'Orbital evolution' presentation slideshows

AST3020. Lecture 07 Migration type I, II, III Talk by Sherry on migration

AST3020. Lecture 07 Migration type I, II, III Talk by Sherry on migration Ups And and the need for disk-planet interaction during the formation of multiplanetary systems Torques and migration type I Numerical calculations of gap opening

1.2k views • 97 slides

James Wadsley, Sijing Shen (McMaster) , Lucio Mayer, Joachim Stadel (Zurich) ,Graeme Luftkin (Maryland), Tom Quinn

Simulating the Fragmentation of Proto-planetary disks. UWO Disk Workshop 2006. James Wadsley, Sijing Shen (McMaster) , Lucio Mayer, Joachim Stadel (Zurich) ,Graeme Luftkin (Maryland), Tom Quinn (Washington). Overview.

520 views • 29 slides

2006 SQ 372 : A Planetary Interloper from the Inner Oort Cloud

2006 SQ 372 : A Planetary Interloper from the Inner Oort Cloud. N. Kaib, A. Becker, L. Jones University of Washington. 25000 AU. a > 1,000 AU. ~. LPCs and Oort Cloud. LPCs near Earth only constrain outer Oort Cloud LPCs beyond Saturn will sample inner Oort Cloud as well. a > 20,000 AU.

408 views • 28 slides

The internal structure and the origin of Phobos

366 views • 23 slides

Tides and Orbital Evolution

Tides and Orbital Evolution. Normal Satellite Orbital Evolution. Satellites normally develop circular orbits with synchronous rotation as a result of tidal forces. A circular/synchronous orbit creates a static tidal bulge, which in turn, renders the satellite geologically inactive.

329 views • 22 slides

Magnetic interaction in ultra-compact binary systems

Magnetic interaction in ultra-compact binary systems. ????? ? Astron.Astrophys.2009 Vol.9 No.7,725-744. Outline. 1. Introduction 2. Orbital dynamics in compact bianries 3. Unipolar induction in compact binaries 4. Orbital evolution of unipolar-inductor compact binaries 5. Further.

367 views • 20 slides

273 views • 18 slides

Rheological Structure of the Mantle of Super-Earths : Insights from Mineral Physics

Rheological Structure of the Mantle of Super-Earths : Insights from Mineral Physics. Shun-ichiro Karato Yale University Department of Geology and Geophysics New Haven, CT, USA. Dynamics of a super-Earth. mantle convection, thermal evolution Does plate tectonic operate on super-Earths?

171 views • 17 slides