Radiative Properties of Hot Dense Matter

Proceedings of the 4th International Workshop

4th International Workshop on Radiative Properties of Hot Dense Matter

, Sarasota, Florida

, 22 Oct 1990

https://doi.org/10.1142/1412 | November 1991

Pages: 392

Edited by:
W Goldstein (Lawrence Livermore National Laboratory, USA),
C Hooper (University of Florida, USA),
J Gauthier (Ecole Polytechnique, France),
J Seely (Naval Research Laboratory, USA), and
R Lee (Lawrence Livermore National Laboratory, USA)

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ISBN: 978-981-4556-17-0 (ebook) USD 49.00 Add to cart

This proceedings contains contributions dealing with the radiative properties of dense plasmas, including radiative transport, opacity, atomic processes, spectroscopy, line-shapes and hydrodynamic behavior. Laser-produced plasmas are a primary focus . The latest experimental and theoretical developments are presented and discussed. New results are reported for plasma opacity modeling, plasma-dependent atomic processes, absorption spectroscopy of laser-produced plasmas, statistical treatments of spectral line clusters, and ultra-short pulse laser-plasma spectroscopy.

Contents:

Calculation of Emission and Absorption Spectra of LTE Plasma by the STA Method (A Bar-Shalom et al.)
Line Broadening Code for Multielectron Ions (A Calisti et al.)
Plasma Spectroscopy Simulations with the Altair Code (J I Castor et al.)
OPAL Opacities for Astrophysical Applications (C A Iglesias)
X-Ray Emission from High-Temperature Solid Density Plasmas Produced by Intense Subpicosecond Ultraviolet Radiation (A Zigler et al.)
Semiclassical Calculation of Two-Photon Rates (R More & S Rose)
Recent Progress in Nickel-Like and Neon-Like X-Rays Lasers (L B DaSilva et al.)
Analysis of Electron Heat Transport in Femtosecond Laser-Plasma Interactions with Layered Solid Targets and with Thin Foils (M D Rosen)
Pressure Dissociation of Hydrogen and the Formation of Solid Phases (S M Younger)
Measurement and Analysis of Radiation Transport in Radiatively Heated Foils (J Edwards et al.)
The Effect of Nearest Neighbor Ions on Excited Ionic States and Line Profiles in the Emission Spectra of Li-Like Krypton in Hot and Dense Plasmas (J Stein et al.)
Opacity Calculations in Complex Atoms Using the Statistical Properties of Transition Arrays (J Bauche et al.)
Absorption Measurements of Radiatively Heated Low-Z Materials (B A Hammel et al.)
and other papers

Readership: Physicists.

No Access

Radiative Properties of Hot Dense Matter: Proceedings of the International Workshop

Pages:1–393

https://doi.org/10.1142/9789814538879

Preview Abstract

The Table of Contents for the book is as follows:

Foreword
ABSORPTION SPECTROSCOPY
- Measurement and Analysis of Radiation Transport in Radiatively Heated Foils
- Development of Absorption Spectroscopy Techniques for Moderate and High Z Plasmas
- Absorption Measurements of Radiatively Heated Low-Z Materials
- Measurement of Absorption Coefficients of 2p-3d Transition Arrays in Germanium Laser-Produced Plasmas
- Measurements of Stark Broadening in Hot, Dense Plasma
LINE SHAPES
- Electric Microfield Effects on Argon Dielectronic Satellite Linesin Laser-Produced Plasmas
- Line Broadening Code for Multielectron Ions
- Higher Order Microfield Effects on Spectral Line Broadeningin Dense Plasmas
- Stark Broadening of Inner-Shell Transitions in L-Shell Ar Ions
- Hydrogen Line Shapes with the Model Microfield Method:Perspectives for Hydrogenic Ions in Hot Dense Plasmas
DENSE PLASMA EFFECTS
- Thermodynamic Properties and the Ionization Potential Lowering of Exicted Ions in Hot and Dense Plasmas
- The Effect of Nearest Neighbor Ions on Excited Ionic States and Line Profiles in the Emission Spectra of Li-Like Krypton in Hot and Dense Plasmas
- Density-Sensitive Dielectronic Satellite Spectra Emitted During Subpicosecond Laser-Matter Interactions
- Modification of Radiative Properties of N-Electron Ions in Dense Plasmas
- Pressure Dissociation of Hydrogen and the Formation of Solid Phases
- Electron Density Fluctuations in Hot Matter: A Method to Calculate Statistical Correlation Factors
OPACITY
- Calculation of Emission and Absorption Spectra of LTE Plasma by the STA Method
- The Calculation of Open L- and M-Shell Opacity Using Unresolved Transition Arrays
- Opacity Calculations in Complex Atoms Using the Statistical Properties of Transition Arrays
- DCA Opacity Results Computed by Monte Carlo Methods
- OPAL Opacities for Astrophysical Applications
DENSE PLASMA SPECTROSCOPY
- The Results of Simulations and Experiments Designed to Study Radiative Transfer in Dense Plasmas
- Analysis of Time- and Space-Resolved Na-, Ne-, and F-Like Emmission from a Laser-Produced Bromine Plasma
- X-Ray Emission from High-Temperature Solid Density Plasmas Produced by Intense Sub picosecond Ultraviolet Radiation
- DSP: A Detailed Spectroscopy Postprocessor for H-, He-, andLi-Like Ions
- Fluorescence Measurements on Radiatively Heated Plasmas
ATOMIC PHYSICS AND KINETICS MODELING
- Excited Populations in an Optically Thick and Non-Maxwellian Hydrogen Plasma
- Scattering of Photons from Atomic Electrons
- Systematic Investigation of Electron Impact Excitation Autoionization from the Ground State of Highly Charged Gal-Like Ions through ΔN = 1 Transitions
- A Detailed Configuration Atomic Physics Model for Non-LTE Plasmas
- Semiclassical Calculation of Two-Photon Rates
HYDRODYNAMIC MODELING AND RADIATION TRANSPORT
- Plasma Spectroscopy Simulations with the Altair Code
- A Numerical Procedure for Line Transfer Calculations
- Hydrodynamic Simulation of Non-LTE Atomic Physics of High-Density Implosions of Argon-Filled Polymer Shell Targets
- HYADES - A Radiation Hydrodynamics Code for Dense Plasma Studies
- Radiation Dependent Ionization Model
- Analysis of Electron Heat Transport in Femtosecond Laser-Plasma Interactions with Layered Solid Targets and with Thin Foils
X-RAY LASERS
- Recent Progress in Nickel-Like and Neon-Like X-Rays Laser
- X-Ray Amplification by Recombination in Lithium-Like Ions
- Soft X-Ray Laser Gain Prediction at High Density for the Nitrogen Isoelectronic Sequence
- High-Resolution Measurements of X-Ray Laser Line Profiles
- Numerical Simulations of Inner-Shell Photoionization-Pumped X-Ray Lasing in Boron