The Net Advance of Physics: Accretion

The Net Advance of Physics: ACCRETION

ACCRETION DISKS: See also Circumstellar Disks.

General: Weisstein 97/10; Vishniac 98/02; Bisnovatyi-Kogan 98/10; Beckwith 99/05; Dubus 2002/06;
- Accretion disks by H. C. Spruit [2010/05]
- Accretion Disc Theory since Shakura and Sunyaev by Andrew King [2012/01]
- Transport and Accretion in Planet-Forming Disks by N. J. Turner et al. [2014/01]
- Accretion onto young stars: the key to disk evolution by Carlo F. Manara [2017/12]
- Accretion Processes by Alessandro Morbidelli [2018/03]
- Debris Disks: Probing Planet Formation by Mark C. Wyatt [2018/04]
- Lecture notes on accretion disk physics by P. J. Armitage [2022/01]
General: Numerical Models: Gammie 97/12;
General: Models: SHEAR BOX;
Type: DEBRIS DISKS: Jayawardhana 98/11;
- A Short Guide to Debris Disk Spectroscopy by Christine H. Chen [2009/04]
Type: GALACTIC:
- The Circumgalactic Medium in Massive Halos by Hsiao-Wen Chen [2016/12]
- Gas Accretion and Angular Momentum by Kyle R. Stewart [2016/12]
- Gas Accretion via Condensation and Fountains by Filippo Fraternali [2016/12]
- Gas Accretion and Galactic Chemical Evolution: Theory and Observations by Kristian Finlator [2016/12]
- Gas Accretion and Giant Lyman-alpha Nebulae by Sebastiano Cantalupo [2016/12]
- Gas Accretion via Lyman Limit Systems by Nicolas Lehner [2016/12]
- Gas Accretion onto the Milky Way by Philipp Richter [2016/12]
- Gas Accretion and Star Formation Rates by J. Sanchez Almeida [2016/12]
- Gas Accretion and Star Formation Rates with IFUs and Background Quasars by Nicolas F. Bouché [2016/12]
- Gas Accretion in Star-Forming Galaxies by Glenn G. Kacprzak [2016/12]
- Gas Accretion Traced in Absorption in Galaxy Spectroscopy by Kate H. R. Rubin [2016/12]
- An Introduction to Gas Accretion onto Galaxies by Mary E. Putman [2016/12]
- Neutral Gas Accretion onto Nearby Galaxies by Felix J. Lockman [2016/12]
- Observational Diagnostics of Gas Flows: Insights from Cosmological Simulations by Claude-Andre Faucher-Giguere [2016/12]
Type: SELF-GRAVITATING:
- Self-gravitating accretion discs by Giuseppe Lodato [Riv. Nuov. Cim. 30, 293 (2007)]
- The evolution of self-gravitating accretion discs by Ken Rice [2016/02]
Aspect: COLLISIONS:
- Signatures of hit and run collisions [in planetary accretion] by Erik Asphaug [2018/10]
Aspect: INITIAL MASS FUNCTION:
- Theories of the initial mass function by Patrick Hennebelle and Gilles Chabrier [2010/11]
Aspects: INSTABILITY: Vishniac 98/02;
- Surprises in astrophysical gasdynamics by Steven A. Balbus and William J. Potter [2016/03]
Aspects: MAGNETOHYDRODYNAMICS:
- Dynamics on the Edge: Star-Disk Interaction by James M. Stone [1998/02]
- MHD disc winds by Jonathan Ferreira [2006/07]
- Advances in mean-field dynamo theory and applications to astrophysical turbulence by Axel Brandenburg [Journal of Plasma Physics 84, 735840404 (2018)]
Aspects: THERMODYNAMICS: Re: INSTABILITY: Vishniac 98/02;
Aspects: VISCOSITY: Menou 2000/09;
Processes: ANGULAR MOMENTUM TRANSPORT: Balbus 2003/06;
Processes: EVOLUTION: Dutkevitch (thesis) 95/05;
- The evolution of self-gravitating accretion discs by Ken Rice [2016/02]
- Accretion onto young stars: the key to disk evolution by Carlo F. Manara [2017/12]
Processes: FRAGMENTATION:
- The formation of planets by disc fragmentation by Dimitris Stamatellos [2013/02]
Processes: OSCILLATIONS: Nowak and Lehr 98/12;
Re: ACTIVE GALACTIC NUCLEI: Done 2001/05;
- Accretion in active galactic nuclei and disk-jet coupling by Bozena Czerny and Bei You [2015/07]
- Accretion in Active Galactic Nuclei by Bozena Czerny et al. [2018/11]
- AGN accretion discs by J. P. Lasota [2023/02]
Re: BINARIES: Mathieu et al. 99/09; Walder and Folini 99/12;
- Accretion disks by H. C. Spruit [2010/05]
- Circumbinary accretion: From binary stars to massive binary black holes by D. Lai and D. J. Muñoz [2022/11]
- Reflecting on accretion in neutron-star low-mass X-ray binaries by R. M. Ludlam [2024/01] i.e., reflection modelling
Re: BLACK HOLES: Menou et al. 97/12; Menou et al. 98/03; Park and Ostriker 98/11; Beloborodov 99/01; Svensson 99/02; Blandford et al. 2001/07; Beloborodov 2001/03; Blaes 2002/11;
