Generally speaking, the larger the deformation is, the larger the torque is, which means that the apparent viscosity of multiple emulsions increases along with the increase of the deformation of the globule.
Effects of the zeta potential and length ratio of the two sections on the flow resistance are discussed by means of the apparent viscosity ratio and the Poiseuille number.
The ζ-potential, mean particle diameter, fat destabilization, apparent viscosity and microstructure of the emulsions were used to examine the influence of freezing on their stability.
The mean particle diameter (d4,3) and apparent viscosity of the emulsions increased steeply when the LBG concentration exceeded about 0.2 0.4%, while the lightness and flocculation stability decreased.
It shows that the distribution of apparent viscosity changes with instantaneously mean expansion ratio.
The evolution of the values of product temperature, mean chord length, ice volume fraction and apparent viscosity were determined as a function of the residence time.
Usually, apparent viscosity is decreased by means of temperature, addition of organic fluidiser (organic solvent) or by means of increasing shear when a non-Newtonian fluid is concerned.
