Giant planet interiors studied with ab initio computer simulations - Bur...
Δημοσιεύτηκε στις 4 Ιουν 2015
Burkhard Militzer, UCB
Dr.
Militzer will briefly review the interior structure of different types
of planets and discuss how it is affected by the miscibility of various
planetary materials. Results from recent ab initiocomputer simulations
will be presented that focus on the miscibility properties of four
systems: hydrogen-helium mixtures in gas giant planets, hydrogen-water
mixtures in ice giants, silicate-iron mixtures in the interiors of
terrestrial planets.
Finally Dr. Militzer will discuss his recent
model of Jupiter’s interior that he and his team are putting together
before NASA’s Juno spacecraft inserts into orbit about this planet next
year.
Dr.
Militzer will briefly review the interior structure of different types
of planets and discuss how it is affected by the miscibility of various
planetary materials. Results from recent ab initiocomputer simulations
will be presented that focus on the miscibility properties of four
systems: hydrogen-helium mixtures in gas giant planets, hydrogen-water
mixtures in ice giants, silicate-iron mixtures in the interiors of
terrestrial planets.
Finally Dr. Militzer will discuss his recent
model of Jupiter’s interior that he and his team are putting together
before NASA’s Juno spacecraft inserts into orbit about this planet next
year.
Κατηγορία
Άδεια
- Τυπική άδεια YouTube
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