- Black Hole Accretion Disks by Marek A. Abramowicz and P. Chris Fragile [2011/04]
- Recent developments in gravitational collapse and spacetime singularities by Pankaj S. Joshi and Daniele Malafarina [2012/01]
- Current Status of Simulations [of Black-Hole Accretion-Discs] by Patrick Christopher Fragile [2012/10]
- General Overview of Black Hole Accretion Theory by Omer Blaes [2013/04]
- Accreting Black Holes by Mitchell C. Begelman [2014/10]
- Black hole accertion discs by Jean-Pierre Lasota [2015/05]
- Accreting Black Holes by Cosimo Bambi and Sourabh Nampalliwar [2018/10]
- The physics of accretion discs, winds, and jets in tidal disruption events by J. L. X. Dai et al. [2021/01]
- Accretion around black holes: The geometry and spectra by B. F. Liu and E. Qiao [2022/01]
- Circumbinary accretion: From binary stars to massive binary black holes by D. Lai and D. J. Muñoz [2022/11]
- Accretion processes onto black holes: Theoretical problems, observational constraints by B. Czerny et al. [2023/12]
Re: BLACK HOLES: Aspects: SEISMOLOGY: Wagoner 98/05;
Re: BLACK HOLES: Aspects: OSCILLATIONS: Nowak and Lehr 98/12;
Re: BLACK HOLES: Aspects: SPECTRA: Krolik 98/01;
Re: BLAZARS:
- Jets, black holes and disks in blazars by Gabriele Ghisellini [2013/09]
Re: CATACLYSMIC VARIABLES: Dubus 2002/06;
- Accretion disks by H. C. Spruit [2010/05]
RE: COMPACT BINARIES: King 2003/01;
Re: GALAXIES: Johnston 98/10;
- Gas accretion in disk galaxies by Francoise Combes [2013/09]
Re: GAMMA RAY BURSTS: Narayan et al. 2001/03;
Re: JETS:
- MHD disc winds by Jonathan Ferreira [2006/07]
- Accretion in active galactic nuclei and disk-jet coupling by Bozena Czerny and Bei You [2015/07]
Re: MAGNETIC FIELDS: Svensson 99/02;
- Accretion discs, low-mass protostars and planets: probing the impact of magnetic fields on stellar formation by Jean-Francois Donati [2008/04]
- Magnetic Fields in Accretion Disks: A Review by Amir Jafari [2019/04]
Re: NEUTRON STARS: Blandford et al. 2001/07;
- Nuclear Physics of the Outer Layers of Accreting Neutron Stars by Zach Meisel et al. [2018/07]
- Physical Environment of Accreting Neutron Stars by Jing Wang [2019/09]
- The Symbiotic Stars by Ulisse Munari [2019/09]
- Reflecting on accretion in neutron-star low-mass X-ray binaries by R. M. Ludlam [2024/01] i.e., reflection modelling
Re: NOVAE: DWARF: Cannizzo 97/12;
- A Review of the Disc Instability Model for Dwarf Novae, Soft X-Ray Transients, and Related Objects by Jean-Marie Hameury [2019/10]
Re: POLARS: INTERMEDIATE: Hellier 99/01;
Re: STARS: PRE-MAIN-SEQUENCE:
- Pre-main-sequence [stars: X-rays from] accretion and outflows by P. C. Schneider et al. [2022/07]
Re: STELLAR ERUPTIONS: Kenyon 99/04;
Re: STELLAR WINDS: Ostriker 97/12; Walder and Folini 99/12;
- Accretion, winds and outflows in young stars by Hans Moritz Günther [2012/10]
Re: T TAURI STARS: Ostriker 97/12;
- Accretion, winds and outflows in young stars by Hans Moritz Günther [2012/10]
Re: WHITE DWARFS:
- The Symbiotic Stars by Ulisse Munari [2019/09]
- X-ray emission mechanisms in accreting white dwarfs by K. L. Page and A. W. Shaw [2022/09]
- Accreting white dwarfs by N. A. Webb [2023/03]
Re: X RAY BINARIES: Done 2001/05; Done 2002/03; Dubus 2002/06; Tauris 2003/03;
- Accretion disks by H. C. Spruit [2010/05]
- Accretion disc atmospheres and winds in low-mass X-ray binaries by Maria Diaz Trigo and L. Boirin [2015/10]
- Reflecting on accretion in neutron-star low-mass X-ray binaries by R. M. Ludlam [2024/01] i.e., reflection modelling
Re: X RAY TRANSIENTS: SOFT: Cannizzo 97/12;
- A Review of the Disc Instability Model for Dwarf Novae, Soft X-Ray Transients, and Related Objects by Jean-Marie Hameury [2019/10]
Re: YOUNG STARS:
- Variability of young stellar objects: accretion, disks, outflows and magnetic activity by Beate Stelzer [2015/04]
- Accretion onto young stars: the key to disk evolution by Carlo F. Manara [2017/12]

ACCRETION FLOW:

Types: ADVECTION DOMINATED;
Re: ACCRETION DISKS;
Re: GALAXIES: HALO FORMATION: Johnston 98/10;
Re: STAR FORMATION: Ostriker 97/12;
Re: STELLAR WINDS: Ostriker 97/12;
Re: T TAURI STARS: Ostriker 97/12;

THE NET ADVANCE OF PHYSICS