An edition of Massive star formation
(2008)
Massive star formation
observations confront theory : proceedings of a conference held at the Heidelberg Convention Center, Heidelberg, Germany, 10-14 September 2007
by Henrik Beuther, Hendrik LInz, and Th Henning
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Stars, Congresses, Formation| Edition | Availability |
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Massive star formation: observations confront theory : proceedings of a conference held at the Heidelberg Convention Center, Heidelberg, Germany, 10-14 September 2007
2008, Astronomical Society of the Pacific
in English
1583816429 9781583816424
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Book Details
Table of Contents
Pt. 1.
The Initial Conditions for Massive Star Formation --
Initial Conditions for Massive Star Formation --
Flow-Driven Formation of Massive Cores: Rapid & Efficient? --
Massive Infrared-Quiet Dense Cores: Unveiling the Initial Conditions of High-Mass Star Formation --
Searching for Massive Pre-Stellar Cores through Observations of N2H[superscript +] and N[subscript 2]D[superscript +] --
Cold Supersonic Turbulence in Massive Cores --
Infrared Dark Clouds --
From Stellar Protoclustors to Infrared Dark Clouds --
Determining the Relative Evolutionary Stages of Very Young Massive Star Formation Regions -- -- Pt. 2.
Observational Constraints and Feedback Processes --
Infall and the Formation of a Massive Star --
An Infrared View of (Candidate Accretion) Disks around Massive Young Stars --
Angular Momentum and the Formation of Massive Stars --
Binaries in Massive Star Formation --
Recent Astrochemical Results on Star-Forming Regions --
Southern Surveys of Hot Cores --
Maser Polarization and Magnetic Fields during Massive Star Formation --
Periodic Variations in Class II Methanol Masers --
Dissecting Massive YSOs with Mid-Infrared Interferometry --
The Innermost Circumstellar Environment of Massive Young Stellar Objects Revealed by Infrared Interferometry --
Feedback Processes: A Theoretical Perspective --
Outflows from Massive Stars --
Outflow and Accretion in Massive Star-Forming Regions --
Dynamic Evidence of Triggered Star Formation -- -- Pt. 3.
Theoretical Concepts --
Theoretical Developments in Understanding Massive Star Formation --
Collapse, Fragmentation, and Accretion in Massive Cores --
The Conditions for Competitive Accretion --
Filaments, Collapse and Outflows in Massive Star Formation --
Ionized Accretion Flows in Massive Star Formation --
Hypercompact HII Regions --
Massive Star-Forming Regions: Turbulent Support or Global Collapse? --
Stellar Collisions in Young Clusters: Formation of (Very) Massive Stars? --
Evolution of Massive Protostars with High Accretion Rates --
Embedded, Accreting Disks in Massive Star Formation --
Evidence for Disks around Young Massive Stars from 3D Radiative Transfer Image Modeling --
SPH Simulations of Clustered Star Formation with Dust and Gas Energetics --
Primordial Mass Segregation in Starburst Stellar Clusters --
SED Modeling of Young Massive Stars --
Models for Dust and Molecular Emission of High-Mass Protostars --
The Future of Theory and Simulati.on in High-Mass Star Formation -- -- Pt. 4.
Clustered Star Formation and Massive Star Formation Throughout the Galaxy --
Spitzer-IRAC GLIMPSE of High-Mass Protostellar Objects --
Probing the Early Evolution of Young High-Mass Stars --
Massive Star Formation triggered by Galactic HII Regions --
Turmoil in Orion: The Nearest Massive Protostar --
X-Ray Properties of Very Young Massive Stars in the Orion Trapezium Cluster --
Massive Star Formation Near Sgr A* and Bimodal Star Formation in the Nuclear Disk --
The Starburst Cluster Westerlund 1 and its Galactic Siblings - Observation Confronts Theory --
The Spiral Structure of the Galaxy: Something Old, Something New --
The RMS Survey: A Galaxy-wide Sample of Massive Young Stellar Objects --
The CORNISH Survey of the Galactic Plane -- -- Pt. 5.
Extragalactic Star Formation --
The Properties of Dense Molecular Gas in the Milky Way and Galaxies --
Star Formation in The HI Nearby Galaxy Survey --
Were All Massive Stars Born in OB Associations and Clusters? -- -- Pt. 6.
Panel Discussions, Poster-Award Talks, and Summary --
Panel Discussion I: What is a Massive Protostar? Theoretical Definitions, Observational Criteria, and Evolutionary Sequence --
Summary of Panel Discussion II: Theoretical Models and Observational Constraints in High-Mass Star Formation --
VLTI/MIDI Observations of the Massive Protostellar Candidate NGC 3603 IRS9A --
Suzaku X-ray Spectroscopy of a Peculiar Hot Star Near the Galactic Center -- -- Pt. 7.
List of Posters.
Edition Notes
Includes bibliographical references and author index.
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