DOUBLE-DIFFUSIVE SALT FINGER CONVECTION IN A LAMINAR SHEAR FLOW | Laboratory experiments and stability theory are used for understanding the behavior of finger fluxes in a shear flow. This item is unavailable.DOUBLE-DIFFUSIVE SALT FINGER CONVECTION IN A LAMINAR SHEAR FLOW | Laboratory experiments and stability theory are used for understanding the behavior of finger fluxes in a shear flow

This book presents an experimental study of the buoyancy fluxes produced by salt fingers in the presence of a laminar shear flow. An annular tank was used in the experiments. Sugar and salt were used as the diffusing components. Salt fingers, initially aligned in the vertical, were observed to tilt when the shear flow was imposed. The fingers were also observed to be 3-dimensional structures at all times during the experiments. A consistent decrease in the salt fluxes (FT ) was measured as the the Reynolds number (Re) was increase by increasing the shear velocity magnitudes.

has a bachelor degree in Phisics from Universidade Federal do Rio de Janeiro (1998), master's degree in Physical Oceanografy from Universidade de São Paulo (2001) and doctorate in Physical Oceanography from Florida State University (2007). Research topics are focused on ocean circulation and mixing in small scales.