Mechanics of turbulence of multicomponent gases:
Gespeichert in:
| Hauptverfasser: | , |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Dordrecht [u.a.]
Kluwer
2001
|
| Schriftenreihe: | Astrophysics and space science library
269 |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XIII, 375 S. Ill., graph. Darst. |
| ISBN: | 1402001037 |
Internformat
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Datensatz im Suchindex
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|---|---|
| adam_text | MECHANICS OF TURBULENCE OF MULTICOMPONENT GASES BY MIKHAIL YA. MAROV AND
ALEKSANDER V. KOLESNICHENKO M. V. KELDYSH INSTITUTE OF APPLIED
MATHEMATICS, RUSSIAN ACADEMY OF SCIENCES, MOSCOW, RUSSIA KLUWER ACADEMIC
PUBLISHERS DORDRECHT / BOSTON / LONDON VII CONTENTS FOREWORD 1 PART 1
SEMI-EMPIRICAL MODELING OF TURBULENT MULTICOMPONENT GASES CHAPTER 1
TURBULENCE IN NATURAL MEDIA 6 1.1. TURBULENT MOTION OF A FLUID. GENERAL
CONSIDERATIONS 6 1.1.1. GEOPHYSICAL TURBULENCE 7 1.1.2. SOME METHODS OF
TURBULENCE SIMULATION 12 1.1.3. TURBULENT DIFFUSION 13 1.1.4. THE
DYNAMIC NATURE OF TURBULENCE 16 1.2. TURBULENCE IN ATMOSPHERES OF
PLANETS 17 1.2.1. PLANETARY ATMOSPHERES 18 1.2.2. DYNAMICS OF THE
ATMOSPHERES OF EARTH AND VENUS 21 1.2.3. DYNAMICS OF THE MARTIAN
ATMOSPHERE 23 1.2.4. GENERAL CIRCULATION OF THE ATMOSPHERES OF GIANT
PLANETS 27 1.3. TURBULENCE IN THE UPPER ATMOSPHERE OF PLANETS 35 1.3.1.
THE UPPER ATMOSPHERES OF THE TERRESTRIAL PLANETS 36 1.3.2. TURBULENT
DIFFUSION IN THE ATMOSPHERE OF TERRESTRIAL PLANETS 39 1.3.3. THE UPPER
ATMOSPHERES OF THE GIANT PLANETS 46 1.4. ASTROPHYSICAL AND COSMOGONIC
MODELS 49 1.4.1. THE BIRTH AND EVOLUTION OF STARS 49 1.4.2. THE ROLE OF
TURBULENCE IN THE EVOLUTION OF THE UNIVERSE 56 1.4.3. THE ORIGIN OF
PLANETARY SYSTEMS 57 1.4.4. PLASMA TURBULENCE 62 SUMMARY 64 CHAPTER 2
REGULAR MOTION OF GASEOUS MIXTURES INVOLVING PHYSICOCHEMICAL
INTERACTIONS OF THE COMPONENTS 65 2.1. INITIAL BALANCE EQUATIONS AND
CONSERVATION LAWS FOR REGULAR MOTIONS IN GASEOUS MIXTURES 65 2.1.1.
DIFFERENTIAL EQUATIONS FOR MATERIAL BALANCE 67 VIII 2.1.2. THE
CONSERVATION EQUATION FOR THE MOMENTUM OF THE TOTAL CONTINUUM 71 2.1.3.
DIVERSE ENERGY EQUATIONS FOR MULTICOMPONENT MEDIA 73 2.1.4. THE EQUATION
OF STATE FOR A MIXTURE OF IDEAL GASES 78 2.1.5. THE COMPLETE SYSTEM OF
HYDRODYNAMIC EQUATIONS FOR GAS MIXTURES 79 2.2. THE SECOND LAW OF
THERMODYNAMICS: THE RATE OF ENTROPY ORIGIN IN GASEOUS MIXTURES 82 2.2.1.
