Transport modeling for environmental engineers and scientists:
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Hoboken, NJ
Wiley
2009
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| Ausgabe: | 2. ed. |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XXX, 630 S. Ill., graph. Darst. |
| ISBN: | 9780470260722 0470260726 |
Internformat
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| 245 | 1 | 0 | |a Transport modeling for environmental engineers and scientists |c Mark M. Clark |
| 250 | |a 2. ed. | ||
| 264 | 1 | |a Hoboken, NJ |b Wiley |c 2009 | |
| 300 | |a XXX, 630 S. |b Ill., graph. Darst. | ||
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Datensatz im Suchindex
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| adam_text | TRANSPORT MODELING FOR ENVIRONMENTAL ENGINEERS AND SCIENTISTS SECOND
EDITION MARK M. CLARK ($)WILEY A JOHN WILEY & SONS, INC., PUBLICATION
CONTENTS PREFACE ACKNOWLEDGMENTS LIST OF SYMBOLS 1 CONSERVATION LAWS AND
CONTINNA 1.1. INTRODUCTION, 1 1.2. CONSERVATION LAWS: SYSTEMS APPROACH,
2 1.3. CONSERVATION LAWS: CONTROL VOLUME APPROACH, 4 1.4. CONSERVATION
LAWS: DIFFERENTIAL ELEMENT APPROACH, 10 1.5. CONTINUA, 14 1.6. SOURCES,
SINKS, REACTIONS, AND BOX MODELS, 18 1.7. SUMMARY, 20 EXERCISES, 21
REFERENCES, 32 BIBLIOGRAPHY, 32 2 LOW-CONCENTRATION PARTICLE SNSPENSIONS
AND FLOWS 2.1. INTRODUCTION, 33 2.2. DRAG ON A SPHERE, 34 2.3. DRAG
FORCE ON NONSPHERICAL PARTICLES, 37 2.4. LOW REYNOLDS NUMBER PARTICLE
DYNAMICS AND STOKES LAW, 39 2.5. PARTICLE MOTIONS IN ELECTRIC FIELDS,
43 XV XVII XIX 1 33 VII VIII 2.6. QUIESCENT AND PERFECT-MIX BATCH
SEDIMENTATION, 45 2.7. CONTINUOUS SEDIMENTATION PROEESSES, 48 2.8.
INERTIAL FOREES ON PARTICLES AND STOPPING DISTANCE, 55 2.9. INERTIAL
FOREES IN PARTICLE FLOWS, 56 2.10. ROTATING FLOWS, 59 2.11.
CENTRIFUGATION, 62 2.12. SUMMARY, 66 EXERCISES. 68 REFERENEES, 81
BIBLIOGRAPHY, 82 CONTENTS 3 INTERACTIONS OF SMALL CHARGED PARTICLES 3.1.
INTRODUCTION, 83 3.2. IMPORTANCE OF SURFAEE, 85 3.3. AEQUISITION OF
SURFAEE CHARGE, 88 3.3.1. HYDROSOLS, 89 3.3.2. AEROSOLS, 91 3.4.
PARTICLE SIZE, SHAPE, AND POLYDISPERSITY, 91 3.5. THE DOUBLE LAYER AND
COLLOIDAL STABILITY, 96 3.5.1. DEBYE-HUECKEL MODEL OF THE DOUBLE LAYER,
97 3.5.2. OVERLAPPING DOUBLE LAYERS AND INTERPARTICLE REPULSION, 101
3.5.3. VAN DER WAALS FOREES AND THE DLVO THEORY, 103 3.6. THE
SEHULZE-HARDY RULE, 106 3.7. ELEETROPHORESIS AND ZETA POTENTIAL, 108
3.8. PARTICLE COLLISION AND FAST COAGULATION, 112 3.8.1. THE GENERAL
DYNAMIC EQUATION, 112 3.8.2. COLLISION-FREQUENEY FUNETIONS, 114 3.8.3.
