(Fig. 1), the higherthe white wine concentration in the aqueous phase was, the biggerwere the oil droplet sizes, and more specifically the maximum pointof their size distribution curve was shifted towards greater values.These results are also in agreement with the data shown inTable 3 where the mean surface droplet diameters increase fromlower to higher wine percentages and at the same time the viscosityof the respective emulsions decreases.It was previously mentioned that all of the samples were foundto be stable with time, as they did not exhibit creaming or phaseseparation. However and in particular, the emulsion with 20% (v/v)white wine in the aqueous phase produced almost identical droplet size distribution curves throughout the whole study, as presentedin