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• W970305798 abstract "This chapter describes the relations between the amounts of the various species during the course of the reaction and to relate the concentration changes to a minimal number of concentration independent parameters that characterize the reaction system. Reaction kinetics provides an important part of the understanding of highly coupled systems and provide the method for predicting their behavior. The monomolecular reaction systems of chemical kinetics are examples of linear coupled systems. Because, linear coupled systems are the simplest systems with many degrees of freedom, their importance extends far beyond chemical kinetics. The linear coupled systems may be characterized, in general terms, as arising from stochastic or Markov processes that are continuous in time and discrete in an appropriate space. In addition, the principle of detailed balancing is observed and the total amount of material in the system is conserved. The system is characterized by discrete compartments or states, and material passes between these compartments by first order processes. Such linear systems are good models for a large number of processes." @default.
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• W970305798 date "1962-01-01" @default.
• W970305798 modified "2023-10-16" @default.
• W970305798 title "The Structure and Analysis of Complex Reaction Systems" @default.
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• W970305798 doi "https://doi.org/10.1016/s0360-0564(08)60289-8" @default.
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