เชิงซ้อนFor the successful producti

เชิงซ้อนFor the successful production of functional multiple emulsions, it is crucial to monitor the amount of encapsulated inner phase and thus the encapsulation efficiency EE. In order to do this, only few methods are available for oil-in-water-in-oil emulsions. We compare two possible methods – rheometric determination of EE and determination by NMR. These techniques are applied to OWO emulsions with internally gelled water phase, the main purpose of this being an increased stability against coalescence of inner oil droplets due to reduced droplet movement. It can be seen that both measurement techniques are suitable for qualitative comparison of OWO emulsions’ EE. Harsher processing conditions result in smaller outer droplet sizes and reduced EE. It is also shown that a higher amount of the hydrophilic emulsifier chosen improves the EE at sensitive production. Higher stability is provided by gelling of the water phase by hydrocolloids.

ผลลัพธ์ (อังกฤษ) 1:

For the successful production of complex functional multiple emulsions, it is crucial to monitor the amount of phase thus encapsulated the inner encapsulation efficiency and In order to do this. EE, only few methods are available for oil-in-water-in-oil We compare two methods possible. emulsions-determination of rheometric EE and determination by NMR techniques are applied to These OWO. emulsions with water main phase internally the gelled, purpose of this being an increased stability of inner oil droplets against coalescence due to reduced droplet movement that It can both be seen. measurement techniques are suitable for qualitative comparison of OWO emulsions ' processing result in Harsher conditions. EE smaller droplet sizes and reduced outer It is also shown that EE. a higher amount of the hydrophilic emulsifier chosen improves the production stability at Higher EE sensitive is provided by Prof. gelling of the water phase by hydrocolloids.

ผลลัพธ์ (อังกฤษ) 2:

Complexes For the successful production of functional multiple emulsions, it is crucial to monitor the amount of encapsulated inner phase and thus the encapsulation efficiency EE. In order to do this, only few methods are available for oil-in-water-in-oil emulsions. . We compare two possible methods - rheometric determination of EE and determination by NMR. These techniques are applied to OWO emulsions with internally gelled water phase, the main purpose of this being an increased stability against coalescence of inner oil droplets due to reduced droplet movement. It can be seen that both measurement techniques are suitable for qualitative comparison of OWO emulsions' EE. Harsher processing conditions result in smaller outer droplet sizes and reduced EE. It is also shown that a higher amount of the hydrophilic emulsifier chosen improves the EE at sensitive. production. Higher stability is provided by gelling of the water phase by hydrocolloids.

ผลลัพธ์ (อังกฤษ) 3:

Complex For the successful production of functional multiple emulsions it is, crucial to monitor the amount of encapsulated. Inner phase and thus the encapsulation efficiency EE. In order to do this only few, methods are available for Oil-in-Water-in-Oil. Emulsions. We compare two possible methods - rheometric determination of EE and determination by NMR.These techniques are applied to OWO emulsions with internally gelled, water phase the main purpose of this being an increased. Stability against coalescence of inner oil droplets due to reduced droplet movement. It can be seen that both measurement. Techniques are suitable for qualitative comparison of OWO emulsions EE. 'Harsher processing conditions result in smaller outer droplet sizes and reduced EE. It is also shown that a higher amount. Of the hydrophilic emulsifier chosen improves the EE at sensitive production. Higher stability is provided by gelling of. The water phase by hydrocolloids.
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