Convection and substorms: paradigms of magnetospheric phenomenology
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
New York [u.a.]
Oxford Univ. Press
1995
|
| Schriftenreihe: | International series on astronomy and astrophysics
2 |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XVII, 408 S. graph. Darst. |
| ISBN: | 0195085299 |
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Datensatz im Suchindex
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| adam_text | CONVECTION AND SUBSTORMS PARADIGMS OF MAGNETOSPHERIC PHENOMENOLOGY
CHARLES F. KENNEL GEOPHYSICAL INSTITUTE UNIVERSITY OF ALASKA, FAIRBANKS
INSTITUTE OF GEOPHYSICS AND PLANETARY PHYSICS UNIVERSITY OF CALIFORNIA,
LOS ANGELES NEW YORK OXFORD OXFORD UNIVERSITY PRESS 1995 CONTENTS 1.
INTRODUCTION 1.1 GEOMAGNETISM 1 1.2 THE DISCOVERY OF THE SOLAR WIND AND
THE MAGNETOSPHERE . 5 1.3 VISCOUS CONVECTION 7 1.4 RECONNECTION-DRIVEN
CONVECTION 10 1.5 PETSCHEK RECONNECTION 11 1.6 SUBSTORMS 13 1.7 OVERVIEW
16 1.8 THE EQUILBRIUM MAGNETOSPHERE 17 1.9 THE CONVERTING MAGNETOSPHERE
18 1.10 AURORAL AND MAGNETOSPHERIC SUBSTORMS 22 2 . THE TEARDROP
MAGNETOSPHERE 28 2.1 INTRODUCTORY REMARKS 28 2.2 THE TEARDROP MODEL 29
2.3 THE POSITION AND SHAPE OF THE MAGNETOPAUSE . . . . 29 2.4 THE
THICKNESS OF THE MAGNETOPAUSE CURRENT LAYER . . . 32 2.5 THE POSITION
AND SHAPE OF THE BOW SHOCK . . . . 33 2.6 THE FAILURE OF WEAK-FIELD MHD
AND THE PLASMA DEPLETION LAYER 35 2.7 STANDING SLOW AND INTERMEDIATE
WAVES IN THE MAGNETOSHEATH 36 2.8 SUMMARY ,, . 39 3. THE BELL-LIKE
MAGNETOSPHERE 40 3.1 INTRODUCTORY REMARKS 40 3.2 GEOMAGNETIC PULSATIONS
41 3.3 COUPLING OF MAGNETOPAUSE MOTIONS TO RESONANT ALFVEN WAVES 42 3.4
THE EIGENMODES OF THE MAGNETOSPHERIC CAVITY . . . ,43 3.5 OBSERVATIONS
OF STANDING ALFVEN WAVES 46 3.6 OCCURRENCE AND DISTRIBUTION OF
STANDING-WAVE HARMONICS . 47 3.7 OBSERVATIONS OF THE GLOBAL MODE 49 3.8
RESPONSE OF THE MAGNETOSPHERE TO PASSING SOLAR WIND STRUCTURE 49 3.9 THE
RESPONSE OF THE MAGNETOSPHERE TO INTERPLANETARY SHOCKS 50 3.10
MAGNETOSPHERIC RESPONSE TO SOLAR WIND TANGENTIAL DISCONTINUITIES 51 3.11
IONOSPHERIC RESPONSE TO SUDDEN PRESSURE VARIATIONS IN THE SOLAR WIND 52
3.12 QUASIRESONANT RESPONSE TO SOLAR WIND PRESSURE PULSES . 53 3.13
SUMMARY 55 4. THE VISCOUS MAGNETOSPHERE 57 4.1 INTRODUCTORY REMARKS 57
4.2 THE LOW-LATITUDE BOUNDARY LAYER 57 CONTENTS 4.3 FIELD-ALIGNED
CURRENTS 60 4.4 THE IONOSPHERIC FOOTPRINT OF THE LOW-LATITUDE BOUNDARY
LAYER 62 4.5 MICROPULSATIONS ASSOCIATED WITH THE KELVIN-HELMHOLTZ
INSTABILITY 64 4.6 VORTEX AURORAS 66 4.7 VORTEX STRUCTURES IN THE PLASMA
SHEET 67 4.8 THE BOUNDARY LAYER IN THE MAGNETOSPHERIC TAIL . . . 68 4.9
BOUNDARY LAYER TRANSPORT 69 4.10 SUMMARY 70 5 . TH E RECONNECTING
MAGNETOSPHERE 73 5.1 INTRODUCTORY REMARKS 73 5.2 THE POLAR RAIN 74 5.3
THEPOLARWIND 75 5.4 THE AURORAL OVAL 76 5.5 THE PLASMASPHERE 78 5.6
DIRECT EVIDENCE FOR DAYSIDE MAGNETOPAUSE RECONNECTION . 78 5.7
PRECIPITATION OF MAGNETOSHEATH PLASMA INTO THE DAYSIDE IONOSPHERE 80
*5.8 DIRECT ENTRY OF SOLAR WIND PLASMA INTO THE MAGNETOTAIL . 82 5.9
CONVECTION ACROSS THE TAIL LOBES 86 5.10 AVERAGE TAIL RECONNECTION
REGION 87 5.11 STRATIFICATION OF THE PLASMA SHEET BOUNDARY LAYER . . .
