Reaction networks#

The general stoichiometric reaction-network engine: the steady-state approximation and Lindemann’s unimolecular fall-off, a chain-branching explosion mechanism, Bateman’s consecutive-reaction solution, Eigen’s relaxation kinetics, parallel reactions, and Gillespie’s exact stochastic simulation of the same networks.

Bodenstein’s steady-state approximation and Lindemann’s unimolecular fall-off

Bodenstein's steady-state approximation and Lindemann's unimolecular fall-off

Chain-branching explosions and Semenov’s critical condition

Chain-branching explosions and Semenov's critical condition

Bateman’s closed-form solution for consecutive reactions

Bateman's closed-form solution for consecutive reactions

Eigen’s chemical relaxation: temperature jump and relaxation time

Eigen's chemical relaxation: temperature jump and relaxation time

Parallel (competing) first-order reactions

Parallel (competing) first-order reactions

Gillespie’s stochastic simulation of reaction kinetics

Gillespie's stochastic simulation of reaction kinetics