Abstract
The aim of chemical reaction network theory is to draw connections between reaction network structure and qualitative properties of the corresponding differential equations. Some recent results are discussed, in particular those relating to the possibility of multiple steady states in very complex continuous flow stirred tank reactors, to mechanism discrimination in heterogeneous catalysis, and to the possibility of traveling composition waves on isothermal catalyst surfacesKey wordschemical reaction networksordinary differential equationsreaction-diffusion equationstraveling wavesConley indexSCL graphscatalysisCFSTR
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