89 5.12 THE LENGTH OF THE EARTH S MAGNETIC TAIL 91 5.13 INTERACTION OF
THE TWO CONVECTION SYSTEMS IN THE IONOSPHERE 91 5.14 COMPARISON OF
VISCOSITY- AND RECONNECTION-DRIVEN TRANSPORT 93 5.15 DISCUSSION 95 6.
CORRELATION OF GEOMAGNETIC ACTIVITY WITH THE SOLAR WIND 96 6.1
INTRODUCTORY REMARKS 96 6.2 CORRELATION OF GEOMAGNETIC ACTIVITY WITH THE
INTERPLANETARY MAGNEUCFIELD 97 6.3 DEPENDENCE OF THE CONVECTION RATE
UPON THE INTERPLANETARY HELD 100 6.4 DEPENDENCE OF THE POLAR CAP
CONVECTION PATTERN UPON THE INTERPLANETARY FIELD 102 6.5 DEPENDENCE OF
FIELD-ALIGNED CURRENTS UPON THE INTERPLANETARY HELD 103 6.6
TIME-DEPENDENT RESPONSE TO THE CHANGING INTERPLANETARY FIELD 103 6.7 THE
VISCOUS COMPONENT OF GEOMAGNETIC ACTIVITY . . . 105 6.8 SUMMARY 106 7.
THE RECONNECTION SUBSTORM 107 7.1 INTRODUCTORY REMARKS 107 7.2 CHANGES
IN MAGNETOPAUSE POSITION DURING SUBSTORM GROWTH PHASE 108 7.3 CHANGES IN
THE GEOMAGNETIC TAIL DURING SUBSTORM GROWTH PHASE 109 7.4 DEVELOPMENT OF
IONOSPHERIC CONVECTION DURING GROWTH PHASE 112 7.5 DEVELOPMENT OF
DAYSIDE MAGNETOSPHERIC CONVECTION DURING GROWTH PHASE 113 7.6
STIMULATION OF CONVECTION IN THE TAIL LOBES . . . . 113 7.7 THE
NEARER-EARTH NEUTRAL LINE SCENARIO 116 7.8 OBSERVATIONAL BASIS OF THE
NEARER-EARTH NEUTRAL LINE MODEL . 117 7.9 PLASMOIDS 120 7.10 TRAVELING
COMPRESSION REGIONS 122 7.11 PLASMOID AND TCR TIMING 123 7.12 DISCUSSION
125 CONTENTS 8. BURSTY MAGNETOPAUSE RECONNECTION 127 8.1 INTRODUCTORY
REMARKS 127 8.2 BURSTS OF ENERGETIC ELECTRONSAND IONS NEAR THE
MAGNETOPAUSE 128 8.3 FLUX TRANSFER EVENTS 129 8.4 LOCATIONS OF
RECONNECTION EVENTS GENERATING FIBS . . 131 8.5 THE FTE CONTRIBUTION TO
THE OVERALL CONVECTION POTENTIAL . 132 8.6 IONOSPHERIC SIGNATURES OF
IMPULSIVE MAGNETOPAUSE RECONNECTION 132 8.7 CUSP-REGION ULF WAVES 135
8.8 ALFVEN WAVES AT THE EQUATORWARD BOUNDARY OF THE ACTIVE CUSP 135 8.9
ION ENERGY-LATITUDE DISPERSION ON POLAR CUSP FIELD LINES . 138 8.10
BURSTY IONOSPHERIC FLOW EVENTS 139 8.11 TRANSIENT DAYSIDE AURORA 141
8.12 F-REGION DENSITY PATCHES 143 8.13 SUMMARY 145 9. BIMODAL PLASMA
SHEET FLOW 150 9.1 INTRODUCTORY REMARKS 150 9.2 THE PLASMA SHEET
PRESSURE PARADOX 152 9.3 STATISTICAL PROPERTIES OF PLASMA SHEET
