Dynamics of meteorology and climate:
Saved in:
| Main Author: | |
|---|---|
| Format: | Book |
| Language: | English |
| Published: |
Chichester [u.a.]
Wiley [u.a.]
1997
|
| Series: | Wiley praxis series in atmospheric physics
|
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Physical Description: | XXXII, 686 S. Ill., graph. Darst. |
| ISBN: | 0471968153 0471968161 |
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Record in the Search Index
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| adam_text | DYNAMICS OF METEOROLOGY AND CLIMATE RICHARD S. SCORER EMERITUS PROFESSOR
AND HONORARY SENIOR RESEARCH FELLOW IN MATHEMATICS AND ENVIRONMENTAL
TECHNOLOGY, IMPERIAL COLLEGE OF SCIENCE, TECHNOLOGY AND MEDICINE, LONDON
JOHN WILEY & SONS CHICHESTER * NEW YORK * WEINHEIM * BRISBANE *
SINGAPORE * TORONTO ~ / PUBLISHED IN ASSOCIATION WITH PRAXIS PRAXIS
PUBLISHING * * CHICHESTER TABLE OF CONTENTS FOREWORD XIV AUTHOR S
PREFACE TO THE PREVIOUS EDITION XV AUTHOR S PREFACE TO THIS EDITION XVII
LIST OF ILLUSTRATIONS, PLATES AND TABLES XIX PART 1 FUNDAMENTAL THEORY,
VORTICITY, WAVES AND INSTABILITY 1 FUNDAMENTAL EQUATIONS 3 1.1
IRROTATIONAL MOTION AND REAL FLUIDS 3 1.2 NOTATION, COORDINATE SYSTEMS,
IDENTITIES 9 1.3 THE NAVIER-STOKES EQUATIONS 11 1.4 THE VORTICITY
EQUATION 20 1.5 THE ISOPYCNIC VORTICITY THEOREM 26 1.6 ADIABATIC CHANGES
IN THE ATMOSPHERE: THE POTENTIAL TEMPERATURE 27 1.7 BERNOULLI S EQUATION
FOR AN INVISCID FLUID IN STEADY MOTION; BERNOULLI SURFACES 30 1.8 THE
STATIC STABILITY 32 2 VARIOUS PHENOMENA OF FLUID FLOW 36 2.1 THE
IMPORTANCE OF SOUND PROPAGATION 36 2.2 EXPLOSION AND OTHER EXPANSION
WAVES 39 2.3 PRACTICAL APPROXIMATIONS 40 2.4 POTENTIAL FLOW 40 2.5
VIRTUAL MASS OF AN ACCELERATED BODY 42 2.6 FREE STREAMLINES 43 2.7 THE
SURFACE OF ROTATING LIQUIDS 45 2.8 LAMINAR VISCOUS FLOW 47 2.9 BOUNDARY
LAYERS 50 VIII TABLE OF CONTENTS 2.10 THE REYNOLDS NUMBER 57 2.11 PATHS
OF SMALL PARTICLES: EFFICIENCY OF CATCH 59 2.12 DRAG COEFFICIENT: C D 63
2.13 SEPARATION AND IRREVERSIBILITY 65 2.14 NON-DIMENSIONAL NUMBERS 71 3
SECONDARY VORTICITY 74 3.1 DEFINITIONS 74 3.2 THE SECONDARY VORTICITY
EQUATION 77 3.3 SQUIRE S FORMULA 81 3.4 HOW IN RIVER BENDS 83 3.5
OSCILLATIONS IN A PIPE BEND 89 3.6 SECONDARY MOTION BEHIND OBSTACLES;
HAWTHORNE S HOT HUMP 95 3.7 SECONDARY FLOW IN FRONT OF OBSTACLES 99 3.8
MOTION IN A TEACUP 104 3.9 FLOW IN THE CORNERS OF STRAIGHT CHANNELS 106
4 THE ROTATING EARTH 108 4.1 FORMAL MATHEMATICAL TREATMENT 108 4.2
