Electron and proton kinetics and dynamics in flaring atmospheres:
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Weinheim
WILEY-VCH
2012
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| Schlagworte: | |
| Online-Zugang: | Inhaltstext Inhaltsverzeichnis |
| Beschreibung: | XXXV, 422 S. Ill., graph. Darst. |
| ISBN: | 9783527408474 9783527639663 |
Internformat
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| 245 | 1 | 0 | |a Electron and proton kinetics and dynamics in flaring atmospheres |c Valentina Zharkova |
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Datensatz im Suchindex
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Titel: Electron and proton kinetics and dynamics in flaring atmospheres
Autor: Zharkova, Valentina
Jahr: 2012
Contents
Preface XI
Color Plates XV
1 Observational Phenomena of Solar Flares 1
1.1 Observational Constraints 1
1.2 Hard X-Ray Light Curves and Spectra 1
1.2.1 light Curves 1
1.2.2 Photon and Electron Energy Spectra 2
1.2.5 Electron Numbers 4
1.3 Light Curves and Energy Spectra of Gamma-Rays 5
1.3.1 y-Ray Light Curves 5
1.3.2 Energy Spectra and Abundances of Ions in Flares 6
1.3.3 Ion Numbers 6
1.4 Geometry of Hard X-Ray and Gamma-Ray Sources 7
1.4.1 Differences in Footpoint Spectral Indices 7
1.4.2 Hard X-Ray and Gamma-Ray Source Locations 9
1.5 Pre- and Postflare Hard X-Ray and Radio Emission 9
1.6 Magnetic Field Changes Associated with Flares 11
1.6.1 Local Magnetic Field Variations 11
1.7 UV and Optical Emission 15
1.8 Seismic Responses !6
1.9 Critical Issues 18
2 Particle Acceleration in Flares 21
2.1 Models of Particle Acceleration 21
2.1.1 Basic Physics 21
2.1.2 Magnetic Reconnection Models Associated with Flares 22
2.1.3 Particle Acceleration in a Reconnecting Current Sheet 26
2.1.4 Particle Acceleration by Shocks and Turbulence 29
2.2 Recent Theoretical Developments 33
2.2.1 Stochastic Acceleration 33
2.2.2 Electron Acceleration in Collapsing Current Sheets 35
VI Contents
2.2.3 Particle Acceleration in a Single 3-D RCS with Complicated Magnetic
Topology 40
2.2.4 Estimations of Accelerated Particle Parameters 46
2.2.5 Comparison of the Parameters of Accelerated Particles 48
2.2.6 Particle Acceleration in 3-D MHD Models with Fan and Spine
Reconnection 49
2.3 Limitations of the Test-Particle Approach 54
2.3.1 The Polarization Electric Field 55
2.3.2 Turbulent Electric Fields 55
2.4 Particle-in-Cell Simulation of Acceleration in a 3-D RCS 57
2.4.1 Problem Formulation 57
2.4.2 Test-Particle Simulations 60
2.4.3 PIC Simulation Results 62
2.5 Particle Acceleration in Collapsing Magnetic Islands 70
2.5.1 Tearing-Mode Instability in Current Sheets 70
2.5.2 Particle Acceleration in Magnetic Islands - PIC Approach 71
2.6 Limitations of the PIC Approach 74
2.7 Probing Theories versus Observations 76
2.7.1 Interrelation between Acceleration and Transport 76
2.7.2 Testing Acceleration Models against Observational Constraints 77
3 Electron-Beam Precipitation-Continuity Equation Approach 81
3.1 Introduction 81
3.2 Particle Energy Losses 82
3.2.1 Particle Trajectories at Scattering 82
3.2.2 Energy Loss and Momentum Variations 84
3.3 Continuity Equation Approach for Electrons: Pure Collisions 92
3.3.1 Solutions of Continuity Equation for Power-Law Beam Electrons 93
3.3.2 Beam Electron Densities 95
3.3.3 Mean Electron Spectra 96
3.3.4 Hard X-Ray Bremsstrahlung Emission by Beam Electrons 97
3.3.5 Heating Functions 102
3.4 Continuity Equation Approach for Electrons - Pure Electric Field 104
3.4.1 Estimation of the Ohmic Loss Effect 105
3.4.2 Kinetic Solutions for a Pure Electric Field 109
