The drop formation in immiscible liquid-liquid systems under mass transfer conditions was experimentally investigated. To know the exact effact effect of mass transfer on drop sizes, the decrease of interfacial tensions due to the presence of solutes has to be evaluate. Interfacial tensions of liquid pairs were measured with a Wilhelmy method as a function of the relative amounts at which both the solution and the solvent were mutually saturated. The interfacial tensions between the liquid pairs mutually saturated at on equal amount were found to be appropriate for the prediction of the drop formation accompanying mass transfer
The solvent extraction features mass transfer between drops and the surrounding immiscible liquid. P...
Benzene drops were formed in continuous media of water and glycerine of varying physical properties....
We present the results of a combined experimental and numerical investigation of the coalescence of ...
The drop formation in immiscible liquid-liquid systems under mass transfer conditions was experiment...
The drop formation in immiscible liquid-liquid systems under mass transfer conditions was experiment...
Mass transfer rates were studied using the falling drop method. Cibacron Blue 3 GA dye was the trans...
Dynamic interfacial phenomena were investigated by subjecting liquid drops to a simple shear field, ...
The mass flux at the surface of a drop in an immiscible host liquid is dictated by the composition o...
The mass flux at the surface of a drop in an immiscible host liquid is dictated by the composition o...
A simple and accurate technique has been developed for measuring dynamic surface tension. The new te...
Experimental results have been obtained for mass transfer across liquid-liquid interfaces, utilising...
Experimental results have been obtained for mass transfer across liquid-liquid interfaces, utilising...
A new construction of a drop volume apparatus has proved to be successful in determining the interfa...
Benzene drops were formed in continuous media of water and glycerine of varying physical properties....
Benzene drops were formed in continuous media of water and glycerine of varying physical properties....
The solvent extraction features mass transfer between drops and the surrounding immiscible liquid. P...
Benzene drops were formed in continuous media of water and glycerine of varying physical properties....
We present the results of a combined experimental and numerical investigation of the coalescence of ...
The drop formation in immiscible liquid-liquid systems under mass transfer conditions was experiment...
The drop formation in immiscible liquid-liquid systems under mass transfer conditions was experiment...
Mass transfer rates were studied using the falling drop method. Cibacron Blue 3 GA dye was the trans...
Dynamic interfacial phenomena were investigated by subjecting liquid drops to a simple shear field, ...
The mass flux at the surface of a drop in an immiscible host liquid is dictated by the composition o...
The mass flux at the surface of a drop in an immiscible host liquid is dictated by the composition o...
A simple and accurate technique has been developed for measuring dynamic surface tension. The new te...
Experimental results have been obtained for mass transfer across liquid-liquid interfaces, utilising...
Experimental results have been obtained for mass transfer across liquid-liquid interfaces, utilising...
A new construction of a drop volume apparatus has proved to be successful in determining the interfa...
Benzene drops were formed in continuous media of water and glycerine of varying physical properties....
Benzene drops were formed in continuous media of water and glycerine of varying physical properties....
The solvent extraction features mass transfer between drops and the surrounding immiscible liquid. P...
Benzene drops were formed in continuous media of water and glycerine of varying physical properties....
We present the results of a combined experimental and numerical investigation of the coalescence of ...