SIMPLIFIED DISCRETE PARTICLE DYNAMICS, 119 3.8.4. SIMPLE KINETICS WITH
MASS CONSERVATION, 120 3.8.5. SIMPLE KINETICS WITH MASS CONSERVATION AND
BREAKUP, 123 3.9. SLOW COAGULATION, 125 3.10. SUMMARY, 128 EXERCISCS,
129 REFERENCES, 133 BIBLIOGRAPHY, 134 4 ADSORPTION, PARTITIONING, AND
INTERFACES 4.1. INTRODUCTION, 135 4.2. ACCUMULATION OF SOLUTES AT
INTERFACES, 136 4.2.1. GIBBS ADSORPTION ISOTHERM, 136 4.2.2. ORIENTATION
OF LARGE MOLECULES AT INTERFACES, 141 4.3. ADSORPTION AT SOLID-LIQUID
AND SOLID-GAS INTERFACES, 145 83 135 CONTENTS 4.4. ADSORPTION ISOTHERMS,
147 4.5. LINEAR EQUILIBRIUM PARTITIONING BETWEEN TWO PHASES, 157 4.5.1.
DALTON S AND RAOULT S LAWS, 157 4.5.2. HENRY S LAW AND PARTITION
COEFFICIENTS, 160 4.5.3. MASS BALANCES AND THE PARTITION COEFFICIENT,
163 4.6. PARTITIONING AND SEPARATION IN FLOW SYSTEMS, 165 4.7. SUMMARY,
168 EXERCISES, 169 REFERENCES, 172 BIBLIOGRAPHY, 173 IX 5 BASIC FLUID
MECHANICS OF ENVIRONMENTAL TRANSPORT 175 5.1. INTRODUCTION, 175 5.2. THE
JOY OF FLUID MECHANICS, 176 5.3. THE NAVIER-STOKES EQUATIONS, 179 5.4.
FLUID STATICS AND THE BUOYANCY FORCE, 181 5.5. CAPILLARITY AND
INTERFACIAL TENSION, 185 5.6. THE MODIFIED PRESSURE AND FREE-SURFACE
FLOWS, 189 5.7. STEADY UNIDIRECTIONAL FLOWS AND STEADY CIRCULAR
STREAMLINE FLOWS, 190 5.8. FLUID SHEAR STRESSES AND THE VISCOSITY OF
NEWTONIAN FLUIDS, 194 5.9. SLIP FLOW, 196 5.10. FIELD-FLOW
FRACTIONATION, 198 5.11. NONSTEADY UNIDIRECTIONAL FLOWS: STOKES FIRST
PROBLEM, 200 5.12. LOW REYNOLDS NUMBER FLOWS, 203 5.12.1. THE REYNOLDS
NUMBER AND THE STOKES EQUATION, 203 5.12.2. SPHERE IN AXISYMMETRIC LOW
RE FLOW: STOKES DRAG LAW, 205 5.12.3. FLOW THROUGH POROUS MEDIA, 208
5.13. IDEAL FLUIDS, POTENTIAL FLOWS, AND STREAM FUNCTIONS, 212 5.13.1.
INVISCID FLOWS AND THE EULER EQUATION, 212 5.13.2. IRROTATIONAL FLOWS
AND THE VELOCITY-POTENTIAL FUNCTION, 212 5.13.3. THE STREAM FUNCTION,
213 5.14. THE BERNOULLI EQUATION, 217 5.15. STEADY VISCOUS MOMENTUM
BOUNDARY LAYERS, 223 5.16. TURBULENT FLOWS, 229 5.16.1. CHARACTERISTICS
OF TURBULENCE, 230 5.16.2. REYNOLDS AVERAGING, 234 5.16.3. REYNOLDS
STRESSES AND THE CLOSURE PROBLEM, 237 5.16.4. EDDY VISCOSITY AND THE
MIXING-LENGTH MODEL, 239 5.16.5. ADVANCED TURBULENCE MODELING: THE K-E
MODEL, 241 X CONTENTS 5.16.6. ISOTROPIE TURBULENCE AND KOLMOGOROFF S
UNIVERSAL EQUILIBRIUM RANGE, 242 5.16.7. FLOW THROUGH CYLINDRIEAL
CONDUITS, 244 5.16.8. TURBULENT BOUNDARY LAYERS AND UNIVERSAL VELOCITY
LAWS,247 5.17. SUMMARY, 250 EXEREISES, 251 REFERENCES, 265 BIBLIOGRAPHY,
267 268 6 DIFFNSIVC MASS TRANSPORT 6.1. INTRODUETION, 268 6.2.
