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We discuss macroscopic effects of broadband light on the transport properties of a single-component gas. We use the method of elimination of fast variables to calculate the slow evolution equations for the number density, the hydrodynamic velocity, and the temperature. Using a model for the Boltzmann collision terms, we find explicit expressions for the heat flux and the pressure tensor. We apply these results to some transport problems.
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Enk et al. (1990) studied this question.
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