THE ONSAGER PRINCIPLE 83 2.2.2. THE EVOLUTIONARY ENTROPY TRANSFER
EQUATION FOR MULTICOMPONENT GASEOUS MIXTURES 87 2.3. DEFINING RELATIONS
FOR DIFFUSION AND HEAT FLUXES IN CONTINUOUS MULTICOMPONENT MIXTURES 89
2.3.1. LINEAR CONSTITUENT RELATIONS FOR MOLECULAR FLUXES OF DIFFUSION
AND HEAT 89 2.3.2. THE STEFAN-MAXWELL RELATIONS FOR MULTICOMPONENT
DIFFUSION 94 2.3.3. THE GENERALIZED STEFAN-MAXWELL RELATIONS BASED ON
THE METHODS OF THERMODYNAMICS OF IRREVERSIBLE PROCESSES 97 2.3.4. THE
TOTAL HEAT FLUX IN AN IDEAL MULTICOMPONENT MEDIA 104 2.3.5. FORMULAS FOR
THE MULTICOMPONENT DIFFUSION COEFFICIENTS 105 2.3.6. MULTICOMPONENT
DIFFUSION IN THE UPPER ATMOSPHERE 107 SUMMARY 111 CHAPTER 3 TURBULENT
MOTION OF MULTICOMPONENT MIXTURES WITH VARIABLE THERMOPHYSICAL
PROPERTIES 112 3.1. MEAN MOTION OF A TURBULENT MULTICOMPONENT MIXTURE
WITH VARIABLE DENSITY 113 3.1.1. CHOICE OF THE AVERAGING OPERATOR 114
3.1.2. AVERAGED CONSERVATION LAWS FOR A TURBULIZED MIXTURE 118 3.2.
TURBULENT FLOWS OF REACTING GASEOUS MIXTURES 135 3.2.1. THE AVERAGE
THERMAL EQUATION OF STATE FOR IDEAL GAS MIXTURES 135 3.2.2. THE AVERAGED
HYDRODYNAMIC EQUATIONS FOR A MIXTURE 136 3.2.3. THE AVERAGE CHEMICAL
REACTION RATE IN TURBULENT FLOWS 13 8 3.3. DEFINING RELATIONS FOR
TURBULENT FLOWS IN MULTICOMPONENT MEDIA 147 IX 3.3.1. THE GRADIENT
HYPOTHESIS 147 3.3.2. MODELING THE TURBULENT TRANSPORT COEFFICIENTS 155
3.3.3. THE DEFINITION OF CORRELATIONS INVOLVING DENSITY FLUCTUATIONS 158
SUMMARY 165 CHAPTER 4 EVOLUTIONARY TRANSFER MODELS FOR THE SECOND
CORRELATION MOMENTS 166 4. 1 . THE GENERAL FORM OF THE TRANSFER EQUATION
FOR PAIR CORRELATIONS IN A COMPRESSIBLE FLOW 167 4.1.1. DIFFERENTIAL
TRANSFER EQUATIONS FOR FLUCTUATIONS 168 4.1.2. EVOLUTIONARY TRANSFER
EQUATION: THE GENERAL FORM 170 4.2. TURBULENT ENERGY BALANCE EQUATIONS
FOR COMPRESSIBLE MULTICOMPONENT MEDIA 172 4.2.1. THE EQUATIONS FOR THE
TURBULENT STRESS TENSOR 173 4.2.2. THE TRANSFER EQUATION FOR TURBULENT
ENERGY IN COMPRESSIBLE MULTICOMPONENT MIXTURES 179 4.3. TRANSFER
EQUATIONS FOR THE PAIR CORRELATIONS OF MIXTURE ENTHALPY AND
CONCENTRATIONS OF COMPONENTS 184 4.3.1. THE TRANSFER EQUATION FOR
TURBULENT HEAT FLUXES . 185 4.3.2. A PROGNOSTIC EQUATION FOR MEAN-SQUARE
FLUCTUATIONS OF THE MIXTURE ENTHALPY 187 4.3.3. CORRELATIONS INCLUDING
FLUCTUATIONS OF THE SUBSTANCE PRODUCTION SOURCE 189 4.3.4. THE TRANSFER
EQUATION FOR TURBULENT DIFFUSION FLUXES 191 4.3.5. THE EVOLUTIONARY
TRANSFER EQUATION FOR CORRELATIONS WITH MIXTURE ENTHALPY AND COMPOSITION
PULSATIONS 192 4.3.6. THE TRANSFER EQUATION FOR CORRELATION MOMENTS OF
MIXTURE COMPOSITION PULSATIONS 194 4.3.7. THE TURBULENCE SCALE 196
4.3.8. THE EVOLUTIONARY TRANSFER EQUATION FOR THE SCALAR DISSIPATION
RATE 198 4.3.9. ALGEBRAIC CLOSURE MODELS 200 SUMMARY 205 CHAPTER 5 THE
STEFAN-MAXWELL RELATIONS AND THE HEAT FLUX FOR TURBULENT MULTICOMPONENT
CONTINUUM MEDIA 206 X 5.1. THE BALANCE EQUATION FOR THE AVERAGED ENTROPY
IN TURBULENT FLOWS OF GASEOUS MIXTURES 207 5.1.1. THE GENERAL FORM OF
THE EVOLUTIONARY EQUATION FOR THE WEIGHTED-MEAN ENTROPY 208 5.1.2. THE
BALANCE EQUATION FOR ENTROPY AND ENTROPY PRODUCTION FOR THE TURBULENT
CHAOTIC SUBSYSTEM 212 5.1.3. THE BALANCE EQUATION FOR THE TOTAL
TURBULIZED CONTINUUM ENTROPY 216 5.2. DEFINING RELATIONS FOR
MULTICOMPONENT TURBULIZED MEDIA: THE THERMODYNAMIC APPROACH 217 5.2.1.
