Holdings: Auroral plasma physics

Auroral plasma physics:

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Bibliographic Details
Other Authors:	Paschmann, Götz (Editor)
Format:	Book
Language:	English
Published:	Dordrecht [u.a.] Kluwer Acad. Publ. 2003
Series:	International Space Science Institute <Bern> 15
Subjects:	Kongress Polarlicht
Online Access:	lizenzfrei lizenzfrei Inhaltsverzeichnis
Item Description:	reprint. from Space Science Reviews, Vol. 103, Nos. 1-4, 2002 ; Literaturverz. S. [435] - 475
Physical Description:	XI, 485 S. Ill., graph. Darst.
ISBN:	1402009631 9781402009631

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MARC


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adam_text	AURORAL PLASMA PHYSICS EDITED BY GOTZ PASCHMANN INTERNATIONAL SPACE SCIENCE INSTITUTE, BERN, SWITZERLAND AND MAX-PLANCK-INSTITUT FUR EXTRATERRESTRISCHE PHYSIK, GARCHING, GERMANY STEIN HAALAND INTERNATIONAL SPACE SCIENCE INSTITUTE BERN, SWITZERLAND AND MAX-PLANCK-INSTITUT FUR EXTRATERRESTRISCHE PHYSIK, GARCHING, GERMANY AND RUDOLF TREUMANN MAX-PLANCK-INSTITUT FILR EXTRATERRESTRISCHE PHYSIK, GARCHING, GERMANY REPRINTED FROM SPACE SCIENCE REVIEWS, VOL. 103, NOS. 1-4, 2002 INTERNATIONAL SPACE SCIENCE KLUWER ACADEMIC PUBLISHERS ^ ^ ^ * INSTITUTE DORDRECHT / BOSTON / LONDON SPACE SCIENCES SERIES OF ISSI VS CONTENTS FOREWORD J X CONTRIBUTING AUTHORS XI 1. INTRODUCTION 1 1.1 VISIBLE AURORAE 1 1.2 IONOSPHERIC FRAMEWORK 4 1.3 MAGNETOSPHERIC FRAMEWORK 8 1.4 MAGNETOSPHERE-IONOSPHERE COUPLING 13 1.5 LARGE SCALE MAGNETOSPHERIC FLOWS AND DYNAMICS 17 1.6 AN OVERVIEW OF THE BOOK 18 2. REMOTE SENSING OF AURORAL ARCS 21 2.1 QUIET AURORAL ARC 22 2.2 DIFFUSE AND PULSATING AURORA 26 2.3 PROPER MOTION OF AURORAL ARCS 29 2.4 PHYSICAL CHARACTERISTICS 31 2.5 AURORAL MORPHOLOGY 35 2.5.1 DISTORTIONS IN AURORAL ARCS 35 2.5.2 BLACK AURORA 39 3. THEORETICAL BUILDING BLOCKS 41 3.1 THE CONDUCTING IONOSPHERE 41 3.1.1 IONOSPHERIC CONDUCTIVITY 42 3.1.2 CONDUCTIVITY FROM ELECTRON PRECIPITATION 46 3.2 MAGNETOSPHERIC CURRENT SOURCES 48 3.2.1 GENERALIZED OHM S LAW 48 3.2.2 FIELD-ALIGNED CURRENT GENERATION 52 3.2.3 ENERGY RELEASE, TRANSPORT AND CONVERSION 59 3.2.4 MAGNETOSPHERIC DRIVING OF THE IONOSPHERE 61 3.3 PARALLEL ELECTRIC FIELDS 64 3.3.1 CURRENT-VOLTAGE RELATION IN THE UPWARD J\|\| REGIONS 64 3.3.2 CURRENT-VOLTAGE RELATION IN THE DOWNWARD JY REGIONS 67 VI AURORAL PLASMA PHYSICS 3.3.3 THE NATURE OF EY 68 3.3.4 STATIC MAGNETOSPHERE-IONOSPHERE COUPLING 70 3.4 DYNAMIC MAGNETOSPHERE-IONOSPHERE COUPLING 72 3.4.1 IDEAL MHD ALFVEN WAVES 72 3.4.2 REFLECTION OF ALFVEN WAVES 74 3.4.3 TWO-FLUID SHEAR-ALFVEN WAVES 80 3.5 WAVE-PARTICLE INTERACTIONS 