1987The Astrophysical JournalRequires access

The relation between apparent temperature and mass-loss rate in hypergiant eruptions

Kris Davidson

Open publisher page 129 citations

Abstract

A simplified opaque wind model is used to estimate the emergent radiation temperature as a function of mass loss rate for giant eruptions of luminous blue variable stars. It is conjectured that this relation applies to the pseudo-photospheres of S Dor, R127, and P Cyg during their major outbursts, and to the wind itself of Eta Car during a giant outburst.

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What this paper is about

A simplified opaque wind model is used to estimate the emergent radiation temperature as a function of mass loss rate for giant eruptions of luminous blue variable stars. It is conjectured that this relation applies to the pseudo-photospheres of S Dor, R127, and P Cyg during their major outbursts, and to the wind itself of Eta Car during a giant outburst.

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Available abstract

A simplified opaque wind model is used to estimate the emergent radiation temperature as a function of mass loss rate for giant eruptions of luminous blue variable stars. It is conjectured that this relation applies to the pseudo-photospheres of S Dor, R127, and P Cyg during their major outbursts, and to the wind itself of Eta Car during a giant outburst.

Key concepts: Physics, Supergiant, Astrophysics, Stars, Luminous blue variable, Giant star, Astronomy, Stellar mass loss

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