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1984, ISBN: 9789027718334


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1984, ISBN: 9027718334

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1984, ISBN: 9027718334

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Priest, E.R.:
Solar Magnetohydrodynamics - pocketboek

1984, ISBN: 9027718334

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Bijzonderheden over het boek
Solar Magnetohydrodynamics

The book should be eminently suitable for a course in solar physics. Also it provides a comprehensive review of present magnetohydrodynamical models in solar physics, which will be quite useful for workers in the field. Finally, the book is strongly recommended to the rapidly growing number of astrophysicists studying magnetically active stars.' Science ...belongs on the desk of every astrophysicist interested in active objects, whether stars or galaxies. It should go without saying that the book is also an excellent text for a graduate on magnetohydrodynamics.' Nature Professor Priest has succeeded in writing a lucid and thorough introductory in the fascinating field of Solar Magnetohydrodynamics that is of great value to students and researchers in the field. It is easily accessible to researchers in peripheral astrophysical disciplines such as stellar atmospheres and extragalactic physics. This monograph can be recommended as the textbook in this field.' Space Science Reviews ...only very rarely do I feel delighted to receive a particular book. Eric Priest's book is nevertheless one such instance. It is a very solid production both on the part of the author who has provided the best part of 500 pages and the publisher who has matched the author's effort with a well presented text and illustrations.' Planetary Space Science Professor Priest had constructed an impressively coherent textbook. As an account of solar magnetism, or a demonstration of the applied-mathematical approach in astrophysics it can be strongly recommended.' Journal of Fluid Mechanics, 155 (1985)

Gedetalleerde informatie over het boek. - Solar Magnetohydrodynamics

EAN (ISBN-13): 9789027718334
ISBN (ISBN-10): 9027718334
pocket book
Verschijningsjaar: 1984
Uitgever: Kluwer Academic Publishers
500 Bladzijden
Gewicht: 0,742 kg
Taal: eng/Englisch

Boek bevindt zich in het datenbestand sinds 2008-04-08T16:31:42+02:00 (Amsterdam)
Detailpagina laatst gewijzigd op 2021-11-07T17:39:25+01:00 (Amsterdam)
ISBN/EAN: 9027718334

ISBN - alternatieve schrijfwijzen:
90-277-1833-4, 978-90-277-1833-4

Gegevens van de uitgever

Auteur: E.R. Priest
Titel: Geophysics and Astrophysics Monographs; Solar Magnetohydrodynamics
Uitgeverij: Springer; Springer Netherland
469 Bladzijden
Verschijningsjaar: 1984-07-31
Dordrecht; NL
Gewicht: 1,530 kg
Taal: Engels
267,49 € (DE)
274,99 € (AT)
295,00 CHF (CH)

BC; Book; Hardcover, Softcover / Physik, Astronomie/Astronomie; Astrophysik; Verstehen; Variation; atmosphere; chromosphere; solar physics; solar wind; C; Astrophysics and Astroparticles; Astrophysics; Physics and Astronomy