TRANSPORT . . . 153 9.4 BURSTS OF PLASMA SHEET FLOW DURING STEADY SOLAR
WIND CONDITIONS 156 9.5 BURSTY BULK FLOW EVENTS 157 9.6 BIMODAL PLASMA
SHEET ROW 158 9.7 HIGH-SPEED FLOWS AT QUIET TIMES 159 9.8 HIGH-SPEED
FLOWS AND FLUX ROPES 160 9.9 HIGH-SPEED FLOWS, PLASMOIDS, FLUX ROPES,
AND TCRS IN THE DISTANT TAIL 161 9.10 DEPENDENCE OF BBF/PLASMOID
PROPERTIES UPON DISTANCE DOWNTAIL 162 9.11 ENERGETIC PARTICLE BURSTS IN
THE MIDTAIL . . . . 164 9.12 ION BURSTS, HIGH-SPEED FLOWS, BOUNDARY
LAYER ACTIVATIONS, AND BURSTY RECONNECTION 166 9.13 EAST-WEST
LOCALIZATION OF BBF/PLASMOID/PARTICLE BURST GENERATION REGION 167 9.14
TAIL LOBE FILAMENTS 168 9.15 FLOW BURSTS IN THE NIGHTSIDE AURORAL
IONOSPHERE . . . 170 9.16 THE IONOSPHERIC FOOTPRINTS OF BURSTY BULK FLOW
EVENTS . 171 9.17 COMPARISON OF FTE AND BBFFLUX TRANSFERS . . . . 172
9.18 SYNTHESIS 173 10. CONVECTION FOR NORTHWARD INTERPLANETARY FIELD . .
. 177 10.1 INTRODUCTORY REMARKS 177 10.2 RESPONSE OF PRE-EXISTING POLAR
CAP CONVECTION TO NORTHWARD FIELD SHIFTS 180 10.3 RECONNECTION OF
INTERPLANETARY AND TAIL-LOBE FIELD LINES . 181 10.4 SIGNATURES OF
TAIL-LOBE RECONNECTION IN POLAR ORBIT . . 181 10.5. REVERSE CONVECTION
IN THE POLAR CAP 182 J0.6 FIELD-ALIGNED CURRENTS 183 10.7 SEASONAL AND
DAY-NIGHT ASYMMETRIES OF POLAR CAP CONVECTION 184 10.8 GLOBAL VIEW OF
POLAR CAP AURORA 185 10.9 GROUND-BASED VIEW OF SUN-ALIGNED AURORA . . .
. 186 10.10 EVIDENCE THAT SOME TRANSPOLAR ARCS ARE ON CLOSED FIELD LINES
187 10.11 RELATION BETWEEN SUN-ALIGNED ARCS AND CONVECTION . . 188 10.12
SHRINKAGE OF TAIL LOBES IN NORTHWARD FIELD CONDITIONS . 190 10.13
EVOLUTION OF POLAR CAP AURORA DURING A PROLONGED NORTHWARD FIELD
INTERVAL 190 CONTENTS 10.14 POLAR CAP CONVECTION IN CONDITIONS OF THE
MOST EXTREME GEOMAGNETIC QUIET 191 10.15 DISCUSSION 192 11. THE
NIGHTSIDE AURORAL OVAL 196 11.1 INTRODUCTORY REMARKS 196 11.2 MAGNETIC
FIELD MAPPING 201 11.3 DEPENDENCE OF THE AURORAL OVAL UPON GEOMAGNETIC
ACTIVITY 202 11.4 INHERENT UNCERTAINTY IN MAPPING THE POLEWARD AURORA .
. 203 11.5 THE DIFFUSE AURORA 204 11.6 INVERTEDVS 205 11.7 AURORAL ARCS
207 11.8 DIFFUSE AND DISCRETE AURORA AND THEIR RELATIONSHIP TO FIELD-
ALIGNED CURRENTS 208 11.9 ARC OCCURRENCE AND THE INTERPLANETARY FIELD .
