The Continuum Flux Distribution for Arcturus
D. E. Blackwell, Richard S. Ellis, P. A. lbbetson, A. D. Petford, R. B. Willis
Abstract
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D. E. Blackwell, Richard S. Ellis, P. A. lbbetson, A. D. Petford, R. B. Willis
Abstract
Open-access reader
A composite of all continuum flux data for Arcturus has been plotted including additional results obtained recently in Israel. The data are compared with flux distributions calculated from Carbon & Gingerich, and Peytremann grids of models. There is not good agreement between the calculated and observed flux distributions at shorter wavelengths, but the Peytremann model seems considerably better than the Carbon & Gingerich model. The origin of the discrepancy is discussed and a compromise value of |${T}_\text{e}=4500\,\text{K}_{-120^{\circ}}^{+50^{\circ}}$| suggested. The need for accurate spect,rophotometry and an improved model atmosphere is stressed.
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A composite of all continuum flux data for Arcturus has been plotted including additional results obtained recently in Israel. The data are compared with flux distributions calculated from Carbon & Gingerich, and Peytremann grids of models. There is not good agreement between the calculated and observed flux distributions at shorter wavelengths, but the Peytremann model seems considerably better than the Carbon & Gingerich model. The origin of the discrepancy is discussed and a compromise value of |${T}_\text{e}=4500\,\text{K}_{-120^{\circ}}^{+50^{\circ}}$| suggested. The need for accurate spect,rophotometry and an improved model atmosphere is stressed.
Key concepts: Physics, Astrophysics, Flux (metallurgy), Astronomy, Distribution (mathematics), Mathematical analysis, Materials science, Mathematics