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Effects of Mass Loss on Stellar Evolution

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Cover of 'Effects of Mass Loss on Stellar Evolution'

Table of Contents

  1. Altmetric Badge
    Book Overview
  2. Altmetric Badge
    Chapter 1 Observations of Stellar Winds in Early Type Stars
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    Chapter 2 The Dependence of Mass Loss on the Basic Stellar Parameters
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    Chapter 3 The Velocity Characteristics of WR Stellar Winds
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    Chapter 4 The Iron Curtain of the WC 9 Star HD 164270
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    Chapter 5 Is a Stellar Wind Inherent in WR-Stars Throughout the Whole of their Evolution?
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    Chapter 6 Wind Characteristics of the 07 n Star HD 217086 in the Cep OB 3 Association
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    Chapter 7 Mass Loss from Central Stars of Planetary Nebulae
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    Chapter 8 Mass Loss Rates of OB Stars Derived from Infrared Observations
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    Chapter 9 Profils De La Raie H α Par Television Analogique
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    Chapter 10 Radio Observations and the Mass Flow Rate of α CYG (A2Ia)
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    Chapter 11 Mass Loss Bates for Twenty One Wolf-Rayet Stars
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    Chapter 12 Mass Outflow in AG Carinae and a Comparison with P Cygni
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    Chapter 13 Mass Loss from Hot Stars Below the Main Sequence
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    Chapter 14 On the Stellar Gravity and Effective Temperature Dependence of the Ratio of Terminal to Escape Velocities in Stellar Winds
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    Chapter 15 Observational Evidences of Stellar Wind
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    Chapter 16 The Radial Velocity Variations in IC 418
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    Chapter 17 Mass Loss from Cool Stars
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    Chapter 18 Outflow of Matter in the Chromosphere of α Orionis
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    Chapter 19 Mass Loss from α Ori
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    Chapter 20 On Possible Mass Loss from the Supergiant Rho Cassiopeia
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    Chapter 21 Photospheric Molecular Line Profiles in Cool Stars
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    Chapter 22 The Theory of Winds in Early Type Stars
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    Chapter 23 Stellar Variability and Individuality: Observations and Implications
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    Chapter 24 Possible Links Between Supersonic Stellar Winds and the Origin of Cosmic Rays
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    Chapter 25 Line Formation in the Wind of Alpha Cygni
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    Chapter 26 Empirical Wind Models from Detailed UV-Line Fits: Tau Scorpii
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    Chapter 27 Can Hot Star Winds be Driven by Radiation Pressure?
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    Chapter 28 Radiative Wind Acceleration in Early Type Stars
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    Chapter 29 Radio Observations of O-Type Stars
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    Chapter 30 Narrow Components in UV Line Profiles as Evidence for a Two Component Stellar Wind for O and B Stars
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    Chapter 31 Winds in Late-Type Stars: Mechanisms of Mass Outflow
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    Chapter 32 The Fluctuation Theory of the Stellar Mass Loss
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    Chapter 33 Mass Loss and Evolution of Massive Stars
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    Chapter 34 The Fraction of O-Type Supergiants in our Galaxy in the LMC and in the SMC: An Evidence of the Correlation between Mass Loss Rate and Chemical Abundance
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    Chapter 35 Evolution of A 30 M⊙ Star: The Interplay of Nuclear Burning and Mass Loss
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    Chapter 36 On the Significance of Mass Loss for the Evolution of Massive Stars
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    Chapter 37 The Ultraviolet to Infrared Spectrum of the Large Mass Loss LMC Supergiant S22 = HD 34664 +
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    Chapter 38 The Influence of Mass Loss by Stellar Wind on the Evolution of Massive Helium Burning Stars
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    Chapter 39 Stellar Evolution with SMC Chemical Abundances
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    Chapter 40 Massive Stars Burning Helium: The Numbers of WR Stars and Red Super-Giants in Galaxies
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    Chapter 41 Thermal Instability of Hydrogen Burning Shells in Very Massive Stars
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    Chapter 42 Effects of a Stochastic Initial Mass Function on the Upper Main Sequence Band
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    Chapter 43 Mass Loss from Metal-Poor Stars