THERMODYNAMIES OF DIFFUSION, 269 6.3. FICK S FIRST LAW AND GENERAL
DIFFUSIVE TRANSPORT, 271 6.4. THE DIFFUSION COEFFICIENT, 275 6.4.1.
CLASSICAL APPROACHES, 275 6.4.2. EFFECT OF SOLUTION CONDITIONS ON
DIFFUSION COEFFICIENT, 280 6.4.3. KNUDSEN DIFFUSION, 282 6.5.
STEADY-STATE DIFFUSION PROBLEMS WITH NO OVERALL DIFFUSIVE MASS TRANSFER,
283 6.6. STEADY-STATE MASS BALANCES OVER DIFFERENTIAL ELEMENTS, 284
6.6.1. DIFFUSION OF ONE GAS THROUGH ANOTHER STAGNANT GAS, 284 6.6.2.
DIFFUSION WITH HETEROGENEOUS REACTION AT THE PARTICLE SURFAEE, 289
6.6.3. BROWNIAN COAGULATION AS A STEADY, DIFFUSION-LIMITED,
HETEROGENEOUS REACTION, 295 6.6.4. DIFFUSION WITH HOMOGENEOUS
FIRST-ORDER REACTION, 296 6.7. FIEK S SECOND LAW AND NONSTEADY-STATE
DIFFUSION, 298 6.7.1. FICK S SEEOND LAW, 298 6.7.2. DIFFUSION FROM A
PLANE SOUREE, 300 6.7.3. DIFFUSION IN A SEMI-INFINITE MEDIUM WITH
CONSTANT BOUNDARY CONEENTRATION, 304 6.7.4. DIFFUSION AND PARTITIONING
INTO A HOMOGENEOUS SPHERE, 306 6.8. EFFECTIVE DIFFUSION COEFFICIENTS IN
POROUS MEDIA, 309 6.9. HINDERED DIFFUSION, 313 6.10. WHEN CHEMIEALS
DIFFUSE AGAINST A CONEENTRATION GRADIENT, 315 6.11. SUMMARY, 317
EXERCISES, 318 RCFERENEES, 333 BIBLIOGRAPHY, 335 336 CONTENTS 7
CONVECTIVE DIFFUSION, DISPERSION, AND MASS TRANSFER 7.1. INTRODUCTION
AND SIMPLE EXAMPLE OF CONVECTIVE DIFFUSION, 336 7.2. THE
CONVECTIVE-DIFFUSION EQUATION, 340 7.3. MASS TRANSPORT IN STEADY LAMINAR
FLOW IN A CYLINDRICAL TUBE, 342 7.4. TAYLOR-ARIS DISPERSION, 352 7.5.
TURBULENT DISPERSION: THE LAGRANGIAN APPROACH, 353 7.6. TURBULENT
DISPERSION: THE EULERIAN APPROACH, 359 7.7. MASS TRANSFER IN LAMINAR
FLOW ALONG REACTING OR DISSOLVING SOLID SURFACES, 364 7.7.1. FLAT PLATE
WITH FAST HETEROGENEOUS REACTION OR CONSTANT SURFACE CONCENTRATION, 365
7.7.2. LAMINAR TUBE FLOW WITH FAST HETEROGENEOUS REACTION OR CONSTANT
SURFACE CONCENTRATION, 372 7.7.3. LAMINAR FLOW PAST SPHERE WITH FAST
HETEROGENEOUS REACTION OR CONSTANT SURFACE CONCENTRATION, 377 7.8.
MASS-TRANSFER COEFFICIENTS, MODELS, AND CORRELATIONS FOR LAMINAR AND
TURBULENT FLOWS, 381 7.8.1. MASS-TRANSFER COEFFICIENTS AND THE SHERWOOD
NUMBER, 382 7.8.2. MASS-TRANSFER MODELS AND ANALOGIES, 384 7.8.3.