3.4.3 Estimations of Electron-Beam Stability 118
4 Electron Beam Precipitation - Fokker-Planck Approach 121
4.1 General Comments on Particle and Energy Transport 121
4.2 Problem Formulation 122
4.2.1 The Fokker-Planck Equation 122
4.2.2 Normalization of a Distribution Function 124
4.2.3 Dimensionless Equations 125
4.2.4 Integral Characteristics of an Electron Beam 127
4.3 Simulation Method 128
4.4 Stationary Fokker-Planck Approach (df/dt = 0) 129
Contents
4.4.1 Initial Condition 129
4.4.2 Beam Electron Distribution Functions 130
4.4.3 Electron-Beam Density Variations with Depth 140
4.4.4 Mean Electron Fluxes 142
4.5 Time-Dependent Fokker-Planck Equation 143
4.5.1 Initial and Boundary Conditions 144
4.5.2 Relaxation to a Steady State 145
4.6 Regime of a Stationary Injection 147
4.6.1 Distributions of Electron Beams with a Lower-Energy Part 147
4.6.2 Variations of Electron-Beam Density 153
4.6.3 Effects of Magnetic Field Convergence 155
4.6.4 Mean Electron Fluxes of a Steady Beam 159
4.6.5 Plasma Heating by a Stationary Beam in Converging Magnetic
Field 159
4.7 Impulsive Injection 161
4.7.1 Mean Electron Flux for Beam Impulse 162
4.7.2 Energy Deposition by a Beam Impulse 164
4.8 Conclusions 167
5 Proton Beam Kinetics 169
5.1 Proton Beam Distribution Function 169
5.1.1 Effect of Coulomb Collisions on Proton Precipitation 169
5.1.2 Effect of a Self-Induced Electric Field on Proton Precipitation 172
5.1.3 Effect of Magnetic Field Convergence on Proton Precipitation 172
5.1.4 Effect of Wave-Proton Interaction 172
5.1.5 Collisions versus Kinetic Alfven Waves: the Effect on Proton
Precipitation 174
5.1.6 Fokker-Planck Equation for Proton Beams 176
5.2 Precipitation of Proton Beam: Numerical Simulations 177
5.2.1 Numerical Calculation of Proton Beam Distribution Function 177
5.2.2 Accepted Parameters 179
5.2.3 Proton Beam Distribution Functions 179
5.3 General Discussion of Proton and Electron Precipitation 182
5.3.1 Beam Spectra at Precipitation 182
5.3.2 Energy and Momentum Transfer 182
6 Hydrodynamic Response to Particle Injection 187
6.1 Hydrodynamic Equations 187
6.1.1 Additional Equations 188
6.1.2 Boundary Conditions 189
6.2 Hydrodynamic Responses to Heating by Electron Beams 190
6.2.1 The Heating Functions by High Energy Particles 190
6.2.2 Simulated Heating Functions 190
6.2.3 Hydrodynamics Caused by Electron Beams 192
6.2.4 Hydrodynamics Formed by Mixed Electron and Proton Beams 197
6.2.5 Momenta Delivered by Beams and Hydrodynamic Shocks 199
6.2.6 Comparison of Ambient Heating by Electrons and Protons for 28
October 2003 Flare 200
6.3 Case Study of a Hydrodynamics of the 25 July 2004 Flare 204
6.3.1 Observations 204
6.3.2 Hydrodynamics of Ambient Plasma 211
6.4 Conclusions 213
7 Hard X-Ray Bremsstrahlung Emission and Polarization 215
7.1 Introduction 215
7.2 Stokes Parameters for HXR Emission 216
7.2.1 Geometry of Observations 217
7.2.2 Nonrelativistic HXR Cross-Sections 219
7.2.3 Relativistic Angle-Dependent Cross-Sections 221
7.3 Simulation Results 223
7.3.1 Time-Dependent Hard X-Ray Photon Spectra for a Short Impulse 223
7.3.2 HXR Emission with Nonrelativistic Cross-Sections for Steady
Injection 224
7.3.3 HXR Emission with Relativistic Cross-Sections for Steady Injection 229
7.3.4 HXR Bremsstrahlung Directivity and Polarization for a Steady Beam
Injection 234
7.4 Comparison with Observations 239
7.4.1 HXR Bremsstrahlung Photon Spectra 239
7.4.2 HXR Bremsstrahlung Directivity and Polarization 241
7.4.3 Relationships between Electron and HXR Photon Spectra and Electron
Numbers 244
