Add to ORKGThe physical processes in ionized gases are reviewed along with recent calculations of particular processes. Ongoing opacity calculations at Los Alamos are described. Some of the open issues in the calculation of physical processes relevant to opacities are discussed. 39 refs., 7 figs
We will present calculations of opacities for matter under LTE conditions. Opacities are needed in r...
International audienceOpacity is a fundamental quantity for stellar modeling, and it plays an essent...
We will present recent developments in the calculation of opacity and equation of state tables suita...
This work presents recent developments in the calculation of opacity and equation of state tables su...
In 2015 Los Alamos National Laboratory (LANL) released a new set of OPLIB opacity tables for the ele...
We will present recent developments in the calculation of opacity tables suitable for including in t...
The revision of the standard Los Alamos opacities in the 1980–1990s by a group from the Lawren...
We describe an opacity sampled version of the LTE model atmosphere code STERNE with revised continuo...
Many areas of physics research depend upon a good physical understanding of charged particle transpo...
We test our knowledge of the atomic opacity in the solar UV spectrum. Using the atomic data compiled...
A primary goal of numerical radiation transport is obtaining a self-consistent solution for both the...
The development of the theory of high charge and energy (HZE) ion transport is reviewed. The basic s...
The Los Alamos opacity data base is now available on the World Wide Web at http://t4.lanl.gov. The d...
This paper describes some single-cell rf-heating and air chemistry computations that are intended to...
The large amount of radiative data from the Opacity Project is compared with available experimental ...
We will present calculations of opacities for matter under LTE conditions. Opacities are needed in r...
International audienceOpacity is a fundamental quantity for stellar modeling, and it plays an essent...
We will present recent developments in the calculation of opacity and equation of state tables suita...
This work presents recent developments in the calculation of opacity and equation of state tables su...
In 2015 Los Alamos National Laboratory (LANL) released a new set of OPLIB opacity tables for the ele...
We will present recent developments in the calculation of opacity tables suitable for including in t...
The revision of the standard Los Alamos opacities in the 1980–1990s by a group from the Lawren...
We describe an opacity sampled version of the LTE model atmosphere code STERNE with revised continuo...
Many areas of physics research depend upon a good physical understanding of charged particle transpo...
We test our knowledge of the atomic opacity in the solar UV spectrum. Using the atomic data compiled...
A primary goal of numerical radiation transport is obtaining a self-consistent solution for both the...
The development of the theory of high charge and energy (HZE) ion transport is reviewed. The basic s...
The Los Alamos opacity data base is now available on the World Wide Web at http://t4.lanl.gov. The d...
This paper describes some single-cell rf-heating and air chemistry computations that are intended to...
The large amount of radiative data from the Opacity Project is compared with available experimental ...
We will present calculations of opacities for matter under LTE conditions. Opacities are needed in r...
International audienceOpacity is a fundamental quantity for stellar modeling, and it plays an essent...
We will present recent developments in the calculation of opacity and equation of state tables suita...