|
Title: |
Evolution of Compact Binaries
|
|
Volume: |
447
|
Year: |
2011
|
View this Volume on ADS
|
Editors: |
L. Schmidtobreick, M. Schreiber, C. Tappert
|
Synopsis: |
EVOLUTION OF COMPACT BINARIES
Viña del Mar, Chile
6–11 March 2011
The aim of this international workshop was to bring together astronomers
from different communities to concentrate on the specfic topic of compactbinary
evolution, which during the last few years has evolved to be one of the
most active areas of research within the various compact binary communities.
The classification of a compact binary system is generally defined by the nature
of the compact component (white dwarf, neutron star, or black hole) and the
evolutionary state of the secondary star (dwarf, giant or supergiant). The many
possible combinations make for a variety of dierent avours, most of which
have a whole community of astronomers researching them. Still, the evolution
of all these different objects is driven by a common mechanism: angular
momentum loss. The understanding of this physical phenomenon was one of
the main objectives for this workshop.
The sessions followed the chronological time-line of binary evolution and
included:
(1) Introduction to Compact Binaries
(2) Formation of Close Binaries
(3) Common Envelope Physics
(4) The Post Common Envelope Phase
(5) The Contact Phase
(6) Graveyard or Boom
(7) Instruments, Telescopes, and Tools
The workshop was jointly organised by the European Southern Observatory
and the Universidad de Valparaíso. The program consisted of 11 invited review
talks, 42 contributed talks, and 10 poster presentations, most of which are
included in this proceedings volume. In total, 68 participants contributed to
the many fruitful discussions and the success of this workshop.
|
ISBN: |
978-1-58381-774-2
|
eISBN:
|
978-1-58381-775-9
|
Paper Title |
Page |
Authors |
Front Matter |
| |
Front Matter |
|
L. Schmidtobreick, M. Schreiber, C. Tapp |
Conference Photos |
1 |
Schmidtobreick, Schreiber, Tappert |
Part I. Introduction to Compact Binaries |
| |
The Evolution of Cataclysmic Variables |
3 |
Knigge, C. |
LMXBs: An Overview |
19 |
Charles, P. |
Nature, Formation, and Evolution of High Mass X-Ray Binaries |
29 |
Chaty, S. |
Part II. Close Binary Formation |
| |
The Formation of Close Binaries |
47 |
Kratter, K. M. |
Formation of Compact Binaries in Destabilised Evolved Triples |
61 |
Perets, H. B.; Kratter, K. M. |
Most High-Mass Stars are Born as Twins |
67 |
Chini, R.; Nasseri, A.; Hoffmeister, V. H.; Buda, L.-S.; Barr, A. |
Multiplicity of Southern B Stars: Preliminary Results |
73 |
Hoffmeister, V. H.; Nasseri, A.; Chini, R. |
An Investigation on Close Binaries in the Sco-Cen Complex |
75 |
Nitschelm, C.; David, M. |
How did Carbon-Enhanced Metal-Poor Stars form? |
81 |
Abate, C.; Pols, O. R.; Izzard, R. G.; Mohamed, S.; de Mink, S. E. |
The η-Muscae Multiple System |
87 |
Nitschelm, C.; Hensberge, H.; Landin, N.; Bakiş, V.; David, M. |
Part III. The Common Envelope Phase |
| |
Common Envelope: The Progress and the Pitfalls |
91 |
Ivanova, N. |
Simulations of the Common Envelope Interaction Between a Red Giant Branch Star and Low-Mass Companions |
107 |
Passy, J.-C.; De Marco, O.; Fryer, C. L.; Herwig, F.; Diehl, S.; Oishi, J. S.; Mac Low, M.-M.; Bryan, G. L.; Rockefeller, G. |
Post-Common-Envelope Binaries from SDSS: Constraining the Common-Envelope Efficiency |
113 |
Zorotovic, M.; Schreiber, M. R.; Gänsicke, B. T. |
Is the Common Envelope Ejection Efficiency a Function of the Binary
Parameters? |
115 |
Davis, P. J.; Kolb, U.; Knigge, C.. |
The Effect of Common Envelope Evolution on the Formation of High Mass X-Ray Binaries |
121 |
Linden, T.; Kalogera, V.; Sepinsky, J.; Prestwich, A.; Zezas, A.; Gallagher, J. |
On The Formation of Double White Dwarfs: Reevaluating How We Parametrise the Common Envelope Phase |
127 |
Woods, T. E.; Ivanova, N.; van der Sluys, M.; Chaichenets, S. |
Astrometric Search for Wide Compact Binaries |
133 |
Conrad, C.; Scholz, R.-D.; Schwope, A. D.; Schnurr, O. |