LINEAR KINEMATIC CONSTITUTIVE RELATIONS 217 5.2.2. TURBULENT DIFFUSION
AND HEAT FLUXES IN DEVELOPED TURBULENT FLOWS 220 5.3. THE STEFAN-MAXWELL
RELATION AND THE HEAT FLUX FOR TURBULENT MIXTURES. 223 5.3.1. THE
STEFAN-MAXWELL RELATION 223 5.3.2. THE HEAT FLUX IN TURBULENT
MULTICOMPONENT MEDIA 227 SUMMARY 228 XI PART II SOME MODEL PROBLEMS OF
MULTICOMPONENT TURBULENCE CHAPTER 6 DIFFUSION PROCESSES IN THE
THERMOSPHERE 231 6.1. DIFFUSIVE TRANSFER IN ATMOSPHERIC MULTICOMPONENT
GAS MIXTURES 232 6.1.1. MOLECULAR HEAT AND MASS TRANSFER 232 6.1.2.
TURBULENT MULTICOMPONENT FLUXES OF MASS AND ENERGY 238 6.2. MODELING
THE TERRESTRIAL LOWER THERMOSPHERE 242 6.2.1. THE SYSTEM OF DIFFERENTIAL
EQUATIONS OF THE MODEL 243 6.2.2. BOUNDARY AND INITIAL CONDITIONS 245
6.2.3. THE TRANSFER COEFFICIENTS 246 6.2.4. IONIZATION AND DISSOCIATION
OF THE ATMOSPHERIC COMPONENTS 247 6.2.5. THE MODELING RESULTS 250
SUMMARY 254 CHAPTER 7 TURBULENT TRANSFER COEFFICIENTS IN PLANETARY UPPER
ATMOSPHERES: A SEMI-EMPIRICAL DETERMINATION 255 7.1. THE ORIGINAL
EQUATIONS AND THEIR TRANSFORMATIONS 255 7.1.1. THE INITIAL EVOLUTIONARY
TRANSFER EQUATIONS 256 7.1.2. MODELING THE CORRELATION TERMS 258 7.2.
THE METEOROLOGICAL APPROXIMATION 260 7.2.1. THE OBERBECK-BOUSSINESQUE
APPROXIMATION 260 7.2.2. THE TURBULENT EXCHANGE COEFFICIENTS 261 7.3.
NUMERICAL CALCULATION OF THE TURBULENT EXCHANGE COEFFICIENTS 264 7.3.1.
BASIC EQUATIONS AND BOUNDARY CONDITIONS 264 SUMMARY 269 CHAPTER 8
STATISTICAL PARAMETERS OF TURBULENCE: MODELING FROM FLUCTUATIONS OF THE
REFRACTIVE INDEX 270 8.1. ALGEBRAIC EQUATIONS FOR MODELING THE TURBULENT
EXCHANGE COEFFICIENTS 271 8.1.1. MODELING THE TURBULENT EXCHANGE
COEFFICIENTS 272 8.1.2. TURBULENT EXCHANGE COEFFICIENTS 275 8.2. THE
REFRACTIVE INDEX AND THE EXTERNAL TURBULENCE SCALE 279 8.2.1. KINEMATICS
OF TURBULENCE AND MICROSTRUCTURE IN ATMOSPHERIC PARAMETERS 280 XII
8.2.2. STRUCTURE AND SPECTRAL FUNCTIONS OF RANDOM FIELDS 281 8.2.3. THE
STRUCTURE FUNCTION OF THE REFRACTIVE INDEX 283 8.2.4. THE STRUCTURE
CHARACTERISTICS OF THE INHOMOGENEOUS TURBULENT ATMOSPHERE 285 8.2.5.
FLUCTUATIONS IN THE REFRACTIVE INDEX OF AIR 286 8.2.6. THE EXTERNAL
TURBULENCE SCALE AND THE STRUCTURE CHARACTERISTIC OF THE REFRACTIVE
INDEX 288 8.3. THE STRUCTURE CHARACTERISTIC OF THE REFRACTIVE INDEX:
DETERMINATION FROM ATMOSPHERIC REMOTE SENSING 289 8.3.1. THE WAVE
EQUATION AND THE SSP METHOD 290 8.3.2. PLANE WAVE AMPLITUDE FLUCTUATIONS
IN A LOCALLY ISOTROPIC TURBULENT MEDIUM 290 8.3.3. THE EVALUATION OF
INTENSITY FLUCTUATIONS WITH THE SSP METHOD 293 8.3.4. PLANE LIGHT WAVE
INTENSITY FLUCTUATIONS AND THE SCINTILLATION INDEX 294 8.3.5. STRONG
FLUCTUATIONS 295 8.4. STRUCTURE CHARACTERISTIC OF THE REFRACTIVE INDEX
AND THE STELLAR SCINTILLATION INDEX 298 8.4.1. GEOMETRY OF THE OBSERVED
SCINTILLATIONS 298 8.4.2. THE SCINTILLATION PHOTOCURRENT 299 8.4.3.
