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A Line-Blanketed Model Stellar Atmosphere of Sirius

J. W. Fowler

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Abstract

The method of artificial absorption edges has been applied to a grid of model atmospheres to include the effects of hydrogen and metal line blanketing on the atmospheric structure. A best-fit model of Sirius is obtained which is free of the discrepancies inherent in unblanketed or partially blanketed models. All major spectral features calculated from the model agree with the corresponding observed features to within the observational uncertainty. Some additional properties of the models are discussed. Subject headings: atmospheres, stellar - opacities - stars, individual

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What this paper is about

The method of artificial absorption edges has been applied to a grid of model atmospheres to include the effects of hydrogen and metal line blanketing on the atmospheric structure. A best-fit model of Sirius is obtained which is free of the discrepancies inherent in unblanketed or partially blanketed models. All major spectral features calculated from the model agree with the corresponding observed features to within the observational uncertainty. Some additional properties of the models are discussed. Subject headings: atmospheres, stellar - opacities - stars, individual

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Available abstract

The method of artificial absorption edges has been applied to a grid of model atmospheres to include the effects of hydrogen and metal line blanketing on the atmospheric structure. A best-fit model of Sirius is obtained which is free of the discrepancies inherent in unblanketed or partially blanketed models. All major spectral features calculated from the model agree with the corresponding observed features to within the observational uncertainty. Some additional properties of the models are discussed. Subject headings: atmospheres, stellar - opacities - stars, individual

Key concepts: Sirius, Physics, Blanketing, Stellar atmosphere, Atmosphere (unit), Stars, Opacity, Line (geometry)

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