Part IV. The Post Common Envelope Phase |
| |
Magnetic Braking in Convective Stars |
143 |
Hussain, G. A. J. |
When Asymmetric Cosmic Bubbles Betray a Difficult Marriage: the Study of Binary Central Stars of Planetary Nebulae |
159 |
Boffin, H. M. J.; Miszalski, B. |
Spatio-Kinematic Modelling: Testing the Link between Planetary Nebulae and Close Binaries |
165 |
Jones, D.; Tyndall, A. A.; Huckvale, L.; Prouse, B.; Lloyd, M. |
Hot Subdwarf Stars as Tracers of Binary Stellar Evolution |
171 |
Østensen, R. H.; Van Winckel, H. |
The SDSS White-Dwarf-M-Star Library |
177 |
Heller, R.; Schwope, A. D.; Østensen, R. H. |
The Primary Mass Distribution of PCEBs |
183 |
Rebassa-Mansergas, A.; Schreiber, M. R.; Gänsicke, B. T.; Nebot Gómez-Morán, A.; Girven, J. |
The Orbital Period Distribution of Post Common Envelope Binaries |
187 |
Nebot Gómez-Morán, A.; Gänsicke, B. T.; Schreiber, M. R.; Schwope, A. D. |
Population Synthesis of Post-Common Envelope
White-Dwarf-Main-Sequence Binaries in the Sloan Digital Sky Survey |
193 |
Torres, S.; Camacho, J.; Rebassa-Mansergas, A.; Zorotovic, M.; Schreiber, M. R.; García-Berro, E. |
Emission Line Profiles in Post-Common-Envelope Binaries |
195 |
Tappert, C.; Gänsicke, B. T.; Rebassa-Mansergas, A.; Schmidtobreick, L.; Schreiber, M. R. |
Is there an Extrasolar Planet in the Triple Pre-Cataclysmic System V471 Tau? |
197 |
Hric, L.; Kundra, E. |
Part V. The Contact Phase |
| |
Faint CVs in the SDSS Footprint |
203 |
Breedt, E.; Gänsicke, B. T. |
Moderate Resolution NIR Spectra and Modelling the Secondary Stars of Cataclysmic Variables |
209 |
Hamilton, R. T.; Harrison, T. E. |
Old Novae: When New Becomes Old* |
215 |
Ederoclite, A.; Tappert, C.; Schmidtobreick, L.; Vogt, N. |
DIRTY Novae: Modelling Dust Formation in Classical Novae |
221 |
Bornak, J.; Harrison, T. E.; Gordon, K. D. |
A Classical Nova Explosion in a Binary System with B[e] Star |
227 |
Filippova, E.; Revnivtsev, M.; Lutovinov, A. |
Multiwavelength Modelling the SED
of Symbiotic X-Ray Binaries |
233 |
Skopal, A. |
Creation of Neutral Disks During Outbursts of Symbiotic Binaries |
239 |
Cariková, Z.; Skopal, A. |
A PIONIER and Incisive Look at the Interacting Binary SS Lep |
245 |
Blind, N.; Boffin, H. M. J.; Berger, J.-P.; Lebouquin, J.-B.; Mérand, A. |
Warping of Be Star Decretion Discs in X-Ray Binaries |
251 |
Martin, R. G.; Pringle, J. E.; Tout, C. A.; Lubow, S. H. |
On the Dynamics of 4U 1820-30; Resonant Trapping and Tidal Dissipation Rate of the White Dwarf Secondary |
257 |
Prodan, S.; Murray, N. |
Optical Spectroscopy of AU Mon |
263 |
Barría, D.; Mennickent, R. E. |
Distribution of High Mass X-Ray Binaries in the Milky Way |
265 |
Coleiro, A.; Chaty, S. |
An Evolutionary Model for the Massive Black Hole X-Ray Binary M33 X-7. |
271 |
Valsecchi, F.; Glebbeek, E.; Farr, W. M.; Fragos, T.; Willems, B.; Orosz, J. A.; Liu, J.; Kalogera, V. |
The Effects of System Interactions to the Natural Evolution of
U Gem within the Context of X-Ray Data Analysis |
277 |
Altan, M.; Ayyildiz, O.; Hamza, C.; Utku Kartal, S.; Turker Özkan, M. |
Natural Evolution of SS Cyg Based on an X-Ray Data Analysis at Very Short Periods |
279 |
Ayyildiz, O.; Altan, M.; Utku Kartal, S.; Hamza, C.; Turker Özkan, M. |
Part VI. Graveyard or Boom |
| |
Five and a Half Roads to Form a Millisecond Pulsar |
285 |
Tauris, T. M. |
Type Ia Supernovae as Final Stage of Binary Evolution |
303 |
Röpke, F. K.; Fink, M.; Pakmor, R.; Kromer, M.; Sim, S. A.; Seitenzahl, I. R.; Ciaraldi-Schoolmann, F.; Hillebrandt, W. |
U Sco in the Context of SN Ia Progenitors |
311 |
Mason, E. |
Part VI. Instruments, Telescopes, and Tools |
| |
Gravitational Waves from Compact Binaries |
317 |
van der Sluys, M. |
Compact Binaries at High Angular Resolution: The Potential of Long Baseline Interferometry. |
333 |
Berger, J.-P. |
BINSTAR : A New Binary Stellar-Evolution Code |
339 |
Siess, L.; Izzard, R. G.; Davis, P. J.; Deschamps, R. |
Back Matter |
| |
Author Index |
345 |
Schmidtobreick, Schreiber, Tappert |
Back Matter |
347 |
|
|
|