Figure shows the kinetics of compounds in CRN-T from a microkinetic simulation carried out in analogous fashion than CRN-E (see Table for number of compounds and reactions and Table for simulation parameters). This microkinetic analysis is based on an exploration data with a confined set of identified compounds (see above). Even though the limited depth of CRN-T is a limitation to the network's evaluation, these results allow for critical insights into the interpretation of automatic CRN explorations. In CRN-T, tetramethylethene and ozone react to acetone as primary product through decomposition of the tetramethylethene-ozonide via heterolytic O-O bond cleavage in agreement with experiments. The fact that the hydroxy-alkyl hydroperoxide (2-hydroxypropyl-2-hydroperoxide)