Spectral Line Shapes. / [Vol. 1], : Proceedings. Fifth International Conference Berlin (West), July 7–11, 1980 / / ed. by Burkhard Wende.
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Table of Contents:
- Frontmatter
- PREFACE
- CONTENTS
- Chapter I. HYDROGENIC EMITTERS IN MODERATELY DENSE PLASMAS
- Theory of Hydrogen Stark Broadening
- The Microfield Formulation of Spectral Line Broadening
- Influence of Different Ion Dynamical Effects on Lyman Lines
- Theory Including Non-Adiabatic Effects of Ion Dynamics
- Is Ion Dynamics Really so Important?
- Stark Broadening of the Hydrogen Resonance Line Ly in Comparison to Lα and Lβ
- Long Path Absorption Measurements of the Pressure-Broadened Balmer-Alpha Profile
- The Influence of the Gas Temperature on the Central Part of the Stark Profile of Balmer Beta
- Investigation of the Stark Broadening of Balmer Beta
- Experimental Stark Profiles of He II 3203 and He II 4686
- Some Comments on Hydrogenic Lines in a Plasma - Shifts, Asymmetries and Widths
- Chapter II. TWO- AND MORE-ELECTRON EMITTERS IN MODERATELY DENSE PLASMAS
- Experimental Study of Plasma Broadened He I Lines With Forbidden Components
- Stark Broadening of Isolated Ion Lines by Plasmas: Theory
- Stark Broadening of Isolated Ion Lines by Plasmas: Application of Theory
- Modified Semiempirical Formula for the Electron-Impact Width of Ionized Atom Lines: Theory and Applications
- On the Systematic Trends of Stark Broadening Parameters of Isolated Lines in Plasmas
- Stark Parameter Dependence on the Ionization Potential
- Stark Broadening and Shift of Cs I and A1 II Lines
- Experimental and Calculated Xe I and Xe II Stark Widths
- Stark Broadening of Krypton Lines
- The Broadening of Spectral Lines by Autoionization, Radiative Transitions, and Collisions
- The Effect of Electric Fields on Autoionization Resonances
- Chapter III. HIGHLY IONIZED EMITTERS IN EXTREMELY DENSE PLASMAS
- Diagnosis of High-Density Laser Compressed Plasmas Using Spectral Line Profiles
- Line Shapes in High Density Plasmas
- Line Shapes in the Simulation of Radiative Transfer
- Emission Line Shapes From Laser Compression Plasmas
- Doppler Profiles of XUV Emission From Dense Plasmas
- Stark Broadening in Hot, Dense, Laser-Produced Plasmas: Full Coulomb Electron Interactions
- Intermediate Coupling Effects on Helium-Like Ion Lines From Dense Plasmas
- Broadening of Hydrogenic X Rays Emitted by a Laser-Produced Plasma
- Stark Broadening of Isolated Lines From High-Z Emitters in Dense Plasmas
- Second-Order Corrections to Thermal Microfield in Dense Plasmas
- Stark Effect in Strong Non-Homogeneous t Field
- Chapter IV. LASER SPECTROSCOPY OF PLASMAS AND PLASMA SATELLITES
- Laser Spectroscopy of Plasmas in Application to Measurements of Line Shapes and Collision Rates
- Investigation of Plasma-Satellites by Laser-Fluorescence Spectroscopy
- The Last Truth on Plasma Satellites?
- The Problem of Molecular Lines in the Study of Plasma Satellites
- Chapter V. LINE BROADENING BY FOREIGN GASES
- Model Potential Calculations for Alkali-Rare-Gas Systems. Comparison With Experiment
- Ab Initio Calculation of Potential Energy Surfaces. Adiabatic and Non-Adiabatic Representations
- Quasimolecular Interpretation of Collision Effects on Atomic Forbidden Transitions
- Theory of Spectral Line Broadening by Neutral Gas at Intermediate Densities
- Multiple Perturber Satellites: Theory and Experiment
- Blue Satellite of the K(5P-4S) Doublet Perturbed by Neon
- Interatomic Potentials for Hg-Kr From Measurements of Pressure o Broadening of the Hg-2537 Å Line
- Study of Collision-Induced Absorption in Dipole Electronic Transitions of Alkali-Rare Gas Atom Pairs
- Experimental Study of Two-Photon Absorption of Sodium Perturbed by Collisions With Noble Gas Atoms
- Broadening and Shifts of the Resonance Lines of Neutral and Signly Ionized Mg, Ca and Sr.
