Ionized magnetized reactive gas mixtures have many practical applications such laboratory plasmas, high-speed gas flows, lean flame stabilization or atmospheric phenomena. We investigate the kinetic theory of partially ionized magnetized polyatomic reactive gas mixtures in strong magnetic fields in a regime where there is only one temperature in the mixture [1, 2]. The macroscopic equations in the zeroth-order and first-order regimes, together with expressions for the transport fluxes and the transport coefficients, are presented. New simplified bracket expressions are established for the perpendicular and transverse diffusion, thermal diffusion, partial thermal conductivity, and shear viscosity coefficients. New symmetry properties of these transport coefficients are also obtained.
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