Astronomische Nachrichten · 1961 · 18 citations · 10 references
Natural SciencesAstronomyPhysicsAstrophysicsSpectroscopyStellar AstronomyInterstellar Absorption LinesInterstellar ReddeningStellar ClassificationStellar SpectroscopyStellar StructureIntrinsic Stellar ColorsReddening From Emission LinesReddening From Stellar ColorsSpectroscopic Reddening IndicatorsStellar Reddening MeasurementsStellar Spectral Energy DistributionSupergiant Stars
Abstract The interstellar reddening has been calculated as a function of the interstellar absorption and of the observed spectral energy distribution for 25 different types of stars Bo–M 2 la–V. The ratio R = A v/ E B − V of absorption to reddening and the reddening relative to a Bo‐star η = E B − V (Sp)/ E B − V (Bo) are approximately linear functions of the intrinsic colour ( B − V ) 0 . A discussion of empirical data gives R = 3.05 ± 0.15, and (for M‐supergiants) η = 0.90 ± 0.05. The empirical reddening lines E U − B / E B − V and E B − V / E [ R − I ] have been determined from observations of supergiant stars of all spectral types.
10
The law of interstellar reddening.
A. E. Whitford · The Astronomical Journal · 1958 · 319 citations
A Study of the Orion Aggregate of Early-Type Stars.
Stewart Sharpless · The Astrophysical Journal · 1952 · 79 citations
Natural Sciences, Astronomy, Physics +14