Abstract
In the present paper the evolution criterion used in the first part of this work was extended to chemical reactions that display a chaotic behaviour by using the rate of entropy production. The model given by Willianowski and Rossler was analysed and was shown that the mean value of the rate of entropy production as dependent of the control parameter behaves as a Lyapunov function.Besides it was found that in the chaotic region the mean value of the rate of entropy production shows continuos jumping even if the resolution was increased. This feature belongs to a thin fractal and is not the result of considering the rate of entropy production as an evolution criterion, the same behaviour should be found if any other Lyapunov function is used. This phenomenon will be considered in a following paper using a stochastic approach.
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