8 Microwave Emission and Polarization 247
8.1 General Comments 247
8.2 Evaluation of Models for Electron Precipitation 249
8.3 Gyrosynchrotron Plasma Emissivity and Absorption Coefficient 251
8.4 Gyrosynchrotron Emission from a Homogeneous Source 253
8.4.1 Depth Variations of MW Emission 253
8.4.2 Gyrosynchrotron Emission from a Whole Coronal Magnetic Tube 260
8.5 Comparison with Observations 263
8.5.1 Flare of 23 July 2002 263
8.5.2 Flare of 10 March 2001 265
8.5.3 Simulated HXR and MW Emission 270
8.6 Conclusion 283
9 Langmuir Wave Generation by Electron Beams 287
9.1 Electron Beams and Their Stability 287
9.2 Basic Equations 289
9.2.1 Method of Solution and Model Parameters 290
Contents
9.3 Results and Discussion 291
9.3.1 Electric Field Effects on Langmuir Turbulence 291
9.4 Conclusions 298
10 Nonthermal Hydrogen Emission Caused by Electron Beams 301
10.1 Introduction 301
10.2 Nonthermal Excitation and Ionization Rates 302
10.2.1 Beam Electron Density 303
10.2.2 Nonthermal Hydrogen Excitation Rates 304
10.2.3 Nonthermal Hydrogen Ionization Rates 306
10.2.4 Comparison of Thermal and Nonthermal Excitation and Ionization
Rates 306
10.3 Hydrogen Emission Produced by Impacts with Beam Electrons 307
10.3.1 Equations of Statistical Equilibrium 309
10.3.2 Radiative Transfer Equations 310
10.3.3 Conservation Equation for a Particle Number 311
10.3.4 Method of Solution 312
10.3.5 Accepted Parameters 313
10.4 Hydrogen Excitation and Ionization 313
10.4.1 Comparison of Nonthermal and Thermal Excitation and Ionization
Rates 313
10.4.2 Nonthermal Effects on Hydrogen Emission 317
10.4.3 Hydrogen Radiative Losses in Flares 322
10.4.4 Role of Backwarming Heating 322
10.5 Interpretation of H(i Emission in 25 July 2004 Flare 324
10.5.1 Fast Changes of Ha Emission in the Main Flare Event 324
10.5.2 Temporal and Spatial Evolution of the Main Flare Event 325
10.5.3 Resulting Ha Emission 328
11 H?-Line Impact Polarization 331
11.1 Introduction 331
11.2 Basic Models 333
11.2.1 Physical Model 333
11.2.2 Kinetic Model 333
11.2.3 Radiative Model 334
11.3 Density Matrix Approach 336
11.3.1 Steady State Equation 336
11.3.2 Radiative Tensor 337
11.3.3 Collisional Tensor 338
11.3.4 Probabilities of Radiative Transitions 338
11.3.5 Probabilities of Collisional Transitions 339
11.3.6 Stokes Parameters 339
11A Results and Discussion 340
11.4.1 H?-Line Polarization Profiles 343
11.4.2 Depth and Time Variations of Hu -Line Polarization 344
11.4.3 Interpretation of Observational Features 345
X I Contents
11.5 Interpretation of Polarimetric Ha Observations 346
11.5.1 Revised Theoretical Model 349
11.5.2 Results of Observations 353
11.5.3 Observational Recommendations 356
11.6 Conclusions 357
12 Sunquakes Associated with Solar Flares 359
12.1 FirstSunquakeof9 July 1996 Flare 359
12.1.1 Methods of Sunquake Detection 361
12.1.2 Results from First Sunquake Detection 363
12.1.3 Discrepancies between the Parameters Derived and the Basic Flare
Theory 364
12.2 Observations of Other Sunquakes 365
12.3 Sunquakes Associated with the Flare of 28 October 2003 367
12.3.1 Hard X-Ray, y-Ray Emission, and Accelerated Particles in the Earth's
Orbit 368
12.3.2 Observed Seismic Sources 371
12.3.3 Comparison of Momenta Delivered by Beams and Hydrodynamic
Shocks 376
12.4 Seismic Sources Observed by GONG in 14 December 2006 Flare 378
12.4A Flare Morphology and Evolution 379
12.4.2 Photospheric and Chromospheric Signatures for the 14 December 2006
Flare 379
12.4.3 Photospheric Velocities 380
12.5 Observations of Solar Interior 381
12.5 A Validation of Time-Distance Analysis with GONG 383
