W/O/W multi-structure emulsions were prepared by two-step method,to investigate the effect of different W/O emulsifier,anionic emulsifier as well as the first phase volume ratio on the formation and stability of multi...W/O/W multi-structure emulsions were prepared by two-step method,to investigate the effect of different W/O emulsifier,anionic emulsifier as well as the first phase volume ratio on the formation and stability of multi-structure emulsions.The result indicated that ES-5300 is efficient in forming the homogeneous and stable W/O/W multi-structure emulsions which related to the emulsifier structure and low HLB value.Compared with other anionic emulsifier,sodium isostearoyl lactylate can product more stable multi-structure emulsions.However,the higher temperature stability was affected by the increasing of it.In addition,appropriate first phase volume ratio is critical to the stability of multi-structure emulsions.The multi-structure emulsions with better encapsulation efficiency and great performance in higher temperature was achieved when the first phase volume ratio equal to 1.展开更多
文摘W/O/W multi-structure emulsions were prepared by two-step method,to investigate the effect of different W/O emulsifier,anionic emulsifier as well as the first phase volume ratio on the formation and stability of multi-structure emulsions.The result indicated that ES-5300 is efficient in forming the homogeneous and stable W/O/W multi-structure emulsions which related to the emulsifier structure and low HLB value.Compared with other anionic emulsifier,sodium isostearoyl lactylate can product more stable multi-structure emulsions.However,the higher temperature stability was affected by the increasing of it.In addition,appropriate first phase volume ratio is critical to the stability of multi-structure emulsions.The multi-structure emulsions with better encapsulation efficiency and great performance in higher temperature was achieved when the first phase volume ratio equal to 1.
