Ultraviolet Stellar Spectra and Related Ground-Based Observations | ISBN 9789401032957

Ultraviolet Stellar Spectra and Related Ground-Based Observations

herausgegeben von K. Houziaux und H.E. Butler
Mitwirkende
Herausgegeben vonK. Houziaux
Herausgegeben vonH.E. Butler
Buchcover Ultraviolet Stellar Spectra and Related Ground-Based Observations  | EAN 9789401032957 | ISBN 94-010-3295-5 | ISBN 978-94-010-3295-7

Ultraviolet Stellar Spectra and Related Ground-Based Observations

herausgegeben von K. Houziaux und H.E. Butler
Mitwirkende
Herausgegeben vonK. Houziaux
Herausgegeben vonH.E. Butler

Inhaltsverzeichnis

  • I / Stellar Fluxes.
  • A. Absolute Calibration.
  • 1. Absolute intensity calibration methods in the vacuum UV region.
  • 2. An investigation of the properties of vacuum-ultraviolet radiation detectors (Abstract).
  • 3. Recent absolute calibration work at Palomar Mountain.
  • 4. General discussion (On calibration methods).
  • B. Interstellar Extinction.
  • 1. Interstellar extinction (Introductory lecture).
  • 2. Ultraviolet interstellar extinction from a comparison of ? Persei and ? Pesei.
  • 3. Observations of interstellar extinction in the ultraviolet with the OAO satellite.
  • 4. On dielectric models of interstellar grains.
  • 5. Extinction curves for graphite-silicate grain mixtures.
  • 6. Measurement of interstellar extinction in emission line stars.
  • 7. The interstellar extinction curve from 4000 Å to 6500 Å.
  • C. Theoretical Models for Stellar Fluxes.
  • 1. The effective temperatures of the O stars.
  • 2. The effect of Silicon and Carbon opacity on ultraviolet stellar spectra.
  • D. Observed Stellar Fluxes.
  • 1. Review of ultraviolet and visual continuum observations and comparisons with models.
  • 2. The stellar temperature scale from 05 to A0.
  • 3. On ultraviolet fluxes, bolometric corrections and effective temperatures of late B to F stars.
  • 4. Far-ultraviolet intensities of Orion stars.
  • 5. Ultraviolet photometry of stars obtained with the Celescope experiment in the Orbiting Astronomical Observatory.
  • 6. Photographic magnitudes of 201 stars at 2600 Å.
  • 7. Spectrophotometrie integree des galaxies proches dans l’ultraviolet (expérience Persée).
  • 8. Low resolution stellar spectrophotometrie observations in the region 1500 Å–3000 Å.
  • 9. Absolute stellar photometry in the region 1200 Å–3000 Å.
  • 10. Preliminary note on the astronomical satellite Kosmos 215.
  • 11. Ultravioletphotometry of stars from OSO II.
  • 12. The ultraviolet solar opacity.
  • II / Stellar Line Spectra.
  • A. Rocket and Satellite Observations of Ultraviolet Spectra.
  • 1. Observations of ultraviolet stellar spectra.
  • 2. Photoelectric rocket spectra at 10 Å resolution (Abstract).
  • 3. Rocket spectroscopy of ? Puppis below 1100 Å.
  • 4. Observations of strong stellar lines with the OAO.
  • 5. The far-ultraviolet spectrum of ? Cassiopeiae.
  • 6. UV spectrophotometry of Canopus from Gemini XI.
  • B. Ground-Based Observations of Spectra Relevant to the Ultraviolet.
  • 1. Review of ground-based observations of spectra relevant to the ultraviolet.
  • 2. Chromospheric activity in red giants, and related phenomena.
  • 3. Mass loss from early-type stars.
  • C. Theory Relevant to UV Spectra.
  • 1. A discussion of the theory for interpreting ultraviolet stellar spectra.
  • 2. Possibility of fluorescence phenomena in the ultraviolet spectrum of symbiotic stars and long period variables.
  • 3. Radiative acceleration and ultraviolet resonance line profiles in OB supergiants.
  • 4. Stellar-wind theory for O and B stars (Abstract).
  • D. The Sun — a Typical G2V Star.
  • 1. Review of astrophysical conclusions from the UV solar spectra.
  • 2. Resonance lines in the solar chromosphere.
  • 3. On the contribution of solar activity to the ultraviolet spectrum of the Sun.
  • 4. Intensity distribution in the Lyman-? line at the solar limb.
  • 5. A high-resolution solar spectrum 2000 Å–2200 Å.
  • 6. Fabry-Pérot interferograms of the solar MgII resonance lines.
  • III / Interstellar Absorption and Emission.
  • A. Absorption Lines.
  • 1. Observations of interstellar Lyman-? absorption.
  • 2. Observations of interstellar Lyman-? with the Orbiting Astronomical Observatory.
  • 3. Interstellar lines other than hydrogen.
  • 4. Interstellarmolecular hydrogen (Abstract).
  • 5. General discussion.
  • B. Emission.
  • 1. The night sky brightness measured from satellites Kosmos 51 and 213.
  • 2. Mariner 5 measurements of ultraviolet emission from the Galaxy.
  • 3. The ultraviolet background (intergalactic gas, the Galaxy, and subcosmic rays).
  • 4. Lyman-? radiation from nebular objects.
  • Space and ground-based stellar spectrophotometry: a summary.