| Paper Title | 
		Page | 
		Authors | 
	
			
			 | 
			  |   | 
		
					
				| Charge Transfer Calculations for Astrophysical Modeling | 
				3 | 
				Stancil, Phillip C. | 
			
					
				| Charge Transfer Experiment | 
				17 | 
				Havener, Charles C. | 
			
					
				| Measurement of Electron Capture Cross-Sections at keV Energies and Charge Transfer Rate Coefficients at eV energies | 
				33 | 
				Kwong, Victor H. S.; Fang, Z.; Gao, H.; Chen, D. | 
			
					
				| Dielectronic Recombination | 
				37 | 
				Badnell, N. R. | 
			
					
				| Dielectronic Recombination: Experiment | 
				53 | 
				Müller, Alfred; Schippers, Stefan | 
			
					
				| Improved Simulation of Astrophysical Plasmas: Computation of New Dielectronic Recombination Data | 
				79 | 
				Gorczyca, T. W.; Korista, K. T. | 
			
					
				| Inner-shell Photoionization, Fluorescence, and Auger Yields | 
				87 | 
				McLaughlin, Brendan M. | 
			
					
				| Photoionization and Heating of a Well-characterized Iron Plasma | 
				117 | 
				Foord, M. E.; Heeter, R. F.; Thoe, R. S.; Liedahl, D. A.; Fournier, K. B.; Goldstein, W. H.; Springer, P. T.; Bailey, J. E.; Cuneo, M. E.; Chandler, G. A.; Nash, T. J.; Phillips, M.; Keenan, F.; Rose, S. | 
			
					
				| Photoionized Plasma Calculations using Laboratory and Astrophysical Models | 
				123 | 
				Phillips, M. E.; Keenan, F. P.; Rose, S. J.; Botha, G. J. J.; Foord, M. E.; Heeter, R. F.; Ferland, G. J. | 
			
					
				| Atomic and Ionic Photoionization Data for Astrophysics: Applications of the Dual Laser Plasma Technique | 
				127 | 
				Kennedy, E. T.; Costello, J. T.; Mosnier, J.-P.; van Kampen, P. | 
			
					
				| Collective Behavior in Photoionization of Outer Atomic Subshells of Noble Gas Atoms | 
				133 | 
				Msezane, A. Z.; Amusia, M. Ya.; Baltenkov, A. S.; Chernysheva, L. V.; Felfli, Z. | 
			
					
				| Collision Strengths for Fine-Structure Transitions | 
				137 | 
				Berrington, K. A. | 
			
					
				| Collision Strengths of Fine-Structure Transitions in Fe X, Fe XI and Fe XIII | 
				151 | 
				Tayal, S. S. | 
			
					
				| Parametric Estimates of Line Broadening due to Quadratic or Linear Stark Effect | 
				155 | 
				Artru, Marie-Christine | 
			
					
				| NIST Databases on Atomic Spectra | 
				159 | 
				Kelleher, D. E.; Martin, W. C.; Wiese, W. L.; Fuhr, J. R.; Musgrove, A.; Olsen, K.; Mohr, P. J.; Reader, J.; Sansonetti, J. E.; Podobedova, L. | 
			
					
				| Standard Formats for Atomic Data: the APED | 
				161 | 
				Smith, Randall K.; Brickhouse, Nancy S.; Liedahl, Duane A.; Raymond, John C. | 
			
					
				| Atomic Data Needs for Modeling Photoionized Plasmas | 
				167 | 
				Wolf Savin, Daniel | 
			
					
				| Photoionization Modeling Codes | 
				175 | 
				Kallman, Timothy R. | 
			
					
				| From Escape Probabilities to Exact Radiative Transfer | 
				197 | 
				Hubeny, Ivan | 
			
					
				| Large-Scale Microturbulence and BLR Emission Lines | 
				221 | 
				Bottorff, Mark; Ferland, Gary | 
			
					
				| Photoionization Models of Inhomogeneous Nova Shells | 
				227 | 
				Diaz, Marcos | 
			
					
				| Codes for Optically Thick and Hot Photoionized Media - Radiative Transfer and New Developments | 
				231 | 
				Dumont, Anne-Marie; Collin, Suzy | 
			
					
				| Numerical Methods for Plasma Dynamics | 
				261 | 
				Stone, James M. | 
			
					
				| Three-dimensional Monte Carlo Simulations of Ionized Nebulae | 
				281 | 
				Ercolano, Barbara | 
			
					
				| Spectral Simulations from a Model Hydrogenic Atom | 
				287 | 
				Ferguson, Jason W.; Korista, Kirk T.; Verner, Dima A.; Ferland, Gary J. | 
			
					
				| Stellar Photoionization Models of the LINER/H II Region Transition Object NGC 4569 | 
				295 | 
				Gabel, J. R.; Bruhweiler, F. C. | 
			
					
				| Time Dependent Radiation-Hydrodynamic Simulations of SNR and their Photoionized Precursor Regions | 
				299 | 
				Arthur, S. Jane | 
			