PHYSICAL INTERPRETATION 112 4.3 THE RELATIONSHIP BETWEEN PRESSURE
GRADIENT AND WIND 114 4.4 MOTION IN THE UPPER AIR: ISOBARIC CONTOURS 119
4.5 THERMAL WIND 119 4.6 ESTIMATING THE VERTICAL VELOCITY 120 4.7
SUTCLIFFE S DEVELOPMENT THEORY 122 4.8 FRONTS AS DISCONTINUITIES 127 4.9
JET STREAMS 130 4.10 HURRICANES 132 4.11 NUMERICAL MODELLING OF CYCLONIC
DEVELOPMENT 134 4.12 THE EKMAN SPIRAL 134 5 WAVES IN A STRATIFIED FLUID
137 5.1 THE PURPOSE OF A THEORY: ASSUMPTIONS, APPROXIMATIONS, ROTATION
137 5.2 THE FLOW EQUATIONS FOR STEADY MOTION 140 5.3 THE FLOW EQUATION
FOR MOTION IN THREE-DIMENSIONS 142 5.4 THE WAVE EQUATION FOR AN
INCOMPRESSIBLE STRATIFIED STREAM IN STEADY TWO-DIMENSIONAL MOTION 143
5.5 PRACTICAL APPROXIMATIONS 144 5.6 THE FLOW EQUATION FOR A
COMPRESSIBLE ATMOSPHERE 146 5.7 THE EQUATION OF CONTINUITY IN A
COMPRESSIBLE ATMOSPHERE 147 5.8 THE EFFECTS OF THE EARTH S ROTATION AND
A DISCUSSION OF THE NEED TO ASSUME SMALL AMPLITUDE 148 5.9 LINEAR WAVES
OF LARGE AMPLITUDE IN AN INCOMPRESSIBLE FLUID 152 5.10 STANDING WAVES
AND ROTORS 154 TABLE OF CONTENTS IX 5.11 WAVE TRAPPING 157 5.12 TRAPPING
BY A DENSITY DISCONTINUITY 162 6 LEE WAVES, MOUNTAIN WAVES, AND
DISPERSED WAVES 165 6.1 COMPARISON WITH OBSERVATION 165 6.2 THE
CLASSICAL CASE 165 6.3 EARLIER FORMULATIONS 167 6.4 PRACTICAL EXAMPLES
OF CALCULATED WAVE PROFILES 169 6.5 LARGE AMPLITUDE WAVES 179 6.6 LEE
WAVES SPREADING OUT FROM AN ISOLATED OBSTACLE 182 6.7 THE PROFILE OF LEE
WAVE AMPLITUDE 190 6.8 AIRFLOW BEHIND AN ISOLATED HILL 191 6.9
CRITICISMS OF THE THEORY: CASES OF LARGE AMPLITUDE 196 6.10 LAYERS OF
ZERO WIND VELOCITY 200 6.11 SEPARATION OF THE FLOW FROM THE SURFACE 202
6.12 CURL OVER 206 6.13 CAT S-PAWS 207 6.14 DIURNAL SEPARATION CONTROL
208 6.15 BLOCKING 209 6.16 THREE-DIMENSIONAL EFFECTS 211 6.17 SEPARATION
VORTICES 211 7 WAVE DISPERSION AND GLOBAL EFFECTS 213 7.1 DISPERSION OF
A PRESSURE PULSE 213 7.2 THE DISPERSION MODEL 216 7.3 DERIVATION OF THE
DISPERSION RELATIONSHIP 217 7.4 BAROTROPIC MOTION AND ROSSBY WAVES 223
7.5 STORM PULSES 227 7.6 THE SEMI-DIURNAL PRESSURE WAVE 228 7.7 EFFECTS
OF TIDAL FRICTION 230 8 INSTABILITY OF VORTEX FLOWS 231 8.1 INSTABILITY
OF A VORTEX SHEET* K-H INSTABILITY 231 8.2 ANALYSIS OF VORTICITY
DISTRIBUTION 234 8.3 THE GROWTH OF THE CAT S-EYES PATTERN 237 8.4 THE
GENERATION OF BILLOW INSTABILITY ON SLOPING SURFACES 240 8.5 THE
DYNAMICAL GENERATION OF INSTABILITY IN LAYERS OF LARGE STATIC STABILITY
245 8.6 INSTABILITY OF THREE-DIMENSIONAL VORTICITY 250 8.7 INSTABILITY
