We here report on a mechanistic description of the oil uptake
during frying, by drawing an analogy to the way that pore inactivation
is modelled during cross-flow membrane emulsification. This
is a new process that is proposed to produce emulsions with narrow droplet size distributions, by pressing a to-be-dispersed
fluid through the pores of a membrane that is wetted by the continuous
phase. The continuous phase flows over to the receiving
side of the membrane. In many studies, it was found that only a
small fraction of all pores in the membranes were active, i.e., had
dispersed phase flowing through, while most of them were inactive
We here report on a mechanistic description of the oil uptakeduring frying, by drawing an analogy to the way that pore inactivationis modelled during cross-flow membrane emulsification. Thisis a new process that is proposed to produce emulsions with narrow droplet size distributions, by pressing a to-be-dispersedfluid through the pores of a membrane that is wetted by the continuousphase. The continuous phase flows over to the receivingside of the membrane. In many studies, it was found that only asmall fraction of all pores in the membranes were active, i.e., haddispersed phase flowing through, while most of them were inactive
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