. . . 209 11.10 THE HARANG DISCONTINUITY 209 11.11 THE RELATIONSHIP
BETWEEN ARCS AND IONOSPHERIC CONVECTION 210 11.12 THE RELATIONSHIP
BETWEEN ARCS AND INVERTED VS . . . 211 11.13 GROUND OBSERVATIONS OF ARCS
AT THE POLEWARD BORDER OF THE AURORAL OVAL 212 11.14 THE POLEWARD BORDER
OF THE OVAL AND THE PLASMA SHEET BOUNDARY LAYER 213 11.15 AURORAL
KILOMETRIC RADIATION AND (HE POLEWARD AURORA . . 214 11.16 PHYSICAL
MAPPING OF THE NIGHTSIDE OVAL INTO THE PLASMA SHEET 217 11.17 CONJUGACY
218 11.18 CONCLUDING REMARK 219 12. THE AURORAL SUBSTORM 221 12.1
INTRODUCTORY REMARKS 221 12.2 GROWTH PHASE IN THE POLAR CAP 222 12.3
GROWTH PHASE AROUND THE AURORAL OVAL 223 12.4 CLASSICAL EVENING SECTOR
GROWTH PHASE 225 12.5 PSEUDOEXPANSIONS 228 12.6 PRECURSORS TO ONSET 229
12.7 ONSET 230 12.8 RELATION OF ONSET ARC TO OTHER AURORAL OVAL
STRUCTURES . 231 12.9 THE WESTWARD SURGE 232 12.10 THE EXPANDING AURORAL
BULGE 235 12.11 FINE STRUCTURE OF THE SUBSTORM EXPANSION . . . . 236
12.12 PROTON AURORA SUBSTORM . 236 12.13 THE PHASES OF THE AURORAL
SUBSTORM . . . . . . 238 12.14 THE RELATIONSHIP BETWEEN THE AURORAL
BULGE AND THE POLEWARD AURORA 239 12.15 ACTIVITY IN THE POLEWARD ARC
SYSTEM 241 12.16 EQUATORWARD AURORAL ACTIVITY DURING THE RECOVERY PHASE
. 243 12.17 THE END OF THE RECOVERY PHASE 245 12.18 SYNTHESIS 246 13.
THE GEOSYNCHRONOUS SUBSTORM 248 13.1 DEVELOPMENT OF A TAIL-LIKE FIELD
DURING THE GROWTH PHASE . 248 13.2 HOW THIN DOES THE CURRENT SHEET GET?
250 13.3 DIPOLARIZATION 252 13.4 DISPERSIONLESS INJECTIONS 253 13.5 THE
SUBSTORM CURRENT WEDGE 254 13.6 PI 1 AND PI 2 PULSATIONS AND THE TIMING
AND LOCATION OF SUBSTORM ONSET 256 13.7 GENERATION OF MIDLATITUDE PI 2
258 13.8 AZIMUTHAL PROPAGATION OF DIPOLARIZATION NEAR GEOSTATIONARY
ORBIT 259 13.9 SIZE OF INITIAL DIPOLARIZATION REGION 261 CONTENTS XVII
13.10 RADIAL PROPAGATION OF DIPOLARIZATION 263 13.11 PLASMOIDS ESCAPING
FROM THE GEOSTATIONARY REGION . . 264 13.12 PLASMA SHEET DROPOUTS IN THE
POST-GEOSYNCHRONOUS REGION 265 13.13 PLASMA SHEET RECOVERIES IN THE
POSTGEOSYNCHRONOUS REGION 268 13.14 SUMMARY 269 14. COORDINATION OF THE
GEOSYNCHRONOUS AND AURORAL SUBSTORMS 272 14.1 INTRODUCTORY REMARKS 272
14.2 THE AURORAL EXPANSION AND DIPOLARIZATION . . . . 273 14.3 THE
WESTWARD SURGE AND DIPOLARIZATION 275 14.4 MULTIPLE SURGE
INTENSIFICATION AND OSCILLATORY DIPOLARIZATION 276 14.5 DIPOLARIZATION
AND POLEWARD ARC BRIGHTENING . . . . 277 14.6 DEPENDENCE OF PLASMA
COMPOSITION ON SOLAR AND GEOMAGNETIC ACTIVITY 278 14.7 DEPENDENCE OF
PLASMA SHEET COMPOSITION ON AURORAL ACTIVITY 279 14.8 INJECTION OF 0+
INTO THE PLASMA SHEET DURING SUBSTORM EXPANSION PHASE 280 14.9 VARIATION
OF 0+ IN THE GEOSYNCHRONOUS REGION DURING SUBSTORMS 281 14.10 DISCUSSION
281 15. TRIGGERED SUBSTORMS 284 15.1 INTRODUCTORY REMARKS 284 15.2
PSEUDO-EXPANSIONS 284 15.3 TRIGGERING BY INTERPLANETARY SHOCKS AND OTHER
COMPRESSIONS 286 15.4 TRIGGERING BY NORTHWARD SHIFTS OF THE
INTERPLANETARY FIELD . 289 15.5 QUASIPERIODIC SUBSTORM RECURRENCE 290
15.6 SUMMARY AND DISCUSSION 292 16. ON THE RELATION BETWEEN CONVECTION
AND SUBSTORMS . 294 16.1 INTRODUCTORY REMARKS 294 16.2 MAGNETOPAUSE
RECONNECTION AND THE STIMULATION OF DAYSIDE CONVECTION 297 16.3 THE
STIMULATION OF CONVECTION IN THE TAIL . . . . 299 16.4 MULTIPLE TAIL
RECONNECTION EVENTS 16.5 RELATION BETWEEN AURORAL AND GEOSYNCHRONOUS
SUBSTORMS 16.6 AMBIGUITY OF PLASMOID TIMING 16.7 SUBSTORMS WITH TWO