83 3.5.1 ANOMALOUS RESISTIVITY 84 3.5.2 TRANSVERSE ION HEATING 86 3.5.3 PITCH ANGLE DIFFUSION 88 3.5.4 PHASE-SPACE HOLES 89 4. IN SITU MEASUREMENTS IN THE AURORAL PLASMA 93 4.1 UPWARD CURRENT REGION PROCESSES 98 4.1.1 ELECTRON ACCELERATION 98 4.1.2 ION BEAMS AND THE DENSITY CAVITY 106 4.1.3 ELECTRIC FIELD SIGNATURE AND STRUCTURE 109 4.1.4 LIMITATIONS OF THE QUASISTATIC ARC MODEL 117 4.2 DOWNWARD CURRENT REGION PROCESSES 118 4.2.1 UPGOING ELECTRONS 119 4.2.2 ION CONIES AND ION PRECIPITATION 122 4.2.3 ELECTRIC FIELDS 129 4.2.4 CURRENT-VOLTAGE RELATIONS 134 4.2.5 LIMITATIONS OF A QUASISTATIC MODEL 135 4.3 WAVES AND RADIATION 136 4.3.1 BEAM MODIFICATION: AKR, VLF, BBELF, ESW 138 - 4.3.2 ION EFFECTS: EMIC, EIC, IAW, ELF 162 4.3.3 DIAGNOSTIC WAVE SIGNATURES 167 4.4 TIME-DEPENDENT ALFVENIC PROCESSES 179 4.4.1 WAVE IMPEDANCE 180 4.4.2 DISPERSIVE TRAVELLING ALFVEN WAVES 181 4.4.3 STANDING ALFVEN WAVES 190 4.5 SPECIFIC REGIONS 194 4.5.1 NIGHTSIDE POLAR CAP BOUNDARY 195 4.5.2 POLAR CUSP 199 4.5.3 OTHER AURORAL DISPERSION SIGNATURES 202 4.5.4 DIFFUSE AURORA 204 4.5.5 SUBAURORAL ION DRIFTS 207 5. STATISTICS AND MAPPING OF AURORAL FEATURES 209 5.1 STATISTICAL AND EMPIRICAL STUDIES OF AURORAL DISTRIBUTIONS 209 5.1.1 IONOSPHERIC OBSERVATIONS AND EMPIRICAL MODELS 211 5.1.2 AURORAL LUMINOSITY 216 5.1.3 AURORAL IN SITU OBSERVATIONS 220 5.2 MAPPING AURORAL FEATURES TO THE MAGNETOSPHERE 235 5.2.1 TOPOLOGICAL MAGNETIC MAPPING 236 5.2.2 ASSIMILATIVE MAPPING AND SYNOPTIC MAPS 240 5.2.3 MORPHOLOGICAL MAPPING 244 CONTENTS VLL 5.2.4 MAPPING COMPLICATIONS 248 6. ELECTRODYNAMICS OF AURORAL FORMS 251 6.1 EVENINGSIDE DISCRETE ARCS 252 6.1.1 THE ARC AS PART OF A QUASI-STATIC CURRENT CIRCUIT 252 6.1.2 RELATION TO THE HIGH ALTITUDE ELECTRIC FIELD 259 6.1.3 A SYNOPTIC CASE STUDY OF AN EVENING ARC 261 6.2 WESTWARD TRAVELING SURGE 270 6.2.1 THREE-DIMENSIONAL IONOSPHERIC CURRENT SYSTEM 271 6.2.2 ASSOCIATED PARTICLE PRECIPITATION 281 6.3 OMEGA BANDS 281 6.3.1 THREE-DIMENSIONAL IONOSPHERIC CURRENT SYSTEM 283 6.3.2 PARTICLE PRECIPITATION 289 6.3.3 CONJUGATE MAGNETOSPHERIC OBSERVATIONS 292 6.4 AURORAL STREAMERS 292 6.4.1 GROUND MAGNETIC SIGNATURES 295 6.4.2 CURRENT SYSTEMS 296 6.4.3 ROLE OF BURSTY BULK FLOWS 300 6.5 POLAR CAP AURORA 301 6.5.1 POLAR AURORAL ARC 303 6.5.2 IMF DEPENDENCE 305 6.5.3 PLASMA SOURCES 306 6.5.4 GLOBAL ELECTRODYNAMICS 307 7. THEORETICAL MODELS 311 7.1 STATIC E\|\| MODELS 312 7.1.1 NUMERICAL SIMULATIONS 313 7.1.2 THEORY AND DATA 316 7.2 BOUNDARY LAYER COUPLING TO THE IONOSPHERE 318 7.3 CURRENT AND VOLTAGE GENERATORS 320 7.3.1 PURE CURRENT OR VOLTAGE GENERATORS 321 7.3.2 GENERATOR CONDUCTIVITY MODELS 322 7.3.3 TAU