Title: Stellar Atmosphere Modeling
Volume: 288 Year: 2003 View Volume 288 on ADS
Editors: Hubeny, Ivan; Mihalas, Dimitri; Werner, Klaus
ISBN: 1-58381-131-1 eISBN: 978-1-58381-623-3
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Paper Title Page Authors
Formal Solution: EXPLICIT Answers 3 Auer, L.
Accelerated Lambda Iteration: An Overview 17 Hubeny, I.
Model Photospheres with Accelerated Lambda Iteration 31 Werner, K.; Deetjen, J. L.; Dreizler, S.; Nagel, T.; Rauch, T.; Schuh, S. L.
Model Photospheres with Accelerated Lambda Iteration 51 Hubeny, I.; Lanz, T.
Temperature Correction Schemes 69 Dreizler, S.
Multi-Grid Radiative Transfer Revisited 83 Steiner, O.
A Computer Code for the Calculation of NLTE Model Atmospheres Using ALI 87 Kubát, J.
Calculation of the Temperature Using Thermal Balance of Electrons 91 Kubát, J.
"SMART": A Compact and Handy FORTRAN Code for the Physics of Stellar Atmospheres 95 Sapar, A.; Poolamäe, R.
Utrecht Radiative Transfer Courses 99 Rutten, R. J.
Handling of Atomic Data 103 Rauch, T.; Deetjen, J. L.
Atomic Data in Non-LTE Model Stellar Atmospheres 117 Lanz, T.; Hubeny, I.
NLTE in a Hot Hydrogen Star: Auer & Mihalas Revisited 130 Wiersma, J.; Rutten, R. J.; Lanz, T.
Automated Spectral Analysis 137 Jeffery, C. S.
Computational Astrophysics Tools for the GRID 141 Jeffery, C. S.
Comparisons between Observed and Computed Visible and Near-UV Spectra of Vega 145 García-Gil, A.; Allende Prieto, C.; García López, R. J.; Hubeny, I.
Limb Darkening and Line-profile Variations in Eclipsing Binaries 149 Hadrava, P.; Kubát, J.
V4334 Sgr (Sakurai's Object): Problems or a Test for Atmosphere Modeling? 153 Kimeswenger, S.
A Grid of Non-LTE Line-Blanketed Model Atmospheres of O Stars 157 Lanz, T.; Hubeny, I.
NLTE Spectral Analysis of Iron Group Elements in the Hot Subluminous O-star BD+28° 4211 161 Ramspeck, M.; Haas, S.; Napiwotzki, R.; Heber, U.; Deetjen, J.; Dreizler, S.
Representation of Opacity Data in Solar Model Atmosphere Calculations 165 Haberreiter, M.; Rozanov, E.; Rüedi, I.; Schmutz, W.
Basic ALI in Moving Atmospheres 171 Hamann, W.-R.
ALI in Rapidly Expanding Envelopes 185 Höflich, P.
On the Solution of the Statistical Equilibrium Equations 199 Hillier, D. J.
Rate Equations with ALI and More 215 Koesterke, L.
Temperature Correction Methods 227 Hauschildt, P. H.; Barman, T. S.; Baron, E.; Allard, F.
Spherical and Expanding Model Atmosphere Predictions for Interferometry 239 Aufdenberg, J. P.; Hauschildt, P. H.; Baron, E.
Spectroscopic Analysis of Cyg OB2 Supergiants Using Unified Model Atmospheres 243 Herrero, A.; Najarro, F.; Puls, J.
Analysis of B-type Supergiants Revised: Plane-parallel vs. unified Models 247 Urbaneja, M. A.; Herrero, A.; Puls, J.
Stellar Wind Signatures in sdB Stars? 251 Heber, U.; Maxted, P. F. L.; Marsh, T. R.; Knigge, C.; Drew, J. E.
Discontinuous Finite Element Method in Moving Media 255 Korčáková, D.; Kubát, J.
Modeling of Multicomponent Radiatively Driven Stellar Winds Using a Newton-Raphson Method 259 Krtička, J.
Instabilities in Radiation Driven Stellar Winds 263 Votruba, V.; Kubát, J.
Line Blanketing Effects in Atmospheres of O Stars 267 Martins, F.; Schaerer, D.
Testing EUV Hot Stars Emission with Nebular Modelling of IR Lines 271 Morisset, C.; Bouret, J.-C.; Schaerer, D.; Martins, F.
Time-Dependent Moment Equation Method for Supernova Lightcurves 275 Lentz, E. J.; Baron, E.; Hauschildt, P. H.
Influence of Mass Flows on the Energy Balance and Structure of the Solar Transition Region 279 Avrett, E. H.; Fontenla, J. M.
Opacities of Molecules and Dust 289 Alexander, D. R.; Ferguson, J. W.; Tamanai, A.; Bodnarik, J.; Allard, F.; Hauschildt, P. H.
Molecules in Stellar and Star-Like Atmospheres 303 Jørgensen, U. G.
Non-LTE Gas in Planetary Atmospheres 318 Gusev, O. A.; Kutepov, A. A.
A Grid of Model Atmospheres for Cool Stars 331 Gustafsson, B.; Edvardsson, B.; Eriksson, K.; Mizuno-Wiedner, M.; Jørgensen, U. G.; Plez, B.