12.5.2 Helioseismic Results 383
12.5.3 Summary of Observed Signatures in Sunquakes 387
12.6 Theoretical Implications of Particle Kinetics and Dynamics Leading to
Sunquakes 388
12.6.1 Topology of Particle Acceleration 388
12.6.2 Particle Precipitation 389
12.6.3 Plasma Responses to High-Energy Particles 391
12.7 Nonthermal Ionization and Backwarming Heating 395
12.7A Hydrogen Nonthermal Excitation and Ionization 395
12.7.2 The Role of Backwarming Heating 396
12.7.3 Ni-Line Emission 397
12.7.4 Generation of Seismic Response by a Pinpoint Source 401
12.7.5 Magnetic Field Change During Flares 402
12.8 Conclusion 404
References 407
Index 419 |
| any_adam_object | 1 |
| author | Zharkova, Valentina |
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| dewey-ones | 523 - Specific celestial bodies and phenomena |
| dewey-raw | 523.75 |
| dewey-search | 523.75 |
| dewey-sort | 3523.75 |
| dewey-tens | 520 - Astronomy and allied sciences |
| discipline | Physik |
| format | Book |
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| publisher | WILEY-VCH |
| record_format | marc |
| spelling | Zharkova, Valentina Verfasser aut Electron and proton kinetics and dynamics in flaring atmospheres Valentina Zharkova Weinheim WILEY-VCH 2012 XXXV, 422 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Teilchenbeschleunigung (DE-588)4184611-4 gnd rswk-swf Elektron (DE-588)4125978-6 gnd rswk-swf Flare (DE-588)4277650-8 gnd rswk-swf Proton (DE-588)4137643-2 gnd rswk-swf Flare (DE-588)4277650-8 s Elektron (DE-588)4125978-6 s Proton (DE-588)4137643-2 s Teilchenbeschleunigung (DE-588)4184611-4 s DE-604 Erscheint auch als Online-Ausgabe, EPUB 978-3-527-63967-0 Erscheint auch als Online-Ausgabe, MOBI 978-3-527-63969-4 Erscheint auch als Online-Ausgabe, PDF 978-3-527-63968-7 text/html http://deposit.dnb.de/cgi-bin/dokserv?id=3192265&prov=M&dok_var=1&dok_ext=htm Inhaltstext HBZ Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=025219328&sequence=000004&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Zharkova, Valentina Electron and proton kinetics and dynamics in flaring atmospheres Teilchenbeschleunigung (DE-588)4184611-4 gnd Elektron (DE-588)4125978-6 gnd Flare (DE-588)4277650-8 gnd Proton (DE-588)4137643-2 gnd |
| subject_GND | (DE-588)4184611-4 (DE-588)4125978-6 (DE-588)4277650-8 (DE-588)4137643-2 |
| title | Electron and proton kinetics and dynamics in flaring atmospheres |
| title_auth | Electron and proton kinetics and dynamics in flaring atmospheres |
| title_exact_search | Electron and proton kinetics and dynamics in flaring atmospheres |
| title_full | Electron and proton kinetics and dynamics in flaring atmospheres Valentina Zharkova |
| title_fullStr | Electron and proton kinetics and dynamics in flaring atmospheres Valentina Zharkova |
| title_full_unstemmed | Electron and proton kinetics and dynamics in flaring atmospheres Valentina Zharkova |
| title_short | Electron and proton kinetics and dynamics in flaring atmospheres |
| title_sort | electron and proton kinetics and dynamics in flaring atmospheres |
| topic | Teilchenbeschleunigung (DE-588)4184611-4 gnd Elektron (DE-588)4125978-6 gnd Flare (DE-588)4277650-8 gnd Proton (DE-588)4137643-2 gnd |
| topic_facet | Teilchenbeschleunigung Elektron Flare Proton |
| url | http://deposit.dnb.de/cgi-bin/dokserv?id=3192265&prov=M&dok_var=1&dok_ext=htm http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=025219328&sequence=000004&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT zharkovavalentina electronandprotonkineticsanddynamicsinflaringatmospheres |