| Paper Title |
Page |
Authors |
|
| |
| New Atomic Data for Astronomy: an Introductory Review |
1 |
Seaton, M. J. |
| Summary of the Iron and Opacity Projects |
19 |
Berrington, K. |
| The OPAL Opacity Code: New Results |
31 |
Rogers, F. J.; Iglesias, C. A. |
| Atomic Structure Calculations and New LOS Alamos Astrophysical Opacities |
51 |
Magee, N. H.; Abdallah, J., Jr.; Clark, R. E. H.; Cohen, J. S.; Collins, L. A.; Csanak, G.; Fontes, C. J.; Gauger, A.; Keady, J. J.; Kilcrease, D. P.; Merts, A. L. |
| Analytic FITS for Partial Photoionization Cross Sections |
57 |
Yakovlev, D. G.; Verner, D. A. |
| Photoionization Model Computation Database |
61 |
Vilkovskij, E. Y.; Efimov, S. N.; Nosov, I. V. |
| Low Temperature Rosseland Opacities |
63 |
Alexander, D. R. |
| Opacities of Very Cool and Dense Gaseous Mixtures - an Extension of Stellar Opacities to the Substellar Regime |
69 |
Tsuji, T.; Ohnaka, K. |
| Low Temperature Opacities Applied to Solar Calibrated Models |
75 |
Neuforge, C.; Provost, J.; Berthomieu, G.; Morel, P. |
| Atomic Data for Bound-Bound and Bound-Free Opacities of Hydrogen in a Strong Magnetic Field |
81 |
Merani, N.; Main, J.; Wunner, G. |
| Nonideal Effects of Dense Plasma on Solar Opacity |
93 |
Luo, G. |
| The Equation of State in the Chemical Picture: A Grand Canonical Approach |
99 |
Luo, G. |
| Critically Evaluated Data for Atomic Spectra |
105 |
Wiese, W. L.; Fuhr, J. R.; Kelleher, D. E.; Martin, W. C.; Musgrove, A.; Sugar, J. |
| Data for Weak Lines |
125 |
Hibbert, A. |
| Theoretical Atomic Parameters for Databases |
139 |
Rudzikas, Z.; Bogdanovich, P. |
| Atomic Data for Absorption Lines From the Ground Level at Wavelengths Longward of 228 Angstrom |
145 |
Verner, D. A.; Barthel, P. D.; Tytler, D. |
| Oscillator Strengths for Ultraviolet GA II and GA III Lines |
151 |
Castelli, F.; Parthasarathy, M. |
| M1 and E2 Transitions in 5p^k (k=1-5) Configurations of Xe Ions |
157 |
Biemont, E.; Hansen, J. E.; Zeippen, C. J. |
| Why Stark Broadening Parameters are Important for Stellar Atmosphere Opacity Calculations |
161 |
Lesage, A. |
| The Modified Semiempirical Approach for the Stark Widths of Complex Ion Lines of Astrophysical Interest |
165 |
Popovic, L. C.; Dimitrijevic, M. S. |
| On the Stark Broadening of NA IX Spectral Lines |
169 |
Dimitrijevic, M. S.; Sahal-Brechot, S. |
| Stark Broadening of AL XI Spectral Lines |
175 |
Dimitrijevic, M. S.; Sahal-Brechot, S. |
| Molecular Databases |
179 |
Grae Jorgensen, U. |
| The Kurucz Smithsonian Atomic and Molecular Database |
205 |
Kurucz, R. L. |
| Cepheids: Pulsation, Evolution, Opacity |
211 |
Simon, N. R. |
| Cepheid Variables: Period Ratios and Mass Determination |
225 |
Moskalik, P. |
| Hydrodynamic Simulation of a Double-Mode Cepheid with the OPAL Opacities |
239 |
Takeuti, M.; Ishida, T.; Takano, R. |
| Horizontal Branch Evolution and RR Lyrae Star Pulsation |
243 |