MASS-TRANSFER CORRELATIONS AND CALCULATIONS, 394 7.9. INTERPHASE MASS
TRANSPORT AND RESISTANCE MODELS, 403 7.9.1. NONSTEADY-STATE MASS
TRANSFER TO PARTICLE, 404 7.9.2. STEADY-STATE INTERPHASE MASS TRANSFER
WITH HOMOGENEOUS REACTION IN ONE PHASE, 407 7.9.3. STEADY-STATE
INTERPHASE MASS TRANSFER WITH HETEROGENEOUS REACTION, 410 7.9.4.
TWO-FILM MODELS, LIMITING FORMS, AND GAS ABSORPTION, 416 7.10. SUMMARY,
424 EXERCISES, 424 REFERENCES, 434 XI 8 FILTRATION AND MASS TRANSPORT IN
POROUS MEDIA 8.1. INTRODUCTION, 437 8.2. POROSITY, VELOCITY, AND POROUS
MEDIA CONTINUA, 440 8.3. COEFFICIENTS OF MECHANICAL, MOLECULAR, AND
HYDRODYNAMIC DISPERSION, 443 8.4. POROUS MEDIA DISPERSION EQUATION IN A
HOMOGENEOUS ISOTROPIE MEDIUM, 446 437 XII CONTENTS 8.5. SOLUTION OF THE
DISPERSION EQUATION IN AN INFINITE ONE- DIMENSIONAL MEDIUM, 448 8.6.
ANALYTICAL CHROMATOGRAPHY, 453 8.7. FILTRATION, 460 8.7.1. CLASSIC
CAPTURE MECHANISMS FOR ISOLATED COLLECTORS, 460 8.7.2. EFFECT OF
ADJACENT COLLECTORS ON LOCAL FLOW HELD,472 8.7.3. HYDRODYNAMIC
RETARDATION, 473 8.7.4. COLLECTION EFFICIENCIES FOR FIBROUS AND GRANULAR
FILTERS, 474 8.7.5. ATTACHMENT PROBABILITY, 476 8.7.6. HEAD LOSS THROUGH
FILTER BEDS AND MATS, 477 8.8. OSMOTIC PRESSURE AND REVERSE OSMOSIS, 478
8.8.1. OSMOSIS, 478 8.8.2. REVERSE OSMOSIS, 485 8.9. SUMMARY, 488
EXERCISES, 489 REFERENCES, 493 BIBLIOGRAPHY, 494 9 REAETION KINETICS
9.1. INTRODUCTION, 495 9.2. FIRST-ORDER REACTIONS, 496 9.3. SECOND-ORDER
REACTIONS, 503 9.4. PSEUDO-FIRST-ORDER REACTIONS, 507 9.5. ZERO-ORDER
REACTIONS, 508 9.6. ELEMENTARY AND NONELEMENTAI-Y REACTIONS, 509 9.7.
SIMPLE SERIES AND PARALLEL REACTIONS, 512 9.8. REVERSIBLE REACTIONS, 517
9.9. CHARACTERISTIC REACTION TIMES, 523 9.10. ARRHENIUS LAW AND THE
EFFECT OFTEMPERATURE ON REACTION RATE, 525 9.11. THE FASTEST REACTIONS:
DIFFUSION-CONTROLLED REACTIONS, 527 9.12. SUMMARY, 528 EXERCISES. 529
REFERENCES, 536 BIBLIOGRAPHY, 537 495 10 MIXING AND REACTOR MODELING 538
10.1. INTRODUCTION, 538 10.2. SIMPLE CLOSED-REACTOR AND RESIDENCE-TIME
DISTRIBUTIONS, 539 10.3. MEASUREMENT OF RESIDENCE-TIME DISTRIBUTIONS,
546 10.4. RESIDENCE-TIME DISTRIBUTIONS TROM DISCRETE DATA, 550 CONTENTS
XIII 10.5. PERFEET MIXING AND IDEAL PLUG FLOW, 555 10.6. F, W, AND
DISINFECTION, 561 10.7. MOMENTS OF RESIDENCE-TIME DISTRIBUTIONS, 563
10.8. OTHER RESIDENCE-TIME MODELS, 567 10.8.1. TANKS IN SERIES, 567
10.8.2. GAMMA-FUNCTION EXTENSION TO TANKS-IN-SERIES MODEL,569 10.8.3.
FRACTIONAL TUBULARITY, 571 10.8.4. CROSSFLOW AND STAGNANCY, 574 10.8.5.