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    Chapter 44 Masses of Magellanic Wolf-Rayet Stars: Mass Loss and Evidence for a WR Subclass vs. Mass Relation
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    Chapter 45 How Massive the Wolf-Rayet Stars are ?
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    Chapter 46 The Hydrogen/Helium Ratio on the Surface of Wolf-Rayet Stars
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    Chapter 47 Peculiarities in the Distribution of Galactic Wolf-Rayet Stars:Constraints on Evolutionary Scenarios ?
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    Chapter 48 Evolutionary Effects of Mass Loss in Low-Mass Stars
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    Chapter 49 The Initial/Final Mass Relation for Stellar Evolution with Mass Loss
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    Chapter 50 Formation of a Planetary Nebula by Continuous Mass Loss
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    Chapter 51 Effects of Mass Loss on the Formation of Planetary Nebulae
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    Chapter 52 Miras, Mass Loss, and the Origin of Planetary Nebulae
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    Chapter 53 Theoretical Evidence of Mass Loss from Globular Cluster Stars
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    Chapter 54 Effect of Mass Gain on Stellar Evolution
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    Chapter 55 On the Consequences of Mass Loss from Intermediate-Mass Stars
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    Chapter 56 A Determination of the Characteristics of Cepheids from B-Type Companions
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    Chapter 57 What “Masses” for Cepheids?
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    Chapter 58 Response of Low-Mass Main Sequence Stars to Accretion
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    Chapter 59 The Influence of Mass Loss on the Evolution of Binaries
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    Chapter 60 Mass Loss from Interacting Close Binary Systems
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    Chapter 61 Ionization Effects in Stellar Winds of Massive X-Ray Binaries
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    Chapter 62 Non Conservative Massive Binary Evolution
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    Chapter 63 On the Evolutionary Time Scale of the Accreting Component in Massive Close Binaries: Consequences for the Supernova Event
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    Chapter 64 Observation of Mass Loss in R CrB during the Visual Light Minimum
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    Chapter 65 Non-Conservative Evolutionary Scenario for 100 Algols
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    Chapter 66 Infrared Observations and Mass Loss of the Binary System V861 SCO
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    Chapter 67 The Nature of V861 SCO (=HD 152667)
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    Chapter 68 Ultraviolet and Optical Observations of the Mass-Losing Contact Binary SV Centauri
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    Chapter 69 Mass Transfer and Stellar Wind Effects in the Eclipsing Binary RT Andromedae
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    Chapter 70 Properties of Optically Thick Winds Driven by Radiation Pressure
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    Chapter 71 Interacting Stellar Winds in a Binary System
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    Chapter 72 Evolutionary Computations for Intermediate Mass Close Binary Systems
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    Chapter 73 Is this Diagrarine an Argument for Binary Orbital Evolution Due to Mass-Loss ?
  75. Altmetric Badge
    Chapter 74 Nova AQL 1918: A Nude Old Nova
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    Chapter 75 Stellar Mass Loss and HII Region Morphology in Magellanic Irregular Galaxies
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    Chapter 76 Stellar Mass Loss and Galactic Chemical Evolution
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    Chapter 77 Subionization and Decelerated-Flow in the Vicinity of a B-Shell Star
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    Chapter 78 Mass Loss and ΔY/ΔZ Ratio
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    Chapter 79 Concluding Remarks
Overall attention for this book and its chapters
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About this Attention Score

  • Above-average Attention Score compared to outputs of the same age (60th percentile)
  • Good Attention Score compared to outputs of the same age and source (77th percentile)

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Citations

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Title
Effects of Mass Loss on Stellar Evolution
Published by
ADS, December 2012
DOI 10.1007/978-94-009-8500-1
ISBNs
978-9-40-098502-5, 978-9-40-098500-1
Editors

Chiosi, C., Stalio, R.

Attention Score in Context

This research output has an Altmetric Attention Score of 3. This is our high-level measure of the quality and quantity of online attention that it has received. This Attention Score, as well as the ranking and number of research outputs shown below, was calculated when the research output was last mentioned on 23 May 2014.
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#4,013,590
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#6,257
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#102,667
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Outputs of similar age from ADS
#34
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