Radiative Transfer in Molecular Lines 335 Asensio Ramos, A.; Trujillo Bueno, J.
Using Superlevels to Calculate Molecular NLTE Problems 339 Schweitzer, A.; Hauschildt, P. H.; Baron, E.; Allard, F.
NLTE Modeling of FeII and [FeII] Lines in the Shocked Atmospheres of M-type Miras 344 Richter, H.; Wood, P. R.; Bolick, U.; Woitke, P.; Sedlmayr, E.
NLTE Modeling of Lines in Expanding Shells of LPVs 348 Bolick, U.; Richter, H.; Sedlmayr, E.
Preliminary CH4 Line List Data for Stellar Atmospheres 352 Borysow, A.; Champion, J. P.; Jørgensen, U. G.; Wenger, C.
Methane Opacities in T Dwarf Atmospheres 357 Homeier, D.; Hauschildt, P. H.; Allard, F.
Opacities for Protoplanetary Disks 361 Semenov, D.; Henning, Th.; Ilgner, M.; Helling, Ch.; Sedlmayr, E.
Optical Constants and Extinction Efficiency of Solid Materials 365 Tamanai, A.; Alexander, D. R.; Ferguson, J. W.; Sedlmayr, E.
Parallelization of Stellar Atmosphere Codes 371 Höflich, P.
Parallelization Strategies for ALI Radiative Transfer in Moving Media 385 Baron, E.; Hauschildt, P. H.; Lowenthal, D.
Insight into Multi-Dimensional Transfer 405 Auer, L.
Basic Multidimensional Radiative Transfer 419 Fabiani Bendicho, P.
A New Method for 3D Radiative Transfer with Adaptive Grids 433 Folini, D.; Walder, R.; Psarros, M.; Desboeufs, A.
A 2D Non-LTE Code 437 Georgiev, L. N.; Hillier, D. J.
2D Radiative Transfer in Magnetically Confined Structures 441 Heinzel, P.; Anzer, U.
Multidimensional ALI Radiative Transfer in Cartesian, Cylindrical and Spherical Coordinate Systems 445 van Noort, M.; Hubeny, I.; Lanz, T.
3D Radiative Transfer for Young Stellar Objects 449 Steinacker, J.
Synthetic Spectra from 3D Models of Supernovae 453 Thomas, R. C.; Baron, E.; Branch, D.
Laboratory and Astrophysical Radiation Hydrodynamics: An Introduction 459 Mihalas, D.
Cepheid Atmospheres 471 Mihalas, D.
Some Aspects of Modelling Pulsating Atmospheres 491 Fokin, A.
Towards 3D NLTE Radiation Magneto-Hydrodynamics 505 Carlsson, M.; Stein, R. F.
Radiative Transfer in 3D Numerical Simulations 519 Stein, R. F.; Nordlund, Å.
Hydrodynamic Atmosphere Models for Hot Stars 533 Gräfener, G.
Challenges in the Solution of the Transfer Equation in Multi-D Hydrodynamical Model Atmospheres for Cool Stars 537 Ludwig, H.-G.
Putting Radiation Hydrodynamics into a Detailed Model Atmosphere Calculation 541 Schweitzer, A.; Hauschildt, P. H.
Time-dependent Flare Models with MALI 544 Kašparová, J.; Heinzel, P.; Varady, M.; Karlický, M.
The Generation and Transfer of Polarized Radiation in Stellar Atmospheres 551 Trujillo Bueno, J.
Numerical Solutions of Polarized Line Transfer Equations 583 Nagendra, K. N.
Multi-level Accelerated Lambda Iteration with Partial Redistribution 597 Uitenbroek, H.
Some Equations of Discrete Space Method (DSM) for Polarized Line Transfer 611 Nagendra, K. N.
Transfer of Polarized Radiation - Practical Experience with the Accelerated Lambda Iteration Method 617 Deetjen, J. L.; Dreizler, S.; Jordan, S.; Werner, K.
Atmospheres and Spectra of Strongly Magnetized Neutron Stars 621 Ho, W. C. G.; Lai, D.
Four Numerical Approaches for Solving the Radiative Transfer Equation in Magnetized White-Dwarf Atmospheres 625 Jordan, S.; Schmidt, H.
Heating of a WD Atmosphere by Irradiation with Cyclotron Emission 629 König, M.; Gänsicke, B.
Computation of Element Diffusion in Non-LTE Stellar Atmosphere Models 633 Schuh, S. L.; Dreizler, S.
Diffusion Calculations with Mass Loss in Hot White Dwarfs and Subdwarfs 637 Unglaub, K.; Bues, I.
Calculating Vertical Structures and Spectra of Accretion Disks with the New Code AcDc 641 Nagel, T.; Dreizler, S.; Werner, K.
Reflection Effect in Close Binaries 645 Srinivasa Rao, M.
The Iron Project and Non-LTE Stellar Modeling 651 Nahar, S. N.
Self-consistent ab initio Calculations for Photoionization and Electron-Ion Recombination Using the R-Matrix Method 666 Nahar, S. N.
Density Functional Calculations for Atoms in Very Strong Magnetic Fields 671 Braun, M.
Summary/Prognosis of the Workshop 677 Mihalas, D.