OF PLANE ROTATING FLOW 261 8.8 ROTATIONS AROUND THE PRINCIPAL NORMAL AND
BINORMAL 270 8.9 EPILOGUE 272 X TABLE OF CONTENTS PART 2 TURBULENT
PHENOMENA, CLOUDS AND DISPERSION 9 TURBULENCE AND DIFFUSION 275 9.1 THE
OUTSTANDING DIFFICULTY 275 9.2 DEFINITIONS OF TURBULENCE 277 9.3
REYNOLDS STRESSES; MIXING LENGTH; DEGENERATION OF EDDIES 281 9.4
PROPERTIES OF TURBULENCE: DIFFUSION AND DECAY 287 9.5 RICHARDSON S
CRITERION FOR THE NON-PERSISTENCE OF TURBULENCE 289 9.6 TURBULENCE
GENERATED BY STANDING WAVES 290 9.7 APPLICATION OF TURBULENCE THEORY TO
THE ATMOSPHERE 291 9.8 TURBULENCE IN ROTATING FLUIDS 292 9.9
MIXING-LENGTH THEORY APPLIED TO A ROTATING FLUID 293 9.10 GENERATION OF
VORTICES BY EDDIES 297 9.11 ELASTIC PROPERTIES OF VORTEX TUBES IN
TURBULENCE 298 9.12 TURBULENCE OF A HOT SUBSONIC JET OF AIR 300 10
PARTLY TURBULENT FLOW 304 10.1 A RISING BUBBLE OF AIR IN WATER 304 10.2
AXISYMMETRIC THERMALS 307 10.3 PROPERTIES OF THERMALS 314 10.4 FURTHER
THERMAL EXPERIMENTS 317 10.5 FLYING IN THERMALS 325 10.6 PUFFS 329 10.7
BUOYANT PUFFS 330 10.8 TWO-DIMENSIONAL (FLAT) THERMALS AND PUFFS 330
10.9 JETS 332 10.10 PLUMES 339 10.11 BUOYANT JETS 344 10.12 SIMILARITY
IN STRATIFIED SURROUNDINGS 348 10.13 LAMINAR PLUMES 351 10.14
RECIRCULATING JETS 353 10.15 SUMMARY OF EXPERIMENTAL VALUES 355 11
BUOYANT CONVECTION IN THE DRY ATMOSPHERE 357 11.1 ATMOSPHERIC
CONVECTION: REGIMES AND OBSERVATORIES 357 11.2 SLOW CONVECTION: THE
RAYLEIGH NUMBER 358 11.3 SIMILAR FULLY TURBULENT CONVECTION 359 11.4
SIMILAR CONVECTION WITH A SUBSIDING UNSTRATIFIED ENVIRONMENT 360 11.5
RISE OF THERMALS IN WINDSHEAR 362 11.6 THE RATIO OF THE EDDY TRANSFER
COEFFICIENTS FOR MOMENTUM AND HEAT .... 363 11.7 THE DOUBTFUL MEANING OF
AN EDDY TRANSFER COEFFICIENT 366 11.8 FORMS OF BUOYANT CONVECTION 366
11.9 SEA BREEZE FRONTS 376 11.10 AIRCRAFT DOWNWASH AND CONTRAILS 378
TABLE OF CONTENTS XI 12 AIR POLLUTION PROBLEMS 385 12.1 GENERAL
PRINCIPLES 385 12.2 MAXIMUM GROUND LEVEL CONCENTRATION 386 12.3 MODELS
OF THE DIFFUSION OF A CHIMNEY PLUME 389 12.4 JET AND THERMAL RISE 393
12.5 NEGATIVE PLUME RISE: EFFECT OF LIQUID WATER CONTENT 400 12.6
NARROWED STACK TOP; MULTIPLE FLUE STACK; COLD INFLOW 401 12.7 THE SHAPE
OF CHIMNEY PLUMES 407 12.8 SAMPLING OF POLLUTION 413 12.9 THE FATE OF
POLLUTION 414 12.10 TRANSPORT OVER LARGE DISTANCES 419 12.11 GLOBAL
CONSEQUENCES 419 13 RADIATION: THE CLIMATIC DETERMINANT 422 13.1 THE
DOWNFLOW OF SUNSHINE 422 13.2 ABSORPTION OF CLOUDS 424 13.3 THE