1. A description of the sun.- 1.1. Brief History.- 1.2. Overall Properties.- 1.2.1. Interior.- 1.2.2. Outer Atmosphere.- 1.3.The Quiet Sun.- 1.3.1. The Interior.- A. The Core.- B. A Model.- C. Convection Zone.- 1.3.2. The Photosphere.- A. Motions.- B. Magnetic Field.- C. A Model.- 1.3.3. The Chromosphere.- 1.3.4. The Corona.- A. At Eclipses.- B. In X-rays.- C. Solar Wind.- 1.4. Transient Features.- 1.4.1. Active Regions.- A. Development.- B. Structure.- C. Loops.- D. Internal Motions.- 1.4.2. Sunspots.- A. Development.- B. Umbra.- C. Penumbra.- D. Motion.- E. Solar Cycle.- 1.4.3. Prominences.- A. Introduction.- B. Properties.- C. Development.- D. Structure.- E. Eruption.- F. Coronal Transients.- 1.4.4. Solar Flares.- A. Basic Description.- B. Ground-Based Observations.- C. Space Observations.- 2. The basic equations of magnetohydrodynamics.- 2.1. Electromagnetic Equations.- 2.1.1. Maxwell’s Equations.- 2.1.2. Ohm’s Law.- 2.1.3. Generalised Ohm’s Law.- 2.1.4. Induction Equation.- 2.1.5. Electrical Conductivity.- 2.2. Plasma Equations.- 2.2.1. Mass Continuity.- 2.2.2. Equation of Motion.- 2.2.3. Perfect Gas Law.- 2.3. Energy Equations.- 2.3.1. Different Forms of Heat Equation.- 2.3.2 Thermal Conduction.- 2.3.3. Radiation.- 2.3.4. Heating.- 2.3.5. Energetics.- 2.4. Summary of Equations.- 2.4.1. Assumptions.- 2.4.2 Reduced Forms of the Equations.- 2.5. Dimensionless Parameters.- 2.6. Consequences of the Induction Equation.- 2.6.1. Diffusive Limit.- 2.6.2. Perfectly Conducting Limit.- 2.7. The Lorentz Force.- 2.8. Some Theorems.- 2.8.1. Cowling’s Antidynamo Theorem.- 2.8.2. Taylor—Proudman Theorem.- 2.8.3. Ferraro’s Law of Isorotation.- 2.8.4. The Virial Theorem.- 2.9. Summary of Magnetic Flux Tube Behaviour.- 2.9.1. Definitions.- 2.9.2. General Properties.- 2.9.3. Flux Tubes in the Solar Atmosphere.- 2.10. Summary of Current Sheet Behaviour.- 2.10.1. Processes of Formation.- 2.10.2. Properties.- 3. Magnetohydrostatics.- 3.1. Introduction.- 3.2. Plasma Structure in a Prescribed Magnetic Field.- 3.3. The Structure of Magnetic Flux Tubes (Cylindrically Symmetric).- 3.3.1. Purely Axial Field.- 3.3.2. Purely Azimuthal Field.- 3.3.3. Force-Free Fields.- A. Linear Field.- B. Nonlinear Fields.- C. Effect of Twisting a Tube.- D. Effect of Expanding a Tube.- E. A Tube of Non-Uniform Radius.- 3.3.4. Magnetostatic Fields.- 3.4. Current-Free Fields.- 3.5. Force-Free Fields.- 3.5.1. General Theorems.- 3.5.2. Simple Constant-? Solutions.- 3.5.3. General Constant- ? Solutions.- 3.5.4. Non-Constant- ? Solutions.- 3.5.5. Diffusion.- 3.5.6. Coronal Evolution.- 3.6. Magnetohydrostatic Fields.- 4. Waves.- 4.1. Introduction.- 4.1.1. Fundamental Modes.- 4.1.2. Basic Equations.- 4.2. Sound Waves.- 4.3. Magnetic Waves.- 4.3.1. Shear Alfvén Waves.- 4.3.2. Compressional Alfvén Waves.- 4.4. Internal Gravity Waves.- 4.5. Inertial Waves.- 4.6. Magnetoacoustic Waves.- 4.7. Acoustic-Gravity Waves.- 4.8. Summary of Magnetoacoustic-Gravity Waves.- 4.9. Five-Minute Oscillations.- 4.9.1. Observations.- 4.9.2. Models.- A. Photospheric Ringing.- B. Wave Trapping.- 4.9.3. Wave Generation.- 4.9.4. Strong Magnetic Field Regions.- 4.9.5. The Future.- 4.10. Waves in a Strongly Inhomogeneous Medium.- 4.10.1. Surface Waves on a Magnetic Interface.- 4.10.2. A Twisted Magnetic Flux Tube.- 4.10.3. A Stratified Atmosphere.- 5. Shock waves.- 5.1. Introduction.- 5.1.1. Formation of a Hydrodynamic Shock.- 5.1.2. Effects of a Magnetic Field.- 5.2. Hydrodynamic Shocks.- 5.3. Perpendicular Shocks.- 5.4. Oblique Shocks.- 5.4.1. Jump Relations.- 5.4.2. Slow and Fast Shocks.- 5.4.3. Switch-Off and Switch-On Shocks.- 5.4.4. The Intermediate Wave.- 6. Heating of the upper atmosphere.- 6.1. Introduction.- 6.2. Models for Atmospheric Structure.- 6.2.1. Basic Model.- 6.2.2. Magnetic Field Effects.- 6.2.3. Additional Effects.- 6.3. Acoustic Wave Heating.- 6.3.1. Steepening.- 6.3.2. Propagation and Dissipation.- 6.4. Magnetic Heating.- 6.4.1. Propagation and Dissipation of Magnetic Waves.- 6.4.2. Nonlinear Coupling of Alfvén Waves.- 6.4.3. Resonant Absorption of Alfvén Waves.