					
				| Parallel Supercomputing In Stellar Atmosphere Simulations | 
				303 | 
				Hauschildt, Peter H.; Lowenthal, David K.; Baron, E.; Allard, France | 
			
					
				| Time Dependence in Plasma Codes | 
				327 | 
				Seager, S. | 
			
					
				| CMFGEN: A non-LTE Line-Blanketed Radiative Transfer Code for Modeling Hot Stars with Stellar Winds | 
				343 | 
				Hillier, D. John; Lanz, Thierry | 
			
					
				| NLTE Model Atmospheres for OB Stars | 
				351 | 
				Lanz, Thierry; Hubeny, Ivan | 
			
					
				| FeII Emission Lines: Numerical Models and Spectroscopic Observations of the Nebula Associated with Eta Carinae | 
				355 | 
				Verner, Ekaterina; Ferland, Gary; Gull, Theodore; Ishibashi, Kazunori | 
			
					
				| An Empirical Ultraviolet Iron Spectrum Template Applicable to Active Galaxies | 
				359 | 
				Vestergaard, M.; Wilkes, B. | 
			
					
				| Grains in Photo-Ionized Environments | 
				363 | 
				van Hoof, P. A. M.; Weingartner, J. C.; Martin, P. G.; Volk, K.; Ferland, G. J. | 
			
					
				| Modeling the Effects of Dust on Ionized Regions | 
				379 | 
				Volk, Kevin | 
			
					
				| Modeling AGN Dust Distributions with the Continuum Radiative Transfer Code DUSTY | 
				383 | 
				Nenkova, M.; Elitzur, M.; Ivezič, ž. | 
			
					
				| The Unified Theory of Absorption Outflows in BAL QSOs and Seyfert Galaxies | 
				387 | 
				Vilkoviskij, E. Y. | 
			
					
				| Reliability in the Face of Complexity - the Challenge of High-end Scientific Computing | 
				391 | 
				Ferland, Gary | 
			
					
				| X-ray Observations of AGN | 
				399 | 
				Kaastra, Jelle S. | 
			
					
				| X-ray Spectroscopy of Accretion Disks and Stellar Winds in X-Ray Binaries | 
				417 | 
				Liedahl, Duane A.; Wojdowski, Patrick S.; Jimenez-Garate, Mario A.; Sako, Masao | 
			
					
				| Ionized Iron Lines in X-ray Reflection Spectra | 
				457 | 
				Ballantyne, D. R.; Ross, R. R.; Fabian, A. C. | 
			
					
				| Weighing Black Hole Masses with Warm Absorbers | 
				461 | 
				Morales, R.; Fabian, A. C. | 
			
					
				| Ultraviolet and Optical Spectroscopy | 
				465 | 
				Davidson, K. | 
			
					
				| Infrared Spectroscopy of Atomic Lines in Gaseous Nebulae | 
				479 | 
				Rubin, R. H.; Dufour, R. J.; Geballe, T. R.; Colgan, S. W. J.; Harrington, J. P.; Lord, S. D.; Liao, A. L.; Levine, D. A. | 
			
					
				| Photoionization Modeling of Infrared Fine-Structure Lines in Luminous Galaxies with Central Dust-Bounded Nebulae | 
				499 | 
				Fischer, Jacqueline; Allen, Robert; Dudley, C. C.; Satyapal, Shobita; Luhman, Michael L.; Wolfire, Mark G.; Smith, Howard A. | 
			
					
				| Spatially-Resolved Spectroscopy of Eta Carinae and Its Ejecta Using STIS | 
				503 | 
				Gull, Theodore R.; Ishibashi, Kazunori | 
			
					
				| Empirical Determination of Fe II Oscillator Strengths in the FUSE Bandpass | 
				511 | 
				Howk, J. Christopher | 
			
					
				| FIFI LS: The Field-Imaging Far-Infrared Line Spectrometer for SOFIA | 
				515 | 
				Klein, R.; Henning, Th.; Looney, L. W.; Geis, N.; Genzel, R.; Poglitsch, A.; Raab, W.; Rosenthal, D. | 
			
					
				| The Kinematics and Physical Conditions in the Narrow-Line Regions of the Seyfert Galaxies NGC 1068 and NGC 4151 | 
				519 | 
				Kraemer, Steven B.; Crenshaw, D. Michael | 
			
					
				| FUSE Observations in M27 | 
				523 | 
				McCandliss, Stephan R. | 
			
					
				| Implications of Broad-Line Emission in LINERs | 
				529 | 
				Shields, Joseph C.; Eracleous, Michael | 
			
					
				| Photoionization Model Nebulae | 
				533 | 
				Péquignot, Daniel; Ferland, Gary; Netzer, Hagai; Kallman, Timothy; Ballantyne, David R.; Dumont, Anne-Marie; Ercolano, Barbara; Harrington, Patrick; Kraemer, Steve; Morisset, Christophe; Nayakshin, Sergei; Rubin, Robert H.; Sutherland, Ralph |