PHENOMENON OF DAYLIGHT 425 13.4 THE COLOUR OF CLOUDS 425 13.5 THE
GREENHOUSE GASES, AND ABSORPTION WINDOWS 426 13.6 COOLING BY HAZE 429
13.7 THE BIOSPHERE AND CLIMATIC CHANGE 430 13.8 THE DOMINANT INFLUENCE
OF CLOUDS 431 13.9 ON AEROSOLS 436 13.10 SHIP TRAILS IN THE NORTH
ATLANTIC 440 13.11 THE METEOROLOGICAL SATELLITES 446 14 CLOUDS AND
FALLOUT 465 14.1 BASIC PRINCIPLES 465 14.2 THE R-0GRAM 468 14.3 CONTRAIL
PHYSICS: MINTRA 473 14.4 CONTRAIL DYNAMICS 479 14.5 OROGRAPHIC CIRRUS
487 14.6 CUMULUS DYNAMICS 497 14.7 THE DYNAMICS OF FALLOUT 506 14.8
MISCELLANEOUS CLOUD FORMS 516 14.9 SELF-PROPAGATING STORMS 519 14.10 THE
ROLE OF CLOUDS IN FRONTAL CYCLONES 522 14.11 TROPICAL CYCLONES,
TORNADOES AND WATERSPOUTS 524 14.12 CLOUDS AND CLIMATIC CHANGE 532 15
THE AERODYNAMIC ENVIRONMENT OF ANIMAL LIFE 534 15.1 THE EXPECTATIONS OF
THE ENQUIRY 534 15.2 THE MIGRATION OF DESERT LOCUST SWARMS 536 15.3
MARGINAL TERRITORY 541 15.4 VULTURES AND FEEDERS ON CARRION 542 XII
TABLE OF CONTENTS 15.5 SEASONAL MIGRATION: SWALLOWS AND CUCKOOS 545 15.6
BIRD NAVIGATION AND PASSIVE FLIGHT 546 15.7 APHIDS 546 15.8 ALBATROSSES
AND DYNAMIC SOARING 547 15.9 RECAPITULATION: TACTICS THROUGH
UNDERSTANDING 550 15.10 CONTROL OF PESTS THROUGH SWARMS 554 PART 3
FORECASTING AND CLIMATE CHANGE 16 FORECASTING: GENERAL CIRCULATION
MODELS (GCMS) 559 16.1 POSSIBLE ERRORS IN OBSERVATIONS AND STARTING
VALUES 559 16.2 THE PARAMETERS OF A GCM 563 16.3 RECAPITULATION 564 16.4
CHAOS: SETTING LIMITS 564 16.5 MODEL CLIMATOLOGIES: SEA LEVEL GCMS 574
16.6 THE OCEANS 575 16.7 THE NORTH ATLANTIC CONVEYOR BELT 578 16.8 ENSO
584 16.9 RETURNING FLOW 589 16.10 KELVIN AND ROSSBY WAVES 591 16.11
INTERNAL MIXING 593 17 PREDICTION AND PROOF OF CLIMATIC CHANGE 596 17.1
PHYSICAL REASONING 596 17.2 DEPENDENCE ON PARAMETERS 597 17.3 MEASURED
FACTS 599 17.4 INTERPRETATION 601 17.5 MOONSHINE 602 17.6 ALBEDO OF
CLOUDS AND HAZE 604 17.7 THE ROLE OF THE FORECASTERS WITH BIG MODELS 607
17.8 THE CHIEF OUTSTANDING DIFFICULTY: PARAMETERISATION 608 18 OZONE 610
18.1 STARTING POINTS 610 18.2 GROWTH OF PHOTOCHEMISTRY 611 18.3
DIFFUSION MODELS 612 18.4 GETTING INTERNATIONAL ACTION 615 18.5
SCIENCE-BASED THREATS 615 18.6 THE OZONE HOLE 616 18.7 OZONE AT THE
SURFACE 619 19 THE CLIMATE OF THE PAST: LIMITS TO MODELLING 621 19.1
SOURCES OF INFORMATION; CORE ANALYSIS 621 19.2 HISTORICAL OUTLINE 623
19.3 THE NORTH ATLANTIC CONVEYOR BELT 632 TABLE OF CONTENTS XIII 19.4
THE LAST 1500 YEARS 634 19.5 LIMITS TO MODELLING; USE OF ENSEMBLES 636