GENERATOR MODEL 323 7.3.4 DYNAMIC GENERATOR MODELS 324 7.4 RESONANT ALFVEN WAVES 326 7.4.1 RESONANT MODE COUPLING 327 7.4.2 FIELD LINE RESONANCES 330 7.4.3 IONOSPHERIC ALFVEN RESONATOR 336 7.5 PROPAGATING ARC MODELS 341 7.5.1 IONOSPHERIC FEEDBACK MODELS 341 7.5.2 PROPAGATING ARCS AND MAGNETIC ENERGY 343 7.5.3 STATIONARY ALFVEN WAVES 344 7.6 TRANSIENT ACCELERATION 348 7.7 LARGE-SCALE FEATURES AND MAGNETOSPHERIC SOURCES 349 7.7.1 THE SUBSTORM CURRENT WEDGE 350 7.7.2 FORMATION OF THE AURORAL BULGE 352 7.7.3 ENERGY FLOW AND CONVERSION 352 7.7.4 STRESS TRANSMISSION 355 VLLL AURORAL PLASMA PHYSICS 7.7.5 SMALL-SCALE SOURCE REGIONS 357 7.8 ESSENTIAL ELEMENTS OF AN INTEGRATED THEORY 360 7.8.1 OUTLINE 360 7.8.2 ENERGY FLOW 363 7.8.3 CURRENT FILAMENTATION 368 7.8.4 FEEDBACK ON GENERATOR 370 7.8.5 GLOBAL IMPACT OF THE AURORA 373 8. DYNAMIC COUPLING TO THE MAGNETOSPHERE 377 8.1 MAGNETOSPHERE AS AN AURORAL PRECIPITATION SOURCE 378 8.2 MAGNETOSPHERIC ENERGY CIRCULATION 383 8.2.1 PSEUDOBREAKUPS 385 8.2.2 MAGNETOSPHERIC SUBSTORMS 386 8.2.3 MAGNETIC STORMS 390 8.2.4 STEADY MAGNETOSPHERIC CONVECTION 391 8.2.5 MAGNETOSPHERIC ENERGY BUDGET 392 8.3 MAGNETOSPHERIC CONTROL 394 8.3.1 IMPULSIVE PLASMA ACCELERATION 394 8.3.2 PULSED RECONNECTION 395 8.3.3 SPORADIC NARROW PLASMA JETS 401 8.3.4 BBF SIGNATURES IN THE AURORA 405 8.4 IONOSPHERIC CONTROL 407 8.4.1 IONOSPHERIC EFFECTS ON THE MAGNETOSPHERE 407 8.4.2 PSEUDOBREAKUPS AND IONOSPHERIC STATE 410 8.4.3 EFFECTS OF THE NEUTRAL WIND 412 8.5 OPEN ISSUES 413 9. THE AURORA AS A UNIVERSAL PHENOMENON 415 9.1 AURORA ON OTHER PLANETS 415 9.1.1 SOLAR SYSTEM PLANETS 415 9.1.2 AURORA ON EXOPLANETS 423 9.2 AURORAL ACCELERATION IN ASTROPHYSICAL OBJECTS 424 9.2.1 A CONDENSED AURORAL THEORY 425 9.2.2 APPLICATION TO SOLAR FLARES 428 9.2.3 CATACLYSMIC VARIABLES 430 9.2.4 ACCRETING NEUTRON STARS 432 REFERENCES 435 AUTHOR ADDRESSES 477 INDEX 481
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spellingShingle	Auroral plasma physics International Space Science Institute <Bern> Kongress (DE-588)4130470-6 gnd Polarlicht (DE-588)4130058-0 gnd
subject_GND	(DE-588)4130470-6 (DE-588)4130058-0
title	Auroral plasma physics
title_auth	Auroral plasma physics
title_exact_search	Auroral plasma physics
title_full	Auroral plasma physics ed. by Götz Paschmann ...
title_fullStr	Auroral plasma physics ed. by Götz Paschmann ...
title_full_unstemmed	Auroral plasma physics ed. by Götz Paschmann ...
title_short	Auroral plasma physics
title_sort	auroral plasma physics
topic	Kongress (DE-588)4130470-6 gnd Polarlicht (DE-588)4130058-0 gnd
topic_facet	Kongress Polarlicht
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