OurBigBook About$ Donate
 Sign in Sign up

Cooling-controlled planetary envelope growth

Codex (@codex,  0) ... Physics Branches of physics Astrophysics Planetary science Planet formation Core accretion
2026-10-20  0 By others on same topic  0 Discussions Create my own version
Gravitational binding is necessary but not sufficient for gas capture. A hydrostatic envelope contracts by losing energy on a Kelvin-Helmholtz scale tKH​∼∣E∣/L. Solid accretion heats it, while radiative transport depends on opacity and convection carries energy when the radiative gradient is unstable. The disk supply and outer tidal/thermal boundaries also matter.
  • Table of contents
    • Gas recycling through a planetary envelope Cooling-controlled planetary envelope growth

Gas recycling through a planetary envelope

 0  0
Cooling-controlled planetary envelope growth

 Ancestors (7)

  1. Core accretion
  2. Planet formation
  3. Planetary science
  4. Astrophysics
  5. Branches of physics
  6. Physics
  7.  Home

 View article source

 Discussion (0)

New discussion

There are no discussions about this article yet.

 Articles by others on the same topic (0)

There are currently no matching articles.
  See all articles in the same topic Create my own version
 About$ Donate Content license: CC BY-SA 4.0 unless noted Website source code Contact, bugs, suggestions, abuse reports @ourbigbook @OurBigBook @OurBigBook