ACTIVE PHASES 300 301 303 305 16.8 PLASMA SHEET RECOVERY, PLASMOID
FORMATION, AND ACTIVATION OF THE POLEWARD ARCS 306 17. EPILOGUE 309
REFERENCES 311 INDEX 403
|
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| id | DE-604.BV010793731 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T17:58:58Z |
| institution | BVB |
| isbn | 0195085299 |
| language | English |
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| publishDate | 1995 |
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| series | International series on astronomy and astrophysics |
| series2 | International series on astronomy and astrophysics |
| spelling | Kennel, Charles F. Verfasser aut Convection and substorms paradigms of magnetospheric phenomenology Charles F. Kennel New York [u.a.] Oxford Univ. Press 1995 XVII, 408 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier International series on astronomy and astrophysics 2 Convetion (Météorologie) ram Sous-orages magnétosphériques ram Convection (Meteorology) Magnetosphere Magnetospheric substorms Magnetischer Sturm (DE-588)4130056-7 gnd rswk-swf Magnetosphäre (DE-588)4132479-1 gnd rswk-swf Konvektion (DE-588)4117572-4 gnd rswk-swf Magnetosphäre (DE-588)4132479-1 s DE-604 Magnetischer Sturm (DE-588)4130056-7 s Konvektion (DE-588)4117572-4 s International series on astronomy and astrophysics 2 (DE-604)BV009898457 2 GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=007208926&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Kennel, Charles F. Convection and substorms paradigms of magnetospheric phenomenology International series on astronomy and astrophysics Convetion (Météorologie) ram Sous-orages magnétosphériques ram Convection (Meteorology) Magnetosphere Magnetospheric substorms Magnetischer Sturm (DE-588)4130056-7 gnd Magnetosphäre (DE-588)4132479-1 gnd Konvektion (DE-588)4117572-4 gnd |
| subject_GND | (DE-588)4130056-7 (DE-588)4132479-1 (DE-588)4117572-4 |
| title | Convection and substorms paradigms of magnetospheric phenomenology |
| title_auth | Convection and substorms paradigms of magnetospheric phenomenology |
| title_exact_search | Convection and substorms paradigms of magnetospheric phenomenology |
| title_full | Convection and substorms paradigms of magnetospheric phenomenology Charles F. Kennel |
| title_fullStr | Convection and substorms paradigms of magnetospheric phenomenology Charles F. Kennel |
| title_full_unstemmed | Convection and substorms paradigms of magnetospheric phenomenology Charles F. Kennel |
| title_short | Convection and substorms |
| title_sort | convection and substorms paradigms of magnetospheric phenomenology |
| title_sub | paradigms of magnetospheric phenomenology |
| topic | Convetion (Météorologie) ram Sous-orages magnétosphériques ram Convection (Meteorology) Magnetosphere Magnetospheric substorms Magnetischer Sturm (DE-588)4130056-7 gnd Magnetosphäre (DE-588)4132479-1 gnd Konvektion (DE-588)4117572-4 gnd |
| topic_facet | Convetion (Météorologie) Sous-orages magnétosphériques Convection (Meteorology) Magnetosphere Magnetospheric substorms Magnetischer Sturm Magnetosphäre Konvektion |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=007208926&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| volume_link | (DE-604)BV009898457 |
| work_keys_str_mv | AT kennelcharlesf convectionandsubstormsparadigmsofmagnetosphericphenomenology |