Paper Title |
Page |
Authors |
|
| |
The Case for High Resolution in Solar Physics |
1 |
Thomas, J. |
Small Scale Magnetic Flux Tubes in the Photosphere: A Simulation Perspective |
17 |
Steiner, O. |
Dynamics of Magnetic Elements in the Photosphere and the Formation of Spicules |
30 |
van Ballegooijen, A. A.; Nisenson, P. |
High Resolution Observations of the Dynamics of Magnetic Elements |
36 |
Sigwarth, M.; Balasubramaniam, K.; Knölker, M. |
Radiative Transfer On Unstructured Triangular Grids |
44 |
Bruls, J.; Vollmöller, P.; Schüssler, M. |
Radiative Transfer Effects and Convective Collapse: Size(flux)-Strength Distribution for the Small-Scale Solar Magnetic Flux Tubes |
53 |
Rajaguru, S.; Hasan, S. |
Structure of a Facular Region From the Inversion of High Spatial and Temporal Resolution Stokes Spectra |
61 |
Bellot Rubio, L.; Ruiz Cobo, B.; Collados, M. |
Origin and Propagation of Fluctuations of Turbulent Magnetic Fields |
70 |
Petrovay, K. |
Axisymmetric Sunspot Oscillations |
78 |
Bogdan, T. |
The Spectrum of Intensity Fluctuations Across Penumbral Filaments |
87 |
Sánchez Almeida, J.; Bonet, J. |
A Model for Penumbral Phenomena |
91 |
Schlichenmaier, R. |
New Results of 2D-Spectroscopy of Sunspots |
100 |
Balthasar, H. |
Thermal Structure of a Sunspot: An Application of Phase Diversity |
108 |
Tritschler, A.; Schmidt, W.; Knölker, M. |
Lifetimes and Motions of Penumbral Grains-Preliminary Results |
116 |
Sobotka, M.; Brandt, P.; Simon, G. |
Properties of Sunspots and Pores |
124 |
Denker, C.; Spirock, T.; Goode, P.; Wang, H. |
Simultaneous High Resolution Spectroscopy of the Photosphere and Chromosphere |
132 |
Balasubramaniam, K.; Bianda, M. |
High Resolution: A Retrospective |
140 |
Dunn, R. |
The Dutch Open Telescope: History, Status, Prospects |
147 |
Rutten, R. |
The New Swedish Solar Telescope |
157 |
Scharmer, G.; Owner-Petersen, M.; Korhonen, T.; Title, A. |
The Advanced Solar Telescope: I. Science Goals |
169 |
Keller, C. |
The Advanced Solar Telescope: II. Technical Aspects |
177 |
Beckers, J. |
High-Resolution Thermal Infrared Imaging of the Sun: A Pipe Dream? |
186 |
Ayres, T. |
Scientific Objectives and Design Concepts of the Optical Telescope and its Observing Instruments aboard Solar-B |
198 |
Suematsu, Y.; The Solar-B Working Group |
The Large Vacuum Solar Telescope on the Way to High Resolution |
206 |
Boulatov, A.; Grigoryev, V.; Skomorovsky, V. |
Proposed 60-cm Solar Vacuum Telescope with Multi-Channel Facility of UPSO, Nainital, India |
213 |
Verma, V. |
Solar Adaptive Optics at the National Solar Observatory |
222 |
Rimmele, T.; Dunn, R.; Richards, K.; Radick, R. |
Correlation Tracking and Adaptive Optics Control Using Off-The-Shelf Workstation Technology |
231 |
Shand, M.; Scharmer, G.; Wei, W. |
Optimized Shack-Hartmann Wavefront Sensing for Adaptive Optics and Post Processing |
239 |
Scharmer, G.; Blomberg, H. |
An Introduction on Chinese Efforts for High Resolution Observations of the Sun |
247 |
Ye, B. |
High Resolution Longitudinal Magnetic Field Measurements Using a Fabry-Perot Lithium Niobate Filter Based Video Magnetograph |
256 |
Mathew, S.; Bhatnagar, A.; Debi Prasad, C.; Ambastha, A. |
LPSP & TIP: Full Stokes Polarimeters for the Canary Islands Observatories |
264 |
Mártinez Pillet, V.; Collados, M.; Sánchez Almeida, J.; González, V.; Cruz-Lopez, A.; Manescau, A.; Joven, E.; Paez, E.; Diaz, J.; Feeney, O.; Sánchez, V.; Scharmer, G.; Soltau, D. |
Deep Integration Magnetogram with Image Selection and Cross Correlation |
273 |
Deng, Y.; Zhang, B.; Yan, Y. |
High Resolution polarimetry with a Balloon-Borne Telescope: The Flare Genesis Experiment |
279 |
Bernasconi, P.; Rust, D.; Murphy, G.; Eaton, H. |
Development of an Instrument for the Observation of Solar Hα Flares With Time Resolution of 25 ms |
288 |
Verma, V. |
