%0 Journal Article %1 ottino1989mixing %A Ottino, Julio O. %D 1989 %I Scientific American Inc. %J Scientific American %K 74a05-kinematics-of-deformation 76f25-turbulent-transport-mixing %N 1 %P 56--57, 60 %T Mixing of fluids %V 260 %X Viscous fluids flowing in simple, periodic patterns in two dimensions can generate the chaos that leads to efficient mixing. Experiments and computer models reveal the underlying mechanism. This article presents experimental results, photographs, and a theoretical description of the mixing process.

@article{ottino1989mixing, abstract = {Viscous fluids flowing in simple, periodic patterns in two dimensions can generate the chaos that leads to efficient mixing. Experiments and computer models reveal the underlying mechanism. This article presents experimental results, photographs, and a theoretical description of the mixing process.}, added-at = {2020-10-27T00:24:29.000+0100}, author = {Ottino, Julio O.}, biburl = {https://www.bibsonomy.org/bibtex/26b1d6fcef0f09790297dee7b41c96ffe/gdmcbain}, day = 1, interhash = {dda65280e60f32f4239287ac8f303505}, intrahash = {6b1d6fcef0f09790297dee7b41c96ffe}, issn = {0036-8733}, journal = {Scientific American}, keywords = {74a05-kinematics-of-deformation 76f25-turbulent-transport-mixing}, language = {English (US)}, month = jan, number = 1, pages = {56--57, 60}, publisher = {Scientific American Inc.}, timestamp = {2020-10-27T00:24:29.000+0100}, title = {Mixing of fluids}, volume = 260, year = 1989 }