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A program for computing shock-tube gas dynamic properties

TLDR
Computer program calculates thermodynamic properties from basic spectroscopic data and the output is a complete thermodynamic and chemical description of the gas.
Abstract
Computer program calculates thermodynamic properties from basic spectroscopic data. Program capacity is a mixture of 100 different species composed of ten different elements. The output is a complete thermodynamic and chemical description of the gas.

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Ionizational Nonequilibrium Heating During Outer Planetary Entries

TL;DR: In this paper, an analytical tool has been developed which enables the impact of ionizational nonequilibrium effects on outer planet entry heating to be estimated, which combines recent shock-tube experiments, flowfield calculations, and planetary entry trajectory analysis.
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Transport properties in the Jovian atmosphere

TL;DR: In this article, the transport collision integrals are calculated by fitting various two-body semi-empirical interaction potentials for which the collision integral are tabulated to ab initio quantum mechanical calculations of the two body interactions.
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Uranus and Neptune atmospheric-entry probe study

TL;DR: In this paper, entry trajectories, decelerations, and heating and heat shielding requirements of probes entering the atmospheres of Uranus and Neptune at velocities up to 26.5 km/s were studied.

Effects of precursor heating on chemical and radiative nonequilibrium viscous flow around a jovian entry body

TL;DR: In this article, the influence of precursor heating on viscous chemical nonequilibrium radiating flow around a Jovian entry body is investigated, and it is shown that the precursor heating increases the radiative and convective heating to the body.
References
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Note on the Conditions of Equilibrium for Systems of Many Constituents

TL;DR: In this paper, an analytical criterion for the choice of independent components is given, and the resulting conditions are particularly suited to form the basis of a calculation of the equilibrium composition of the system.
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Equilibrium computations for multicomponent plasmas.

TL;DR: Perturbation method analysis of thermodynamic equilibrium properties of multicomponent plasma is presented in this paper, where the authors propose a perturbation-based approach to analyze the thermodynamic properties of multi-component plasma.
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