Mixing

Introduction: Why Mixing? E. Villermaux, et al. Part I: History, Lexicon, and Basics. A Philosophical and Historical Journey through Mixing and Fully-Developed Turbulence; M. Farge, E. Guyon. Mixing: Turbulence and Chaos -- An Introduction; E.J. Hinch. Part II: Geometry of Mixing and Engineering Applications. Turbulence, Fractals, and Mixing; P.E. Dimotakis, H.J. Catrakis. Scale-Dependent Fractal Geometry; H.J. Catrakis, P.E. Dimotakis. Comparing Extremes: Mixing of Fluids, Mixing of Solids; J.M. Ottino, T. Shinbrot. Scale Covariance and Geometry in Turbulent Combustion; A. Pocheau. Part III: Mixing and Dispersion in Geophysical Contexts. Dynamics of Lagrangian Tracers in Barotropic Turbulence; A. Provenzale, et al. Transport, Stirring, and Mixing in the Atmosphere; P. Haynes. The Ozone Hole; B. Legras. The Effect of Schmidt Number on Stratified Entrainment; A.J. Cotel. Dispersion at Large Peclet Number; Y. Pomeau. Part IV: Statistical Methods and Mixing. An Introduction to Chaotic Advection; J.H.E. Cartwright, et al. Renormalization Group Method in Chaotic Mixing; G.M. Zaslavsky. Fluctuations and Mixing of a Passive Scalar in Turbulent Flow; B.I. Shraiman, E.D. Siggia. Cascade Models of Turbulence and Mixing; L.P. Kadanoff. Index.