- 6.4.4. Magnetic Field Dissipation.- A. Order of Magnitude.- B. Current Sheets.- C. Current Filaments.- 6.5. Coronal Loops.- 6.5.1. Static Energy-Balance Models.- A. Uniform Pressure Loops.- B. Cool Cores.- C. Hydrostatic Equilibrium.- 6.5.2. Flows in Coronal Loops.- 7. Instability.- 7.1. Introduction.- 7.2. Linearised Equations.- 7.3. Normal Mode Method.- 7.3.1. Example: Rayleigh—Taylor Instability.- A. Plasma Supported by a Magnetic Field.- B. Uniform Magnetic Field B0(+) = B0(-).- 7.4. Variational (or Energy) Method.- 7.4.1. Example: Kink Instability.- 7.4.2. Use of the Energy Method.- 7.5. Summary of Instabilities.- 7.5.1. Interchange Instability.- 7.5.2. Rayleigh-Taylor Instability.- 7.5.3. Pinched Discharge.- 7.5.4. Flow Instability.- 7.5.5. Resistive Instability.- 7.5.6. Convective Instability.- 7.5.7. Radiatively-Driven Thermal Instability.- 7.5.8. Other Instabilities.- 8. Sunspots.- 8.1. Magnetoconvection.- 8.1.1. Physical Effects.- 8.1.2. Linear Stability Analysis.- 8.1.3. Magnetic Flux Expulsion and Concentration.- 8.2. Magnetic Buoyancy.- 8.2.1. Qualitative Effect.- 8.2.2. Magnetic Buoyancy Instability.- 8.2.3. The Rise of Flux Tubes in the Sun.- 8.3. Cooling of Sunspots.- 8.4. Equilibrium Structure of Sunspots.- 8.4.1. Magnetohydrostatic Equilibrium.- 8.4.2. Sunspot Stability.- 8.5. The Sunspot Penumbra.- 8.6. Evolution of a Sunspot.- 8.6.1. Formation.- 8.6.2. Decay.- 8.7. Intense Flux Tubes.- 8.7.1. Equilibrium of a Slender Flux Tube.- 8.7.2. Intense Magnetic Field Instability.- 8.7.3. Spicule Generation.- 8.7.4. Tube Waves.- 9. Dynamo theory.- 9.1. Introduction.- 9.2. Cowling’s Theorem.- 9.3. Qualitative Dynamo Action.- 9.3.1. Generation of Toroidal and Poloidal Fields.- 9.3.2. Phenomenological Model.- 9.4. Kinematic Dynamos.- 9.4.1. Nearly-Symmetric Dynamo.- 9.4.2. Turbulent Dynamo: Mean-Field Electrodynamics.- 9.4.3. Simple Solution: Dynamo Waves.- 9.4.4. Solar Cycle Models: The ?—? Dynamo.- 9.5. Magnetohydrodynamic Dynamos.- 9.5.1. Modified Kinematic Dynamos.- 9.5.2. Strange Attractors.- 9.5.3. Convective Dynamos.- 9.6. Difficulties with Dynamo Theory.- 10. Solar flares.- 10.1. Magnetic Reconnection.- 10.1.1. Unidirectional Field.- 10.1.2. Diffusion Region.- 10.1.3. The Petschek Mechanism.- 10.1.4. External Region.- 10.2. Simple-Loop Flare.- 10.2.1. Emerging (or Evolving) Flux Model.- 10.2.2. Thermal Nonequilibrium.- 10.2.3. Kink Instability.- 10.2.4. Resistive Kink Instability.- 10.3. Two-Ribbon Flare.- 10.3.1 Existence and Multiplicity of Force-Free Equilibria.- 10.3.2 Eruptive Instability.- 10.3.3 The Main Phase: ‘Post’-Flare Loops.- 11. Prominences.- 11.1. Formation.- 11.1.1. Formation in a Loop (Active-Region Prominences).- 11.1.2. Formation in a Coronal Arcade.- 11.1.3. Formation in a Current Sheet.- A. Thermal Nonequilibrium.- B. Line-Tying.- 11.2. Magnetohydrostatics of Support in a Simple Arcade.- 11.2.1. Kippenhahn—Schlüter Model.- 11.2.2. Generalised Kippenhahn—Schlüter Model.- 11.2.3. The External Field.- 11.2.4. Magnetohydrodynamic Stability.- 11.2.5. Helical Structure.- 11.3. Support in Configurations with Helical Fields.- 11.3.1. Support in a Current Sheet.- 11.3.2. Support in a Horizontal Field.- 11.4. Coronal Transients.- 11.4.1. Twisted Loop Models.- 11.4.2. Untwisted Loop Models.- 11.4.3. Numerical Models.- 11.4.4. Conclusion.- 12. The solar wind.- 12.1. Introduction.- 12.2. Parker’s Solution.- 12.3. Models for a Spherical Expansion.- 12.2.1. Energy Equation.- 12.2.2. Two-Fluid Model.- 12.2.3. Magnetic Field.- 12.4. Streamers and Coronal Holes.- 12.4.1. Pneuman-Kopp Model.- A. Basic Model.- B. Angular Momentum Loss.- C. Current Sheet.- 12.4.2. Coronal Hole Models.- 12.5. Extra Effects.- Appendix I. Units.- Appendix II. Useful Values and Expressions.- Appendix III. Notation.- References.

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Laatste soortgelijke boek:
8601422446258 Solar Magnetohydrodynamics (Geophysics and Astrophysics Monographs) (Geophysics and Astrophysics Monographs, 21, Band 21) (Priest, E. R.)

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