensor 666
Inertial motion 58
Inertial torque coefficient 729 735 760
Infinite energy 117 192
Infinite entropy 227
Infinite mass 131 195
Information theory 254—257
Initial conditions 27 36
Initial data 60
Initiation criteria 387
Instability of a strong discontinuity 561 568
Interaction potential 22
Intermolecular force 10 58
Internal degrees of freedom 48 50 53
Internal energy 10 15—17 30 31 46 47 49 53 55
Internal state 46 47 58
Internal variables 47
Invariant regions 453
Inverse collision 47
Ionization 53 56
Ionization phenomena 4
Ionized flows 57
Ions 3 53
Iordanskii, S.V. 548 580 586 609 650
Irreversibility 82 105—109 117
Isaacson, E.L. 561 650
Isentropic 333 336 346 349 355 357 365
Isentropic Euler equations 432 451 488
Isentropic gas dynamics 513
Isothermal Euler equations 449
Isothermal gas dynamics 461
Ivanov, M.S. 62 66
Ivanov, M.Ya. 594 650
Iwashita, H. 696 759
Jabin, P.E. 138 296
James, F. 138 295 532
James, R.D. 385 419
Janenko, N.N. 549 555 559 560 577 609 651
Janvresse, E. 270 295
Jeans, J.H. 48 66
Jeffrey, A. 549 550 552 555 560 576 650
Jeftery, O.B. 655 789
Jenssen, H.K. 537 [158]
Jerome, J.W. 533 [55]
Jiang, S. 346 361 367 369
Jin, B.J. 320 367
Jin, S. 113 298 537
John, F. 436 438 439 441 442 537
Johnston, T. 121 303
Jones, R.B. 659 788
Joseph, D.D. 656—658 662 663 670 738 749 750 758 759 788
Joss, W.W. 61 66
Jump conditions 555
Jump conditions for MHD (magnetohydrodynamical) strong discontinuities 608
Jump processes 199 216
Jungel, A. 198 233 293
k-shock 560
k-shock conditions 560
Kac model 87 165 223 253 260
Kac's master equation 269—270
Kac's spectral gap problem 269—271
Kac, M. 82 87 100 105—107 265 269 270 287 298
Kadanoff, L. 277 295
Kan, P.-T. 533 [56]
Kaniel, S. 136 298
Kaper, H.G. 32 66
Kato, T. 318 365 442 537 570 596 650
Kawashima, S. 135 201 295 442 537
Kazhikhov, A.V. 312 313 344 345 361 367
Keizer, J. 537 [167]
Keller, J. 441 519 537
Keller, S.R. 659 660 769 773 790
Kersch, A. 57 58 66
Keyfitz, B.L. 385 391 419 521 532
Khanin, K. 521 535
Khesin, B.A. 229 289
Khodja, M. 384 419
Kim, E.H. 521 532
Kim, S. 655 790
Kinematic viscosity 28
kinetic energy 5 10 46
Kinetic equation 47
Kinetic layer 94 135
Kinetic model 18 44 57
Kinetic relation admissibility criteria 387
Kinetic theory 3 4 13 17 22 53 54 61
Kipnis, C. 287 298
Kirchhoff, G. 655 790
Klainermun, S. 436 441 537
Klaus, M. 118 135 295
Klingenberg, C. 517 536
Knowles, J. 388 389 417
Knudsen gas 31
Knudsen layers 37
Knudsen minimum effect 94
Knudsen number 33 61 111
Knudsen, M. 24 42 52 66
Ko, J. 655 790
Kobayashi, T. 363 369 790
Kogan, M. 24 32 37 67 101 295
Kohler, W.E. 49 67
Kompaneets equation 282
Kontorovich, V.M. 548 580 583 586 597 602 650
Korn inequality 243
Kornpaneet, A. 282 295
Korteweg, D.J. 378 379 419
Kosinski, W. 443 537
Kot, S.S. 61 67
Koura, K. 58—60 62 67
Kozono, H. 696 790
Krajko, A. 594 650
Kranzer, H.C. 391 419 536
Kreiss, H.-O. 547 549 557 565 567 569 570 572 650[79]
Krizanic, E. 24 67
Kronecker delta 16
Krook, M. 19 64
Kruger, C.H., Jr. 542 [311]
Kruskal, M.D 548 566 581 584 606 618 619 623 624 626 650
Kruzhkov, S. 537 [1721
Krymskikh, D.A. 554 569 645
Kulikovskii, A.G. 559 606 608 609 611 612 619 625 649
Kullback entropy 192 204 206
Kur'ner, A. 324 310
Kurganov, A. 518 537
Kurtz, D.S. 713 790
Kurtz, T.G. 527 537
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