FILES ATTACHED TO THE CHAPTER:

Jupiter's Interior
by T. Guillot, D.J. Stevenson, W.B. Hubbard and D. Saumon
in "Jupiter", eds. F. Bagenal et al. 2003

Please refer to http://www.obs-nice.fr/guillot/Jupbook for instructions, or email guillot@obs-nice.fr

The directory contains the following files:

• README -> This file
• jupiter_evolution.dat -> Evolution model of Jupiter
  The columns are: Time(Myr), Radius (Rjup=6.9894e9cm), Intrinsic luminosity (Ljup=3.34e24erg/s),
  Effective temperature [K], 10bar temperature [K], intrinsic entropy [erg/g/K], test quantity
  
• jupiter_[A-F].des -> Interior models of Jupiter [jupiter_A.des jupiter_B.des jupiter_C.des jupiter_D.des jupiter_E.des jupiter_F.des ]
  The columns are (in log, then linearly):
  Mass (Mjup=1.89861120D+30 g), Radius (Rjup=6.9894e9cm), Pressure [dyn/cm2],
  Temperature [K], Density [g/cm3], Rosseland opacity(*) [g/cm2],
  Temperature gradient dlnT/dlnP, Adiabatic gradient, Radiative gradient(*)
  (*): The opacities are either assumed to be arbitrarily high (adiabatic models),
  or represent low-limit estimates that do not include the contribution due to
  alkali metals (radiative models).
  
• jupiter_[A-F].zel -> Derivation of the mass of heavy elements in any given model [jupiter_A.zel jupiter_B.zel jupiter_C.zel jupiter_D.zel jupiter_E.zel jupiter_F.zel ]
  All masses are given in Earth masses.
  "mol" refers to the (helium-poor) molecular region
  "met" refers to the (helium-rich) metallic region
  "env" refers to the envelope: molecular + metallic regions
  "tot" refers to the entire planet: molecular + metallic regions + core
  Yz: Equivalent helium mass mixing ratio in the
  molecular region (Yz~Y+Z -see Guillot et al. 1994b)
  DYz: Discontinuity of Yz accross the molecular/metallic transition
  Mcore: Mass of the core
  Pice: Fraction of ices in the core. 1-Pice: Fraction of rocks in the core
  Mmol(Mmet): Mass of the molecular(metallic) region
  Z: Mass mixing ratio of heavy elements
  MZ: Mass of heavy elements
  The different values of MZ derived depend on (1) the EOS for heavy elements,
  (2) the composition of heavy elements (e.g. rocks, or ices),
  (3) the atmospheric and protosolar helium mass mixing ratios (Y).
  
• readplot.pro -> IDL script that reads these files and produces simple plots.
  -----------------
  ADOPTED CONSTANTS:
  Mass: Mjup= 1.89861120D+30 g
  Intrinsic luminosity: Ljup= 3.35000000D+24 erg/s
  Mean radius: Rjup= 6.98940000D+09 cm
  Equatorial radius: Req= 7.14920000D+09 cm
  Polar radius: Rpol= 6.68450200D+09 cm
  Rotation period: Prot= 3.57297000D+04 sec
  Earth mass: Mearth=5.97369000D+27 g
  -----------------
  T. Guillot, 24/10/02