Cox, A. N. |
| BV Aquarii: A Double-Mode RR Lyrae Variable with Peculiar Period Ratio |
265 |
Jerzykiewicz, M. |
| The RR Lyrae Stars in the Globular Cluster omega Centauri: Period-Luminosity Relations and Background Light |
271 |
Petersen, J. O. |
| Pulsation in Hot Stars |
275 |
Dziembowski, W. A. |
| Calculated Late-time Spectra of Type IA Supernovae: Atomic Needs and Astrophysical Interest |
291 |
Ruiz-Lapuente, P. |
| The Role of Opacities in Accretion Disks |
301 |
Wehrse, R.; Shaviv, G. |
| The Vertical Oscillations of Thin Accretion Disks Obtained with OPAL Opacities |
315 |
Kanetake, R.; Takeuti, M.; Fukue, J. |
| Opacities in Strong Magnetic Fields and the Atmospheres of Magnetic White Dwarfs |
319 |
Wickramasinghe, D. T. |
| Opacities Old and New in White Dwarf Models |
345 |
Kawaler, S. D. |
| Opacity Incompleteness and Atmospheres of Cool Stars |
347 |
Gustafsson, B. |
| Synthetic Spectra, Synthetic Colours and Line Lists |
365 |
Bell, R. A.; Tripicco, M. J. |
| Chromospheric and Coronal Spectra |
371 |
Jordan, C. |
| A nonLTE Analysis of Procyon Using Kurucz's ATLAS9 Model Atmospheres |
389 |
Mashonkina, L. I.; Shimanskaya, N. N.; Shimansky, V. V. |
| Oscillator Strengths for Zr I and Zr II and the Solar Abundance of Zirconium |
395 |
Bogdanovich, P.; Tautvaisiene, G.; Rudzikas, Z.; Momkauskaite, A. |
| The Determination of the Solar Iron Abundance from Fe I Lines |
399 |
Kostik, R. I.; Shchukina, N. G.; Rutten, R. J. |
| Abundances of Elements in Gamma Draconis |
407 |
Sinha, K.; Sanwal, B. B.; Gray, D. F. |
| A Large Astrophysical Database of Stellar Evolutionary Tracks: First Application to Globular Clusters Ages |
411 |
Mazzitelli, I.; Caloi, V.; D'Antona, F. |
| Helioseismology |
417 |
Demarque, P.; Chaboyer, B.; Guenther, D. B.; Pinsonneault, M. H. |
| The Atmospheres of Chemically Peculiar Stars: A Laboratory for Atomic Physics |
423 |
Lanz, T. |
| Radiative Accelerations in Stars Using Atomic Data from the Opacity Project |
439 |
Alecian, G.; Tully, J. |
| Elemental Abundances of the Magnetic Chemically Peculiar Star HD 204411 |
443 |
Caliskan, H.; Adelman, S. J. |
| Stellar Winds in A-Type Supergiants |
451 |
Verdugo, E.; Talavera, A. |
| Astrophysical gf Values from High S/N Data of A Type Stars |
455 |
Adelman, S. J.; Gulliver, A. F.; Hill, G.; Pintado, O. I. |
| Combined Stellar Structure and Atmosphere Models: Exploratory Results for Wolf-Rayet Stars |
467 |
Schaerer, D.; de Koter, A.; Schmutz, W. |
| Spherically Symmetric NLTE Model Atmospheres Using Approximate Lambda Operators |
473 |
Kubat, J. |
| What Nebular Observations and Photoionization Models Can Tell Us About Atmospheres of Hot Stars |
479 |
Rubin, R. H.; Kunze, D.; Yamamoto, T. |
| Atmospheres and Winds of Hot Stars: The Impact of New Opacity Calculations and Continuing Needs |
509 |
Butler, K. |
| Summary and Outlook, Future Needs for Atomic Data |
527 |
Baschek, B. |