RECYCLE MODELS, 575 10.9. AXIAL-DISPERSION MODEL, 580 10.10. FITTING
RESIDENCE-TIME DISTRIBUTIONS TO DATA, 581 10.11. MIXING AND REACTIONS,
583 10.11.1. REACTION PROBABILITIES AND CONVERSION FOR FIRST-ORDER
REACTIONS, 583 10.11.2. CONVERSION FOR SECOND-ORDER REACTIONS, 590
10.11.3. COMPLETE SEGREGATION AND MICROMIXING, 592 10.11.4. PLUG FLOW
VERSUS PERFEET MIXING, 596 10.12. SUMMARY, 597 EXERCISES, 598
REFERENCES, 605 BIBLIOGRAPHY, 605 APPENDIX I. SI UNITS AND PHYSICAL
CONSTANTS BIBLIOGRAPHY, 607 APPENDIX 11. REVIEW OF VECTORS BIBLIOGRAPHY,
615 606 608 APPENDIX 111. EQUATIONS OF FLUID MECHANICS AND CONVECTIVE
DIFFUSION IN RECTANGULAR, CYLINDRICAL, AND SPHERICAL COORDINATES 616
BIBLIOGRAPHY, 619 APPENDIX IV. PHYSICAL PROPERTIES OF WATER AND AIR
BIBLIOGRAPHY, 621 INDEX 620 622
|
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| isbn | 9780470260722 0470260726 |
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| physical | XXX, 630 S. Ill., graph. Darst. |
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| spelling | Clark, Mark M. Verfasser aut Transport modeling for environmental engineers and scientists Mark M. Clark 2. ed. Hoboken, NJ Wiley 2009 XXX, 630 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Environmental chemistry / Mathematical models Transport theory / Mathematical models Mathematisches Modell Mathematisches Modell (DE-588)4114528-8 gnd rswk-swf Transportprozess (DE-588)4185932-7 gnd rswk-swf Ökologische Chemie (DE-588)4135167-8 gnd rswk-swf Ökologische Chemie (DE-588)4135167-8 s Transportprozess (DE-588)4185932-7 s Mathematisches Modell (DE-588)4114528-8 s DE-604 GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=018937192&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Clark, Mark M. Transport modeling for environmental engineers and scientists Environmental chemistry / Mathematical models Transport theory / Mathematical models Mathematisches Modell Mathematisches Modell (DE-588)4114528-8 gnd Transportprozess (DE-588)4185932-7 gnd Ökologische Chemie (DE-588)4135167-8 gnd |
| subject_GND | (DE-588)4114528-8 (DE-588)4185932-7 (DE-588)4135167-8 |
| title | Transport modeling for environmental engineers and scientists |
| title_auth | Transport modeling for environmental engineers and scientists |
| title_exact_search | Transport modeling for environmental engineers and scientists |
| title_full | Transport modeling for environmental engineers and scientists Mark M. Clark |
| title_fullStr | Transport modeling for environmental engineers and scientists Mark M. Clark |
| title_full_unstemmed | Transport modeling for environmental engineers and scientists Mark M. Clark |
| title_short | Transport modeling for environmental engineers and scientists |
| title_sort | transport modeling for environmental engineers and scientists |
| topic | Environmental chemistry / Mathematical models Transport theory / Mathematical models Mathematisches Modell Mathematisches Modell (DE-588)4114528-8 gnd Transportprozess (DE-588)4185932-7 gnd Ökologische Chemie (DE-588)4135167-8 gnd |
| topic_facet | Environmental chemistry / Mathematical models Transport theory / Mathematical models Mathematisches Modell Transportprozess Ökologische Chemie |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=018937192&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT clarkmarkm transportmodelingforenvironmentalengineersandscientists |