20 THE STUDY OF CLIMATE CHANGE IN EVOLUTION 641 20.1 WHENCE WE CAME 641
20.2 THE HUMAN PREDICAMENT 642 20.3 VARIETY UNLIMITED 647 REFERENCES 653
GLOSSARY 669 ENDPIECE 676 MATHEMATICAL SYMBOLS 677 INDEX 681 THE COLOUR
PLATE SECTION IS POSITIONED BETWEEN PAGES 352 AND 353
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| indexdate | 2024-07-09T18:12:58Z |
| institution | BVB |
| isbn | 0471968153 0471968161 |
| language | English |
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| owner_facet | DE-703 DE-12 DE-19 DE-BY-UBM DE-20 DE-522 DE-634 |
| physical | XXXII, 686 S. Ill., graph. Darst. |
| publishDate | 1997 |
| publishDateSearch | 1997 |
| publishDateSort | 1997 |
| publisher | Wiley [u.a.] |
| record_format | marc |
| series2 | Wiley praxis series in atmospheric physics |
| spelling | Scorer, Richard S. Verfasser aut Dynamics of meteorology and climate Richard S. Scorer Chichester [u.a.] Wiley [u.a.] 1997 XXXII, 686 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Wiley praxis series in atmospheric physics Air Pollution Dynamic meteorology Fluid mechanics Mesometeorology Mesometeorologie (DE-588)4211580-2 gnd rswk-swf Dynamische Meteorologie (DE-588)4150921-3 gnd rswk-swf Mesometeorologie (DE-588)4211580-2 s DE-604 Dynamische Meteorologie (DE-588)4150921-3 s GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=007833441&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Scorer, Richard S. Dynamics of meteorology and climate Air Pollution Dynamic meteorology Fluid mechanics Mesometeorology Mesometeorologie (DE-588)4211580-2 gnd Dynamische Meteorologie (DE-588)4150921-3 gnd |
| subject_GND | (DE-588)4211580-2 (DE-588)4150921-3 |
| title | Dynamics of meteorology and climate |
| title_auth | Dynamics of meteorology and climate |
| title_exact_search | Dynamics of meteorology and climate |
| title_full | Dynamics of meteorology and climate Richard S. Scorer |
| title_fullStr | Dynamics of meteorology and climate Richard S. Scorer |
| title_full_unstemmed | Dynamics of meteorology and climate Richard S. Scorer |
| title_short | Dynamics of meteorology and climate |
| title_sort | dynamics of meteorology and climate |
| topic | Air Pollution Dynamic meteorology Fluid mechanics Mesometeorology Mesometeorologie (DE-588)4211580-2 gnd Dynamische Meteorologie (DE-588)4150921-3 gnd |
| topic_facet | Air Pollution Dynamic meteorology Fluid mechanics Mesometeorology Mesometeorologie Dynamische Meteorologie |
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