Abstract
An approach, which was not previously described in the literature, has been developed for establishing new nonlinear kinetic conservation laws (NKCLs) in chemical reactions proceeding according to linear multistage mechanisms in isothermal gradientless reactors. These NKCLs are a mono-experimental variety of exact multireagent kinetic autonomous invariants that can be observed based on data measured in a single non-stationary experiment with certain specified initial conditions. This approach is applicable to the determination of the NKCLs of specific reactions occurring in closed and open gradientless reactors.
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