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Solar and Stellar Granulation
Overview of attention for book
Table of Contents
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Book Overview
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Chapter 1
Workshop Introduction
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Chapter 2
Observations of the Solar Granulation at the Pic Du Midi Observatory and with Themis
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Chapter 3
The Gregory-Coudé-Telescope at the Observatorio Del Teide, Tenerife
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Chapter 4
The Status of the Latest German Solar Facility on Tenerife
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Chapter 5
Ground-Based Tunable Filter Observations
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Chapter 6
An Overview of the Orbiting Solar Laboratory
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Chapter 7
Solar Image Restoration by Adaptive Optics
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Chapter 8
Improving Solar Image Quality by Image Selection
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Chapter 9
Reconstruction from Focal Volume Information
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Chapter 10
Granulation in the Photospheres of Stars
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Chapter 11
Solar Granulation Speckle Interferometry Using Cross-Spectrum Techniques
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Chapter 12
Active Optics, Anisoplanatism, and the Correction of Astronomical Images
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Chapter 13
On Pressure Shifts of FeI Lines in Stellar Atmospheres
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Chapter 14
Pressure Broadening and Solar Spectral Line Bisectors
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Chapter 15
Solar Granulation : Overview
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Chapter 16
Line Shifts In The Infrared Spectra Of Late-Type Stars
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Chapter 17
Asymmetry of Absorption Lines in the Solar and Procyon Sprecta
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Chapter 18
Line Asymmetries in Late-Type Dwarf Photospheres
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Chapter 19
Challenges and Opportunities in Stellar Granulation Observations
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Chapter 20
High Resolution Granulation Observations from La Palma: Techniques and First Results
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Chapter 21
Spatially Resolved Spectra of Solar Granules
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Chapter 22
Granulation Line Asymmetries
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Chapter 23
Granulation and Waves?
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Chapter 24
High Resolution Diagnostic of the Mesocells in The Solar Temperature Minimum Region
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Chapter 25
Pole-Equator-Difference of the Size of the Chromospheric Ca II ’ K ’ Network in Quiet and Active Solar Regions
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Chapter 26
Temperature Waves and Solar Granulation
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Chapter 27
Flows, Random Motions and Oscillations in Solar Granulation Derived from the Soup Instrument on Spacelab 2
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Chapter 28
Granulation in and out of Magnetic Region
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Chapter 29
Observation and Interpretation of Photospheric Line Asymmetry Changes Near Active Regions
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Chapter 30
Line Bisectors in and out Magnetic Regions
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Chapter 31
RMS Velocities in Solar Active Regions
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Chapter 32
Report on the Session: Position and Discussion: Solar Data
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Chapter 33
The Limb Effect of the Ki 769.9 Nm Line in Quiet Regions
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Chapter 34
Vortex Motion of the Solar Granulation
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Chapter 35
The Granulation Sensitivity Of Neutral Metal Lines
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Chapter 36
Granule Lifetimes and Dimensions as Function of Distance from a Solar Pore Region
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Chapter 37
Spatio-Temporal Analysis of Waves in the Solar Atmosphere
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Chapter 38
On Toe Granule Lifetime Near And Far Away From Sunspots
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Chapter 39
Observations Of High Frequency Waves in the Solar Atmosphere
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Chapter 40
Photoelectric Analysis Of The Solar Granulation In IR
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Chapter 41
Constraints Imposed by Very High Resolution Spectra and Images on Theoretical Simulations of Granular Convection
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Chapter 42
The Variation of the Mean Size of the Photospheric Granules Near and Far from a Sunspot
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Chapter 43
Abnormal Granulation
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Chapter 44
Supergranular Pattern Formed by the Large Granules
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Chapter 45
Details of Large Scale Solar Motions Revealed by Granulation Test Particles
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Chapter 46
Convection And Waves
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Chapter 47
How Much Can Theoretical Models of Compressible Convection Tell Us about Solar Granulation?
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Chapter 48
Two and Three-Dimensional Simulations of Compressible Convection
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Chapter 49
Spectroscopic Properties of Solar Granulation obtained from 2-D Numerical Simulations
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Chapter 50
On the Influence of Opacity Fluctuations on the Energy Transfer by Radiation
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Chapter 51
Simulating Magnetoconvection
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Chapter 52
Time Dependent Compressible Magnetoconvection
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Chapter 53
Models of Magnetic Flux Sheets
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Chapter 54
Stellar Granulation: Modeling Of Stellar Surfaces And Photospheric Line Asymmetries
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Chapter 55
Three-Dimensional Simulation of Convective Motions in the Procyon Envelope
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Chapter 56
Numerical Simulations of Gas Flows in an A-Type Stellar Atmosphere
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Chapter 57
Inhomogeneous chromospheric structures in the atmosphere of Arcturus generated by acoustic wave propagation
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Chapter 58
Interaction Of Solar Granulation With Weak And Strong Magnetic Fields
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Chapter 59
Granulation and the NLTE Formation Of K I 769.9
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Chapter 60
The Effects of Inhomogeneities in 3-D Models on Abundance Determinations
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Chapter 61
2D Flux Tube in Radiative Equilibrium
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Chapter 62
Isolated Magnetohydrodynamic Thermal Eddies in a Thermally Stratified Fluid
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Chapter 63
What do the MG II Lines Tell Us About Waves and Magnetic Fields?
