Add to ORKGA quantitative theory is presented for the flux of salt FS and heat FT between two semiinfinite layers having temperature difference
The evolution of fingers in a double-diffusive system is investigated using numerical integration of...
Some oceanographic mixing parameterizations assume that transports depend nonlinearly on the buoyanc...
A vertically stable density stratification with temperature gradient Tz \u3c 0, salinity gradient Sz...
Results are presented of calculations with a second-order turbulence model which has been modified t...
New experimental results on haline convection show a surprising preference for narrow fingers over l...
The theory of long, thin salt fingers is extended to allow for a finite length. The temporal evoluti...
Towed ocean microstructure observations reveal that the temperature Cox number depends inversely on ...
A model is developed to examine the growthrates of salt fingers under supercritical conditions. Solu...
The NATRE fine- and microstructure data set is revisited to test salt-finger amplitude theories. Dep...
Submitted in partial fulfillment of the requirements for Master of Science at the Massachusetts Ins...
Numerical solutions for salt fingers in an unbounded thermocline with uniform overall vertical tempe...
Motivated by recent field observations, a laboratory model estuary experiment was conducted for the ...
Observations of vertical and horizontal variations in salinity and velocity in the James River estua...
Abstract--Conditions for which salt fingers can be formed at the interface between hot, salty water ...
Finite amplitude numerical calculations are made for a completely unbounded salt finger domain whose...
The evolution of fingers in a double-diffusive system is investigated using numerical integration of...
Some oceanographic mixing parameterizations assume that transports depend nonlinearly on the buoyanc...
A vertically stable density stratification with temperature gradient Tz \u3c 0, salinity gradient Sz...
Results are presented of calculations with a second-order turbulence model which has been modified t...
New experimental results on haline convection show a surprising preference for narrow fingers over l...
The theory of long, thin salt fingers is extended to allow for a finite length. The temporal evoluti...
Towed ocean microstructure observations reveal that the temperature Cox number depends inversely on ...
A model is developed to examine the growthrates of salt fingers under supercritical conditions. Solu...
The NATRE fine- and microstructure data set is revisited to test salt-finger amplitude theories. Dep...
Submitted in partial fulfillment of the requirements for Master of Science at the Massachusetts Ins...
Numerical solutions for salt fingers in an unbounded thermocline with uniform overall vertical tempe...
Motivated by recent field observations, a laboratory model estuary experiment was conducted for the ...
Observations of vertical and horizontal variations in salinity and velocity in the James River estua...
Abstract--Conditions for which salt fingers can be formed at the interface between hot, salty water ...
Finite amplitude numerical calculations are made for a completely unbounded salt finger domain whose...
The evolution of fingers in a double-diffusive system is investigated using numerical integration of...
Some oceanographic mixing parameterizations assume that transports depend nonlinearly on the buoyanc...
A vertically stable density stratification with temperature gradient Tz \u3c 0, salinity gradient Sz...