Two-Dimensional Phase-Diverse Stokes Spectrometer |
296 |
Rutten, R. |
Tridimensional Spectroscopic Observations of the Sun with a Microlens-Array Spectrograph |
303 |
Suematsu, Y.; Imai, H.; Yoshimura, K.; Ishigaki, T.; Ueno, S.; Hayashi, T.; Ohtani, H. |
Phase-Diversity Data Sets and Processing Strategies |
311 |
Paxman, R.; Seldin, J.; Keller, C. |
Orthogonalization of Basis Functions for Diagonalized Wavefront Sensing |
320 |
Löfdahl, M. |
Object-Independent Fast Phase-Diversity |
330 |
Scharmer, G. |
Optimum Apodization for Speckle Imaging of Extended Sources |
342 |
Keller, C. |
Spectral and Spatial High Resolution Observations of the Sun with Image Reconstruction and Deconvolution Methods |
349 |
Koschinsky, M.; Krieg, J.; Kneer, F.; Ritter, C.; Wunnenberg, M. |
Jets and Eruptions in the Transition Region Observed with CDS, EIT and TRACE |
357 |
Brekke, P.; Kjeldseth-Moe, O.; Tarbell, T.; Gurman, J. |
Coordinated Observations of Transition Region Dynamics using TRACE and the SVST |
365 |
Berger, T.; de Pontieu, B.; Schrijver, C.; Title, A.; Scharmer, G. |
Small-Scale Magnetic Reconnection in the Quiet Sun |
375 |
Chae, J. |
Internetwork Grains with TRACE |
383 |
Rutten, R. J.; de Pontieu, B.; Lites, B. |
Dynamical Nature of the Quiet Solar Outer Atmosphere |
389 |
Banerjee, D.; Doyle, J.; O'Shea, E.; van den Oord, G. |
Fine-Scale Structure of Coronal Loops and Consequences for Coronal Loop Interactions |
397 |
Kaghashvili, E.; Smartt, R. |
Quiet Sun Bright Point Dynamics and Energetics as seen by SOHO and Yohkoh |
405 |
Gallagher, P.; Keenan, F.; Phillips, K.; Prés, P.; Harra-Murnion, L. |
Effects of the Spectral and Spatial Resolution on the Detection of K2v Grains |
412 |
Smaldone, L.; Salvatore, A. |
Oscillations and Heating in Chromospheric Fine Scale Structures |
420 |
Kariyappa, R. |
υ - υ Phase Relations in the Vicinity of the Transition Region Derived from SUMER Observations |
426 |
Steffens, S.; Deubner, F. |
Long Lasting Fine Structure in Type IV Radio Bursts and Coronal Effects: Spectrographic, Polarimetric and Heliographic Observations |
434 |
Chernov, G.; Poquerusse, M.; Bougeret, J.; Zlobec, P. |
Thermal Starting Plumes, Solar Granulation, and the Excitation of Solar Acoustic Oscillations |
443 |
Rast, M. |
The Excitation of Solar Oscillations -- Observations and Simulations |
456 |
Goode, P.; Strous, L.; Rimmele, T.; Stein, R.; Nordlund, Å. |
On the Relation Between Solar Oscillations and Granulation |
465 |
Kiefer, M.; Balthasar, H. |
On the Relation of Photospheric Oscillations to Meso-Scale Flows |
473 |
Hoekzema, N.; Brandt, P. |
Time Series of Solar Photospheric Spectrograms Bisector Analysis |
479 |
Hanslmeier, A.; Bonet, J.; Vázquez, M. |
Imaging Spectroscopy of CO Lines Compared with Three-Dimensional Radiative Transfer |
486 |
Uitenbroek, H. |
High Resolution Information on Granulation from Full Disk Fe Line Asymmetry |
494 |
Livingston, W.; Wallace, L.; Huang, Y.; Moise, E. |
Quiet-Sun Variability with the Solar Cycle |
501 |
Kariyappa, R. |
Time Evolution of Solar Granulation |
507 |
Hirzberger, J.; Hanslmeier, A.; Bonet, J.; Vázquez, M. |
Implementation of a Filter for the Restoration of Solar Granulation Images |
515 |
Sánchez Cuberes, M.; Bonet, J.; Vázquez, M.; Wittmann, A. |
Complex H α Loop Activity in a Long Duration Flare |
523 |
Prasad, D.; Gary, G.; Ambastha, A. |
H_α Intensity Oscillations in Solar Flares |
531 |
Jain, R.; Tripathy, S.; Bharti, L.; Kumar, B. |
Dynamical Motions as Precursors to Activity |
540 |
Keil, S.; Balasubramaniam, K.; Milano, L.; Bayliss, A.; Jones, J.; Clark, J. |
Average Properties of Flux Emergence in Young Active Region 5617 |
551 |
Strous, L. |
Thermal Structure in Sunspots and Dynamic Solar Infrared Granulation Imaged at 4. 8, 12. 4, and 18. 1 Microns |
559 |
Gezari, D.; Livingston, W.; Varosi, F. |