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Chapter 64
A Simple Model of Mesogranular and Supergranular Flows
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Chapter 65
Probing Op Sunspot Umbral Structure By Oscillations
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Chapter 66
Workshop Impressions
Overall attention for this book and its chapters
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Mentioned by
syllabi
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institution with syllabi
Citations
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25
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Readers on
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Book overview
1. Workshop Introduction
2. Observations of the Solar Granulation at the Pic Du Midi Observatory and with Themis
3. The Gregory-Coudé-Telescope at the Observatorio Del Teide, Tenerife
4. The Status of the Latest German Solar Facility on Tenerife
5. Ground-Based Tunable Filter Observations
6. An Overview of the Orbiting Solar Laboratory
7. Solar Image Restoration by Adaptive Optics
8. Improving Solar Image Quality by Image Selection
9. Reconstruction from Focal Volume Information
10. Granulation in the Photospheres of Stars
11. Solar Granulation Speckle Interferometry Using Cross-Spectrum Techniques
12. Active Optics, Anisoplanatism, and the Correction of Astronomical Images
13. On Pressure Shifts of FeI Lines in Stellar Atmospheres
14. Pressure Broadening and Solar Spectral Line Bisectors
15. Solar Granulation : Overview
16. Line Shifts In The Infrared Spectra Of Late-Type Stars
17. Asymmetry of Absorption Lines in the Solar and Procyon Sprecta
18. Line Asymmetries in Late-Type Dwarf Photospheres
19. Challenges and Opportunities in Stellar Granulation Observations
20. High Resolution Granulation Observations from La Palma: Techniques and First Results
21. Spatially Resolved Spectra of Solar Granules
22. Granulation Line Asymmetries
23. Granulation and Waves?
24. High Resolution Diagnostic of the Mesocells in The Solar Temperature Minimum Region
25. Pole-Equator-Difference of the Size of the Chromospheric Ca II ’ K ’ Network in Quiet and Active Solar Regions
26. Temperature Waves and Solar Granulation
27. Flows, Random Motions and Oscillations in Solar Granulation Derived from the Soup Instrument on Spacelab 2
28. Granulation in and out of Magnetic Region
29. Observation and Interpretation of Photospheric Line Asymmetry Changes Near Active Regions
30. Line Bisectors in and out Magnetic Regions
31. RMS Velocities in Solar Active Regions
32. Report on the Session: Position and Discussion: Solar Data
33. The Limb Effect of the Ki 769.9 Nm Line in Quiet Regions
34. Vortex Motion of the Solar Granulation
35. The Granulation Sensitivity Of Neutral Metal Lines
36. Granule Lifetimes and Dimensions as Function of Distance from a Solar Pore Region
37. Spatio-Temporal Analysis of Waves in the Solar Atmosphere
38. On Toe Granule Lifetime Near And Far Away From Sunspots
39. Observations Of High Frequency Waves in the Solar Atmosphere
40. Photoelectric Analysis Of The Solar Granulation In IR
41. Constraints Imposed by Very High Resolution Spectra and Images on Theoretical Simulations of Granular Convection
42. The Variation of the Mean Size of the Photospheric Granules Near and Far from a Sunspot
43. Abnormal Granulation
44. Supergranular Pattern Formed by the Large Granules
45. Details of Large Scale Solar Motions Revealed by Granulation Test Particles
46. Convection And Waves
47. How Much Can Theoretical Models of Compressible Convection Tell Us about Solar Granulation?
48. Two and Three-Dimensional Simulations of Compressible Convection
49. Spectroscopic Properties of Solar Granulation obtained from 2-D Numerical Simulations
50. On the Influence of Opacity Fluctuations on the Energy Transfer by Radiation
51. Simulating Magnetoconvection
52. Time Dependent Compressible Magnetoconvection
53. Models of Magnetic Flux Sheets
54. Stellar Granulation: Modeling Of Stellar Surfaces And Photospheric Line Asymmetries
55. Three-Dimensional Simulation of Convective Motions in the Procyon Envelope
56. Numerical Simulations of Gas Flows in an A-Type Stellar Atmosphere
57. Inhomogeneous chromospheric structures in the atmosphere of Arcturus generated by acoustic wave propagation
58. Interaction Of Solar Granulation With Weak And Strong Magnetic Fields
59. Granulation and the NLTE Formation Of K I 769.9
60. The Effects of Inhomogeneities in 3-D Models on Abundance Determinations
61. 2D Flux Tube in Radiative Equilibrium
62. Isolated Magnetohydrodynamic Thermal Eddies in a Thermally Stratified Fluid
63. What do the MG II Lines Tell Us About Waves and Magnetic Fields?
64. A Simple Model of Mesogranular and Supergranular Flows
65. Probing Op Sunspot Umbral Structure By Oscillations
66. Workshop Impressions
Summary
Syllabi
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