Kintecus 是一款建模软件，可以模拟化学动力学、燃烧反应的平衡、原子能、催化剂反应和酶反应等等。Prime new features :1) A new feature in Kintecus V3.9 is the ability to perform complex hierarchical cluster analysis ontemporal concentration profiles of the network with/without experimentally obtained temporal concentrationprofiles. Hierarchical cluster analysis in Kintecus has the ability to group related and unrelated parts of temporalconcentration profiles in a meaningful, quantitative way. This grouping allows a user to clearly see patterns thatwere initially indiscernible or hidden."Why should I care about that?"Cluster Analysis can significantly help in answering questions:>> Analyze ALL species and determine which species or groups of species (or subgroups, etc.)are positively, zero or negatively correlated to each other and with other groups/species ineither a pictorially or numeric output or both. This allows one to answer questions such as:>> What concentrations of E and S cause EIS to positively (or negatively or zero) correlate withEI ? or with ES? Or both? etc. For combustion, you can now finally answer thatquestion that has been bugging you since you were seven years old: If I combinatorially scan H2,O2 and temperature over a wide range, do the O and OH radicals always positively correlateand also positively correlate (or negatively or zero) correlate with other species?>> Determine which species in ones experimentally determined concentration profile arepositively, zero or negatively correlated with all the modeled species temporal profiles.Again, this can be grouped into a pictorially or numeric output.>> Which species’ concentration profiles tend to stay in the same range of concentration values?>> There are other questions one can answer utilizing the myriad of cluster techniques Kintecusprovides that the author has not fully examined…