DEPENDENCE OF SCINTILLATIONS ON INSTRUMENT OPTICS 301 8.4.4. THE
SCINTILLATION INDEX AND THE STRUCTURE CHARACTERISTIC 302 8.4.5. SPECTRA
OF LIGHT INTENSITY FLUCTUATIONS 303 SUMMARY 307 CHAPTER 9 THE PROCESSES
OF HEAT AND MASS TRANSFER AND COAGULATION IN PROTOPLANETARY GAS-DUST
NEBULA 308 9.1. TURBULENCE IN TWO-PHASE DISPERSE MEDIA. THE TURBULENT
TRANSFER COEFFICIENTS IN ROTATING GAS-DUST ACCRETION DISKS 309 9.1.1.
MODELING SHEAR TURBULENCE IN THE DISK 310 9.1.2. TURBULENT ENERGY
BALANCE IN TWO-PHASE DISPERSE MEDIA 311 9.1.3. TURBULENT ENERGY BALANCE
317 9.1.4. TURBULENT TRANSFER COEFFICIENTS IN THE GAS- DUST DISK 323
9.1.5. THE ROTATING GAS-DUST DISK: A MODEL EXAMPLE 325 9.2. COAGULATION
AND MASS TRANSFER IN THE TURBULENT PROTOPLANETARY NEBULA 329 XIII 9.2.1.
THE DIFFUSION EQUATION FOR DUST PARTICLE COAGULATION 330 9.2.2. MODELING
THE EDDY DIFFUSION COEFFICIENT FOR THE GAS-DUST SUBDISK 333 9.2.4.
COAGULATION COEFFICIENTS IN THE TURBULENT GAS-DUST DISK 339 9.2.5. THE
COAGULATION KINETICS EQUATION: SOLUTION BY THE MOMENTS METHOD 343
SUMMARY 349 CONCLUSION 351 REFERENCES 355 SUBJECT INDEX 371
|
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| indexdate | 2024-07-09T18:58:48Z |
| institution | BVB |
| isbn | 1402001037 |
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| physical | XIII, 375 S. Ill., graph. Darst. |
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| series | Astrophysics and space science library |
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| spelling | Marov, Michail Ja. Verfasser aut Mechanics of turbulence of multicomponent gases by Mikhail Ya. Marov and Aleksander V. Kolesnichenko Dordrecht [u.a.] Kluwer 2001 XIII, 375 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Astrophysics and space science library 269 Planet (DE-588)4046212-2 gnd rswk-swf Atmosphärische Turbulenz (DE-588)4223965-5 gnd rswk-swf Planet (DE-588)4046212-2 s Atmosphärische Turbulenz (DE-588)4223965-5 s DE-604 Kolesničenko, Aleksandr V. Verfasser aut Astrophysics and space science library 269 (DE-604)BV000000296 269 GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=009707648&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Marov, Michail Ja Kolesničenko, Aleksandr V. Mechanics of turbulence of multicomponent gases Astrophysics and space science library Planet (DE-588)4046212-2 gnd Atmosphärische Turbulenz (DE-588)4223965-5 gnd |
| subject_GND | (DE-588)4046212-2 (DE-588)4223965-5 |
| title | Mechanics of turbulence of multicomponent gases |
| title_auth | Mechanics of turbulence of multicomponent gases |
| title_exact_search | Mechanics of turbulence of multicomponent gases |
| title_full | Mechanics of turbulence of multicomponent gases by Mikhail Ya. Marov and Aleksander V. Kolesnichenko |
| title_fullStr | Mechanics of turbulence of multicomponent gases by Mikhail Ya. Marov and Aleksander V. Kolesnichenko |
| title_full_unstemmed | Mechanics of turbulence of multicomponent gases by Mikhail Ya. Marov and Aleksander V. Kolesnichenko |
| title_short | Mechanics of turbulence of multicomponent gases |
| title_sort | mechanics of turbulence of multicomponent gases |
| topic | Planet (DE-588)4046212-2 gnd Atmosphärische Turbulenz (DE-588)4223965-5 gnd |
| topic_facet | Planet Atmosphärische Turbulenz |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=009707648&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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