Equilibrium diffusion, globally-coupled

Modeling of spatiotemporal evolution may serve as a powerful complementary tool for studying experimental nonisothermal reaction-diffusion systems within a porous catalyst particle and a membrane. The linear nonequilibrium thermodynamics approach may be used in modeling coupled nonisothermal reaction-diffusion systems when the system is in the vicinity of global equilibrium. In the modeling, the information on coupling mechanisms among transport processes and chemical reactions is not needed. 

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