- Pressure Broadening and Pressure Shift of the Cadmium Intero combination Line at λ = 3261 Å
- Quasi-Static Wings of K Spectral Lines Broadened by Cs
- Observation of Non-Lorentzian Spectral Lineshapes in Na-Noble Gas Systems
- Chapter VI. EXCIMERS
- Alkali-Rare Gas Excimers
- A Model for the Rare Gas Excimers With Spin Orbit Coupling. I. Interaction Potential. II. Dipole Moment
- Synchrotron Radiation Experimental Determination of Rare Gas Excimer States: Comparison With Recent Theoretical Calculation
- VUV Emission Spectroscopy of Rare Gas Excimers After keV-Electron Impact Excitation
- Determination of Excimer Potential Curves From VUV-Fluorescence Intensities
- Chapter VII. RESONANCE BROADENING
- Self-Broadening in Metal Vapors
- Quasistatic Self-Broadening of Li and Na First Resonance Lines
- Triplet Satellite Bands in the Very Far Blue Wings of the Self- Broadened Alkali D Lines
- Discrepancy With Theoretical Resonance Broadening on the He Line at 2.06 pm
- Chapter VIII. COLLISIONAL REDISTRIBUTION OF RESONANCE RADIATION AND RELATED PHENOMENA
- Recent Developments in Line Shape Theory
- Collisional Redistribution of Resonance Radiation
- Collisional Redistribution of Strong Resonance Radiation
- Collisional Depolarization and Redistribution of Laser Radiation in Near Resonance With A 2S1/2 +- 2P - Transition
- Far Wing Depolarization of Light: Generalized Absorption Profiles
- Power-Broadening of the Na-D Lines in a Flame Irradiated With a Pulsed Tunable Dye Laser
- Unified Theory of Pressure Broadened Absorption Spectra in Strong Radiation Fields
- Line Broadening Caused by Laser Linewidth
- An Experimental Study of the Collision Broadening of the Na-D Doublet Lines in Flames and Absorption Cells With Ar and N2 Perturbers
- Structured Continuum in the Fluorescence Spectrum of Cs2
- Light-Induced Collisional Energy Transfer
- Collision Induced Pair Absorption in Pure and Mixed Alkalis
- Collision Induced Scattering of Light in Mercury Vapour: Some Experimental and Theoretical Results
- Inelastic Collisions Between Selectively Excited Rubidium Atoms and Ground State Rubidium Atoms Observed by Laser Induced Fluorescence
- Chapter IX. DOPPLER-FREE TECHNIQUES
- Resonance Fluorescence From Single Ions at Rest
- Broadening and Shift of High Rydberg States Measured by Doppler- Free Two-Photon Spectroscopy
- Broadening and Shift Measurements of Doppler-Free Two-Photon Lines With the Thermionic Diode
- The Measurement of Collisional Lineshapes Using Optical Echo Techniques
- Collision Studies of Hα Fine Structure Lines With High-Resolution Laser Spectroscopy
- Effect of Quenching Collisions on Density Shift and Broadening
- Plasma Shift and Broadening of Resolved Hα Fine Structure Lines
- Chapter X. RELATED TOPICS
- Light Scattering From a Non-Equilibrium Fluid
- Validity of Semiclassical Small Angle Scattering Amplitudes for the Calculation of Elastic Collision Kernels With Lennard-Jones Intermolecular Potentials
- Modification of Microwave Radiation due to Electron-Molecule Collisions
- Author Index
- Subject Index
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