Transport coefficients in thermal plasma. Applications to Mars and Titan atmospheres
The European Physical Journal D, 2010•Springer
This work is a contribution to the calculation of transport coefficients for nitrogen, hydrogen,
Mars and Titan atmospheres plasmas. The calculation which assumes local thermodynamic
equilibrium is performed using Lennard-Jones potential and simple combining rules for the
potential parameters for neutral-neutral interaction. A discussion is made for the other
interactions: neutral-charged, charged-charged and electron-neutral. The results are
compared with those of published theoretical studies for a temperature up to 30 000 K.
Mars and Titan atmospheres plasmas. The calculation which assumes local thermodynamic
equilibrium is performed using Lennard-Jones potential and simple combining rules for the
potential parameters for neutral-neutral interaction. A discussion is made for the other
interactions: neutral-charged, charged-charged and electron-neutral. The results are
compared with those of published theoretical studies for a temperature up to 30 000 K.
Abstract
This work is a contribution to the calculation of transport coefficients for nitrogen, hydrogen, Mars and Titan atmospheres plasmas. The calculation which assumes local thermodynamic equilibrium is performed using Lennard-Jones potential and simple combining rules for the potential parameters for neutral-neutral interaction. A discussion is made for the other interactions: neutral-charged, charged-charged and electron-neutral. The results are compared with those of published theoretical studies for a temperature up to 30 000 K.
Springer
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