Viscosity and thermal conductivity of model Jupiter atmospheres

Details Viscosity and thermal conductivity of model Jupiter atmospheres Viscosity and thermal conductivity of model Jupiter atmospheres

Apr 1979

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1979vtcm.book.....h&link_type=abstract

NASA Tech. Memo., NASA-TM--78556, 24 p.

Computer Science

9

Atmospheric Models, Jupiter Atmosphere, Thermal Conductivity, Viscosity, Basic (Programming Language), Coefficients, Computer Programs, Gas Mixtures, Helium, Hydrogen, Transport Properties

Scientific paper

The viscosity and thermal conductivity coefficient are estimated for three models of the atmosphere of Jupiter: a heavy model consisting of 22% helium and 78% hydrogen, a nominal model consisting of 11% helium and 89% hydrogen, and a light model consisting of pure hydrogen. The effect of trace elements is neglected. Linearized approximations are used for the transport coefficients of the mixtures; these are found to be in almost constant ratio to the values for pure hydrogen, independent of temperature. Short Basic language programs for computing the coefficients are listed.

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