Abstract
We study a one‐dimensional model of viscous and heat‐conducting micropolar real gas flow through the channel with solid and thermally insulated walls, whereby the generalized equation of state for the pressure is considered. The governing system of partial differential equations for mass density, velocity, microrotational velocity, and absolute temperature is set up in Lagrangian coordinates. In this paper, we show that if there exists a generalized solution to our problem, then it is unique.
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