Nonperfect mixing affects synchronization on a large number of chemical oscillators immersed in a chemically active time-dependent chaotic flow.

@article{PrezMuuzuri2016NonperfectMA,
  title={Nonperfect mixing affects synchronization on a large number of chemical oscillators immersed in a chemically active time-dependent chaotic flow.},
  author={Vicente P{\'e}rez-Mu{\~n}uzuri and Daniel Garaboa-Paz and Alberto P. Mu{\~n}uzuri},
  journal={Physical review. E},
  year={2016},
  volume={94 1-1},
  pages={
          013103
        }
}
The problem of synchronization of finite-size chemical oscillators described by active inertial particles is addressed for situations in which they are immersed in a reacting nonstationary chaotic flow. Active substances in the fluid will be modeled by Lagrangian particles closely following the fluid streamlines. Their interaction with the active inertial particles as well as the properties of the fluid dynamics will result in modifying the synchronization state of the chemical oscillators… 
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Intermittency regimes of poorly-mixed chemical oscillators

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